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ENG
COMMI I ISS ON NG MANUAL
humiFog Multizone Touch
pumping station and zone panel
humiFog Multizone
+0300116EN - ENG
Updated version available on
www.carel.com
3
ENG
humiFog +0300116EN rel. 1.0 - 07.09.2022
G NE ERAL WARN NGSI
FAILURE TO C AREFULLY HEED THE WARN NGS S O N NI H W I THIS MAN-
UAL COULD LEAD TO O X OS ON FIRE R E PL I AN CONS ND EQUE T DAM-
AGE TO O PR PERTY, INJURY R DEATH.O
CAREL Industries humidiers are advanced products, whose operation is
specied in the technical documentation supplied with the product or
can be downloaded, even prior to purchase, from the website www.carel.
com. Each CAREL product, in relation to its advanced level of technology,
requires setup/conguration/programming to be able to operate in the
best possible way for the specic application. Failure to complete such
operations, which are required/indicated in the user manual, may cause
the nal product to malfunction; CAREL accepts no liability in such cases.
The customer (manufacturer, developer or installer of the nal equipment)
accepts all liability and risk relating to the conguration of the product in
order to reach the expected results in relation to the specic nal installa-
tion and/or equipment. CAREL may, based on specic agreements, act as
a consultant for the installation/commissioning/use of the unit, however
in no case does it accept liability for the correct operation of the humid-
ier and the nal installation if the warnings or suggestions provided in
this manual or in other product technical documents are not heeded. In
particular, as well as observing the above warnings and suggestions, the
following warnings must be OBSERVED for correct use of the product:
ELECTRIC SHOCK HAZARD: the humidier contains live electrical com-
ponents . Disconnect the mains power supply before accessing inside
parts or during maintenance and installation.
WATER LEAK HAZARD: the humidier automatically and constantly lls/
drains certain quantities of water. Malfunctions in the connections or in
the humidier may cause leaks.
IMPORTANT
The installation of the product must include an earth connection, using
the special yellow-green terminal available in the humidier.
IMPORTANT:
• Disconnect the appliance from the mains power supply before access-
ing any internal parts.
• Environmental and power supply conditions must conform to the val-
ues specied on the product rating labels.
• The product is designed exclusively to humidify rooms either directly or
through distribution systems (ducts).
• Only qualied personnel who are aware of the necessary precautions
and able to perform the required operations correctly may install, oper-
ate or carry out technical service on the product.
• Only water with the characteristics indicated in the humidier manual
must be used to produce the spray.
• All operations on the product must be carried out according to the
instructions provided in this manual and on the labels applied to the
product. Any uses or modications that are not authorised by the manu-
facturer are considered improper. CAREL declines all liability for any such
unauthorised use.
• Do not attempt to open the appliance in any way other than described
in the manual.
• Observe the standards in force in the place where the humidier is in-
stalled.
• The appliance is not intended for use by persons (including children) with
reduced physical, sensory or mental capabilities, or lack of experience and
knowledge, unless they have been given supervision or instruction con-
cerning use of the appliance by a person responsible for their safety.
• Do not install and use the product near objects that may be damaged
when in contact with water (or condensate). CAREL declines all liability
for direct or indirect damage following water leaks from the humidier.
• Do not use corrosive chemicals, solvents or aggressive detergents to
clean the inside and outside parts of the humidier, unless specically
indicated in the user manual.
• Do not drop, hit or shake the humidier, as the inside parts and the lin-
ings may be irreparably damaged,
CAREL adopts a policy of continual development. Consequently, CAREL
reserves the right to make changes and improvements to any product
described in this document without prior warning. The technical speci-
cations shown in the manual may be changed without prior warning.
The liability of CAREL in relation to its products is specied in the CAREL
general contract conditions, published on the website www.carel.com
and/or by specic agreements with customers; specically, to the extent
where allowed by applicable legislation, in no case will CAREL, its employ-
ees or subsidiaries/aliates be liable for any lost earnings or sales, losses of
data and information, costs of replacement goods or services, damage to
things or people, downtime or any direct, indirect, incidental, actual, puni-
tive, exemplary, special or consequential damage of any kind whatsoever,
whether contractual, extra-contractual or due to negligence, or any other
liabilities deriving from the installation or use of the product, even if CAREL
or its subsidiaries/aliates are warned of the possibility of such damage.
DI P ALS OS
Fig. 1 Fig. 2
PLEASE READ AND KEEP.
WITH REFERENCE TO EUROPEAN UNION DIRECTIVE 2012/19/EU IS-
SUED ON 4 JULY RELATED NATIONAL LEGISLATION, PLEASE 2012 AND
NOTE THAT:
• Waste Electrical and Electronic Equipment (WEEE) cannot be disposed
of as municipal waste but must be collected separately so as to allow
subsequent recycling, treatment or disposal, as required by law;
• users are required to take Electrical and Electronic Equipment (EEE) at
end-of-life, complete with all essential components, to the WEEE collec-
tion centres identied by local authorities. The directive also provides
for the possibility to return the equipment to the distributor or retailer
at end-of-life if purchasing equivalent new equipment, on a one-to-one
basis, or one-to-zero for equipment less than 25 cm on their longest
side;
• the equipment may contain hazardous substances: the improper use or
incorrect disposal of such may have negative eects on human health
and on the environment;
• the symbol (crossed-out wheeled bin, see Figure 1), is shown on the
product or on the packaging, indicates that the equipment must be dis-
posed of separately at end-of-life;
• if at end-of-life the EEE contains a battery (Figure 2), this must be re-
moved following the instructions provided in the user manual before
disposing of the equipment. Used batteries must be taken to appropri-
ate waste collection centres as required by local regulations;
• in the event of illegal disposal of electrical and electronic waste, the
penalties are specied by local waste disposal legislation.
Warranty on materials: 2 years (from production date, excluding consum-
ables).
Approval: the quality and safety of CAREL products are guaranteed by the
ISO 9001 certied design and production system, as well as the ,
& marks.
Avvertenze
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humiFog +0300116EN rel. 1.0 - 07.09.2022 Indice
Index
1. Purpose of the manual ............................................. 7
2. How to read the manual .......................................... 7
3. eneral safety information and instructions ...... 8G
2.1 Intended use ........................................................................................................8
2.2 General safety instructions .........................................................................8
2.3 Personal protective equipment ...............................................................9
4. System identication ............................................. 10
4.1 Types and components ............................................................................. 10
4.2 System conguration ..................................................................................10
4.3 Identication of accessories ....................................................................13
4.4 User terminal ....................................................................................................16
5. Preparing for operation ......................................... 19
5.1 Preliminary operations ...............................................................................19
5.2 Installation checklist .....................................................................................20
5.3 Commissioning checklist ..........................................................................21
6. ommissioning........................................................22C
6.1 Switching on humiFog Multizone Touch .......................................22
6.2 Start-up sequence for system conguration ................................22
6.3 Zone panel conguration ........................................................................23
6.4 humiFog Multizone Touch conguration....................................... 25
6.5 Backup pumping station conguration .......................................... 35
7. omplete menu tree .............................................. 38C
7.1 humiFog Multizone Touch menu access ........................................38
7.2 humiFog Multizone Touch complete menu tree ......................38
8. Advanced conguration parameters .................. 41
8.1 humiFog Multizone Touch menu access ........................................41
8.2 System ..................................................................................................................41
8.3 Pump .....................................................................................................................48
8.4 Zones .....................................................................................................................50
9. Connectivity .............................................................58
9.1 Webserver ..........................................................................................................58
9.2 Supervisor (BMS) connection .................................................................61
9.3 ModBus parameter list ...............................................................................63
9.4 BACnet parameter list .................................................................................74
10. Alarm list ...................................................................84
10.1 Alarms ...................................................................................................................84
10.2 Warning ...............................................................................................................86
10.3 Notications ......................................................................................................88
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humiFog +0300116EN rel. 1.0 - 07.09.2022
This manual contains the instructions for the commissioning and use of the humiFog Multizone high-pressure adiabatic humid-
ication system, manufactured by:
CAREL INDUSTRIES
Via dell’Industria, 11, 35020
Brugine - Padova (Italy)
Tel. (+39) 049.9716611 - Fax (+39) 049.9716600
e-mail: carel@carel.com - www.carel.com
1. PURPOSE OF THE MANUAL
The manual is divided into chapters and paragraphs. Each paragraph is a sub-level of the corresponding chapter. References to
headings or paragraphs are indicated by the abbreviation “Chap.” or “Par.” followed by the number. Example: “Chap. 2” or “Par. 2.1”.
The gures in this manual are numbered consecutively according to the corresponding chapter, for example Figure 1.c is the
third gure in chapter one. References to the gures are indicated by the abbreviation “g.” followed by the number. Example:
“Fig. 1.c”.
The components shown in the gures are marked with numbers. A reference to component 1 in gure 2, chapter 3 will be indi-
cated as follows: “See 1 - Fig. 3.b” or simply “(1 - Fig. 3.b)”.
CAUTION
The gures shown in this manual are purely indicative. The actual components may vary from those illustrated. If in doubt, con-
tact an authorised service centre.
In addition to the instructions for installation, use and maintenance, this manual contains safety information that requires special
ATTENTION. This information is denoted by the symbols described below:
DANGER
Failure to comply with this warning will lead to an imminently hazardous situation which, if not avoided, will result in death or
serious injury.
WARNING
Failure to comply with this warning will lead to potentially hazardous situation which, if not avoided, could result in death or
serious injury.
CAUTION
Failure to comply with this warning will lead to a potentially hazardous situation which, if not avoided, may result in minor or
moderate injury.
CAUTION
Failure to comply with this warning will lead to a potentially hazardous situation which, if not avoided, could cause minor dam-
age to the unit.
Notice: provides supplementary information to the above safety instructions.
2. HOW TO READ THE MANUAL
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3. GENERAL SAFETY INFORMATION AND
INSTRUCTIONS
2.1 Intended use
humiFog Multizone is a high pressure adiabatic humidication system for humidity control and evaporative cooling. It can be
used both to condition the air in an AHU (Air Handling Unit), and for direct humidication or cooling in rooms.
CAUTION: the product must only be used for its intended purpose, as envisaged by CAREL. CAREL declines all liability,
both contractual and extra-contractual, for any damage to people, animals or things due to installation, control or maintenance
errors or improper use.
2.2 eneral safety instructionsG
When using products that require electricity and a source of high-pressure water, a number of fundamental safety rules need to
be observed, including:
• The appliance must not be used by children or people with reduced physical, sensory or mental capabilities, or people lacking
the necessary experience or knowledge or who are not familiar with the operating instructions.
• People without specic qualications and skills must not use the pumping station.
• People must not come into contact with the appliance if barefoot or any of the parts of their body are wet.
• No technical or cleaning operations are allowed until the appliance has been isolated from the power supply by moving the
main system switch to “o” and the main switch on the appliance to “OFF”.
• The safety and control devices must never be adjusted without the manufacturer’s authorisation.
• The pictograms and labels axed to the pumping station must not be removed. These must remain legible and the corre-
sponding instructions must be observed at all times. If they are no longer legible, they must be replaced with equivalent
pictograms or safety labels.
• The water connections must never be loosened during operation. Improperly secured pipes or hoses may detach without
warning, resulting in injury.
• Do not block or obstruct the water drain.
• Do not pull, disconnect or twist the electrical cables coming out of the appliance, even when this is disconnected from the
mains power supply.
• Never expose the appliance to the elements. It is designed for indoor use only.
• Do not dispose of the packaging material in the environment and keep it out of the reach of children, as it is a potential hazard.
It must be disposed of in accordance with current legislation in the country where the appliance is installed,.
• Do not activate the pumping station without it being adequately supplied with water.
• The user is responsible for ensuring that the humidication system complies with local guidelines on occupational health and
safety and prevention of bacterial proliferation.
• In the event of water leaks, disconnect the pumping station from the power supply, shut o the water supply and promptly
notify CAREL’s Technical Service or other professionally qualied personnel.
• Periodically check that the water circuit operating pressure is above 1 bar and below than the maximum limit specied for the
appliance. Otherwise, contact CAREL’s Technical Service or other professionally qualied personnel.
• If the pumping station is not used for an extended period, the following operations need to be carried out:
- Turn the main switch on the appliance to “OFF”
- Turn the main system switch to “o”
- Close the system water taps
- Empty the system if there is the risk of freezing.
• This instruction manual is an integral part of the appliance and consequently must be kept with care and must ALWAYS
accompany the pumping station even if it is transferred to another owner or installed in another system. If damaged or loss,
another copy can be ordered from CAREL’s local Technical Service.
• Read this instruction manual read carefully to ensure proper and safe installation, operation and maintenance of the appli-
ance. The user must be adequately informed and trained on how to use the appliance. Users must be familiar with all the
information needed for safe operation of the system.
• Before connecting the pumping station to the water and power supply, it can be exposed to temperatures between -10°C and
40°C. Once commissioned, it can be exposed to temperatures between 5°C and 40°C.
• Periodically check that the water drains are not blocked.
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2.3 Personal protective equipment
DANGER Strictly follow the instructions provided in the manual.
Personal protective equipment (PPE) means any equipment intended to be worn and kept by workers in order to protect them-
selves against one or more risks likely to threaten their health or safety during work, as well as any device or accessory intended
for this purpose.
All PPE described in this manual are intended to protect personnel from health and safety risks.
Below is a list of personal protective equipment to be used to protect workers from the residual risks that exist during the various
phases of the humidier’s life cycle.
GLOVES TO PROTECT AGAINST PHYSICAL ELEMENTS: these must protect the person's hands against cuts, abrasion
and heat.
NON-SLIP SAFETY FOOTWEAR: these must prevent falls on slippery surfaces and protect the person's feet from
impact, crushing and puncture wounds.
SAFETY HARD HAT: this must protect the person's head against bumps or material accidentally falling from above.
SAFETY GLASSES: these must protect the person's eyes from all risks due to contact with hazardous substances or
materials.
PROTECTIVE MASK: this protects the wearer’s respiratory tract against all risks associated with the inhalation of
dangerous substances.
PROTECTIVE CLOTHING: this guarantees the body adequate protection against thermal and chemical agents.
EARMUFFS: these must attenuate noises that would otherwise be harmful to the person's hearing.
INSTRUCTION MANUAL: this must be referred to whenever necessary, in order to avoid adopting unsafe proce-
dures.
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4. SYSTEM IDENTIFICATION
Before proceeding with conguration and therefore commissioning the system, the type of system installed and its specic
components need to be identied.
4.1 Types and components
The system comprises the following components:
• pumping station (par. 4.3) comprising the system pump and the electrical panel;
• zone electrical panel (par. 4.4);
• distribution system (rack) and droplet separator for humidication in ducts (AHU - Air Handling Unit) (par.4.4.2);
• blower unit for in-room humidication (par. 4.4.1).
The system can be arranged dierently depending on whether it is used for humidication in ducts (par. 4.2.1) or in rooms (par.
4.2.2), and based on the number of zones provided by the system:
• single zone: 1 pumping station with 1 atomisation system;
• multizone: 1 pumping station that supplies up to 12 independent atomisation systems.
The following diagrams provide an overview for identifying the correct type of system and its components.
4.2 ystem congurationS
4.2.1 AHU - Air Handling Unit
Single zone
1
10
6
7
8
9
3
5
2
4
Fig. 4.a
Ref. Description
1 Pumping station
2Ethernet cable
3 Distribution manifolds (racks)
4 Zone electrical panel
5Droplet separator
6Drain trap
7 Open funnel drain (after droplet separator)
8 Open funnel drain (before droplet separator)
9High pressure water line
10 Line drain valve
Tab. 4.a
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Multizone
1
3
3
3
2
Fig. 4.b
Ref. Description
1 Pumping station
2 Ethernet cable
3 Zone electrical panel
Tab. 4.b
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4.2.2 Room
Single zone
Direct Box
Direct Box
1
5
4
3
Quadro
elettrico
di zona
2
Fig. 4.c
Multizone
Direct Box
Direct Box
1
2
6
5
4
Direct Box
Direct Box
1 2
3
4
Fig. 4.d
Ref. Description
1 Pumping station
2 Directbox hydraulic
3 Blower unit
4 Zone electrical panel
5 Directbox electric
6 Ethernet cable
Tab. 4.c
Humidity
sensor
Humidity
sensor 1
Humidity
sensor 2
Zone 1
electrical
panel
Zone 2
electrical
panel
Power supply
Zone 1 Zone 2
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4.2.3 Identication of the pumping station
The pumping station can be identied by the rating plate located inside the electrical panel.
TYPE
Pnom kW
Qnom kW
G20(nat.gas )
G25(nat.gas )
Vac
Hz
PH
kW
kg / h
IP
NOx cl
Date
CODE
Ser ial No.
Rev.
MADE I N ...
CAREL INDUSTRIES
Via dell'Industria, 11, 35020 B rugine
(Padova) It aly
Fig. 4.e
The pumping station is available on the humiFog Multizone and humiFog Multizone Touch models, which dier in terms of the
components supplied, the accessories available and the dierent system conguration modes (par. 4.5).
4.2.1 Part numbers
U A * * * * * 5 0 *
Range Flow-rate kg/h Model Power supply and
approval Revision no. ustomisation Pump typeC
UA:
humiFog
150: 150 kg/h 0: humiFog
Multizone
D: 230 Vac 50/60 Hz, 1~, CE
L: 400 Vac 50/60 Hz, 3~, CE
2: 230 Vac 50/60 Hz, 1~, UL
U: 208 Vac 50/60 Hz, 1~, UL
M: 460 Vac 50/60 Hz, 3~, UL
5: Quinta
revisione 0: Carel
0: Brass
300: 300 kg/h 1: Stainless steel
500: 500 kg/h 1: humiFog
Multizone
Touch
2: Silicone-free stain-
less steel
800: 800 kg/h
1K2: 1200 kg/h
Tab. 4.d
4.3 Identication of accessories
Zone electrical panel
Electrical panel connected to the pumping station for managing multizone in-room or duct systems.
See technical leaet +0300114**.
Fig. 4.f
Ref. Description
UA000SD500 230 V electrical panel
UA000SU500 208 V 60 Hz electrical panel
UA000S2500 230 V 60 Hz electrical panel
Tab. 4.e
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4.3.2 In-room humidication
direct hydraulicBOX
Water circuit assembly for interfacing the pumping station with the blowers for in-room humidication. This contains the sole-
noid valves for pressurising 1/2 water lines (zone/step). See technical leaet +050001828.
Fig. 4.g
Ref. Description
UAKDLASV10 directBOX hydraulic for managing 1 zone/step
UAKDLASV20 directBOX hydraulic for managing 2 zones/steps
Tab. 4.f
direct electricBOX
Electrical panel for interfacing the pumping station with the blowers for in-room humidication. This receives the control signal
for the ll and drain valve (1 or 2 zones/steps) and relays this to the directBOX hydraulic to actuate the valves. At the same time
it controls the blower fans, which are only activated when there is a humidication request.
See technical leaet +050001828.
Fig. 4.h
Ref. Description
UAKDLAEL10 directBOX electric for managing 1 zone/step
UAKDLAEL20 directBOX electric for managing 2 zones/steps
Tab. 4.g
Blower unit
The blowers are positioned directly in the room to be humidied and cooled. They dier in terms of ow rate and direction of
spray. They are connected to the pumping station via the directBOX hydraulic and directBOX electric accessories. See technical
leaet +050001852.
Fig. 4.i
Ref. Description
DLA0****00 Blower with 2 nozzles, 1.45 l/h, 230 V/50 Hz, front outlet
Tab. 4.h
Notice:
• X: 2/4/8 = 2/4/8 nozzles
• P: D/U = 230V - 50 Hz/120V - 60 Hz power supply
• T: F/B = outlet from front/front and rear
• Y: 0/1/2 = 1.45/2.80/4.00 l/h.
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Manifolds with nozzles
The distribution system is designed according to the specic application and comprising manifolds, solenoid valves, nozzles,
pipes and ttings.
Fig. 4.j
4.3.3 Ducted humidication
Rack
The distribution system is designed according to the specic application and comprising manifolds with nozzles and xing
frame in the duct, available in the fully- or partially-assembled versions.
Fig. 4.k
The racks are available with:
• horizontal or vertical collectors;
• solenoid valves included on the rack.
Notice: for the humiFog Multizone system conguration and commissioning procedures, refer to the technical drawings
to identify the characteristics of the racks installed.
Droplet separator
Frame with stainless steel or breglass modules.
the modules are sized according to the specic application.Notice:
Fig. 4.l
Notice: for further information, see the humiFog Multizone installation manual.
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4.4 User terminal
The user terminal is located at the top-front of the pumping station (1 - Fig. 4.m) and allows the user to interact with the control
system.
1
Fig. 4.m
The user terminal and the system conguration procedure vary according to the model of pumping station installed, which can
be identied as described in par. 4.3.
4.4.1 humiFog Multizone Touch
The Homepage (Fig. 4.n) shows information relating to the pumping station and the zones, including current production and
other unit status information.
3 46
6 89
2
11
10
5
1
7
Fig. 4.n
Ref. Description Function
1 Interactive touch display
2 ON/OFF quick menu
3 SETPOINT quick setup menu
4 INPUT/OUTPUT quick menu
5 INFO quick menu
6 Descriptive icon of zone status
7 Alarm list
8 Notication centre
9 System date and time
10 Main menu
11 Descriptive icon of the pumping station
Tab. 4.i
humiFog Multizone Touch quick menu
The Quick menus provide quick access to the system functions and information directly from the main screen, without needing
to log in.
There are four Quick menus:
• ON/OFF
• SETPOINT
• INPUT/OUTPUT
• INFO
When the main screen is displayed, touch a Quick menu icon to access the selected Quick menu.
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Icon Description Function
ON/OFF
quick menu
Screens for displaying and enabling/disabling the entire system or individual zones.
To enable the specic unit, press the corresponding button.
SETPOINT
quick menu
Screens used to modify the control set point values, based on the type of control selected.
Press the desired numeric value to change the value.
Touch the name of the zone to access the drop-down menu with the system zones.
Scroll through the options and select the desired zone.
INPUT/OUT-
PUT
quick menu
Screens that display:
• an overview of system operating status in real time
• the values measured by the probes
• the status of the mechanical components in the water circuit
• the status of the analogue and digital I/Os corresponding to the pumping station and the zone panels.
INFO
quick menu
Read-only screens that display the main unit and system zone status values, and software and hardware informa-
tion.
Tab. 4.j
humiFog Multizone Touch status bar
On the right side of the user terminal is a status bar (12 - Fig. 4.o) that provides immediate information on the status of the hu-
midier. If the humidier is powered on, the status bar is always illuminated (even when the display is o ).
12
Fig. 4.o
B Bar colour ar status Humidier status
White On steady Unit o (o or standby)
Green On steady Unit producing, start-up, water ll
Green Flashing Unit slowing down
Blue On steady Unit washing/lling
Blue Flashing Unit checking for water
Red Flashing Unit alarm
Cyan On steady Unit in manual mode
Yellow Flashing Unit warning
Tab. 4.k
4.4.2 humiFog multizone Touch commands
The touchscreen graphic terminal provides an interface with colour animated icons to use the software features simply and
intuitively. The main interactive elements on the interface are illustrated below.
Buttons
Icon Description Function
Scrolling arrows Buttons to move forwards/backwards through the software screens or between the dierent
pages of a screen.
Scrolling arrows
Buttons to:
• change the values selected on the screen
• scroll the various submenus
Scrolling indicators Indicators that show how many pages there are on a screen.
ON/OFF buttons Buttons to enable/disable or activate/deactivate the corresponding function.
MENU button Button to access to the main system menu.
HOME button Button to immediately return to the main screen.
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Icon Description Function
LOGOUT button Button to log out of the system.
Close button Button to close the currently displayed screen.
Tab. 4.l
Drop-down menu
In certain cases, the interface shows a drop-down menu (13 - Fig. 4.p) to select the desired option from those available in the
system. Display the list and then select the desired option.
13
Fig. 4.p
Notice: on some screens, the drop-down menus are highlighted by the symbol alongside the name of the current
view.
Selection bar
In certain cases, the interface shows a selection bar at the top of the screen (14 - Fig. 4.q) to move more easily between the
various submenus available.
Select the desired option to display the corresponding screens.
14
Fig. 4.q
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5. PREPARING FOR OPERATION
5.1 Preliminary operations
Once the type of system, the components and the type of control system installed have been identied, the following prelimi-
nary checks need to be completed:
• complete the installation checklist (par. 5.2);
• complete the commissioning checklist (par. 5.3).
5.1.1 Material required
The following are required to congure humiFog Multizone Touch:
• humiFog Multizone Touch installation manual
• zone panel installation manual
• drawings of distribution manifolds (racks), if included
• USB key (optional)
Keypad
If a value needs to be entered, the interface shows a keypad (Fig. 4.r) at the bottom of the screen. To bring up the keypad, touch
the value or text to be changed.
15
Fig. 4.r
Press to delete the last character entered.
Press to cancel the entry and close the keypad.
Press to conrm the entered value and hide the keypad.
Notice: the minimum and maximum values that can be entered are shown in the top left corner of the keypad (15 - Fig. 4.r).
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5.2 Installation checklist
Final installation checklist
1. Installation site Yes No
1.a Temperature range 1 – 40 °C (34 – 104 °F).
1.b Protected against rain and humidity.
1.c Protected against direct sunlight.
2. Water line Yes No
2.a All water connections tted correctly.
2.b Materials compatible for use with water treated by reverse osmosis (stainless steel/plastic).
2.c Piping on pumping station feedwater line suitable for an operating pressure range of 2 to 5 bars.
2.d Piping of water outlet line from pumping station to the atomisation system suitable for pressures of up to 100
bars.
2.e Length of the outlet line from the pumping station to the atomisation system within the limits specied by the
manufacturer (par.5.2 of the installation manual).
2.f NOL drain solenoid valves installed at the lowest points of the circuit to facilitate drainage of water (Fig. 5.c in
the installation manual).
2.g Drain pipe and drain tank installed in accordance with the manufacturer’s instructions (par.4.2 of the installa-
tion manual).
3. Electrical connections Yes No
3.a Solenoid valves wired n accordance with the manufacturer’s instructions (par.6.2 of the installation manual).
3.b Connection cables suitably sized for the maximum distance between the pumping station or the zone panel
and the rack (par.6.3 of the installation manual).
3.c Enabling and control signals wired in accordance with the manufacturer’s instructions (par.6.4 of the installa-
tion manual).
3d Ethernet connection in accordance with the manufacturer’s instructions.
4. Droplet separator Yes No
4.a Double droplet separator at a distance of 80 mm (3.15”).
4.b Size of the drain tank underneath the separator from 200 to 500 mm (7.87” to 19.70”).
4.c Separator installed in accordance with the manufacturer’s instructions provided in the quick guide +0500066IE,
depending on the type:
- single layer
- double layer
- double layer
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5.3 ommissioning checklistC
Final commissioning checklist
1. Preliminary checks Si No
1.a Inlet water line pressure range 2 - 5 bars (29 - 73 psi)
1.b Purge water line
1.c Red pump oil cap replaced with yellow cap
2. Water line Si No
2.a All water connections tted correctly.
2.b Visually check pressurised water line for any leaks
2.c Manually test NOL and NOV valves
2.d Manually test NO and NC valves
2.e Drain line installed at the right slope to guarantee drainage (at least 2 - 3°)
2.f NOL drain solenoid valves installed at the lowest points of the circuit to facilitate drainage of water (Fig. 5.c in
the installation manual).
3. Electrical connections Si No
3.a Control signal properly connected
3.b
Control signal functioning properly:
E.g.: 0-10 V proportional signal
• 0 V » STOP/STAND-BY
• 5 V » 50% atomised water production
• 10 V » 100% atomised water production
For dierent types of signals, see this document (par. 8.4.1)
3.c Limit probe installed (high humidity control before the humidication section)
3.d NTC probe installed (low temperature control before the humidication section)
3.e Remote ON/OFF switch correctly connected to the ventilation system
3.f Test remote ON/OFF switch operation
3.g Test alarm switch operation (check NO/NC logic)
3.h Check the working pressure at the minimum ow-rate by carrying out the minimum rack production calibra-
tion procedure (see par. 8.4.3)
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6. COMMISSIONING
When rst starting the humiFog Multizone Touch high-pressure adiabatic humidication system, the main components need to
be checked (par. 4.1) from the user terminal.
6.1 witching on humiFog Multizone TouchS
Before starting the unit, check that the water and electrical connections have been completed correctly in accordance with the
instructions provided by the manufacturer.
Switch the system on as follows:
1. switch on the pumping station by turning the disconnect switch (1 - Fig. 6.a) from O (OFF) to I (ON)
1
Fig. 6.a
2. switch on all the zone panels (if present) by pressing the power button on the side of the device (2 - Fig. 6.b).
if desired, the zone number relating to the current panel can also be set (see par. 6.3).Notice:
2
Fig. 6.b
3. The unit can now be congured (see par. 6.2).
6.2 Start-up sequence for system conguration
The start-up sequence is described below, with reference to the paragraphs illustrating the steps in the conguration wizard.
• humiFog Multizone Touch (digital)
1. Set the zone number of the zone panels (see par. 6.3)
2. humiFog Multizone Touch conguration (see par. 6.4)
3. Backup pumping station conguration (optional) (see par. 6.5)
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6.3 Zone panel conguration
The zone panel can be congured as follows:
1. Using the display on the device
2. Using a mobile analogue display (optional) that can be connected to the device
6.3.1 Using the display inside the zone panel
To use the display inside the zone panel, unscrew the side screws (3 - Fig. 6.c) using a Phillips-head screwdriver and remove the
front panel (4 - Fig. 6.c). The display inside the zone panel can now be used (5 - Fig. 6.c).
3 3
4
5
Fig. 6.c
6.3.2 Using a mobile analogue display (optional)
To use a mobile analogue display (optional), connect the mobile display (6 - Fig. 6.d) using an RJ11 cable to the port (7 - Fig. 6.d)
on the side of the zone panel.
7
6
Fig. 6.d
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6.3.3 et the number of zones for the zone panelS
Each zone panel has a unique identication number that must be set during the conguration phase. If the zone panel iden-
tication number is not known, contact the Carel humidication system reference personnel for the correct correspondence
between zone name in the Carel CPQ congurator, zone identication number and rack part number.
Example of zone panel conguration in a system:
C C Sarel PQ “ ystem utline” Zone number for zone panelO
Multizone System (e.g. Hospital XYZ)
1st zone name (e.g. AHU A) » » » Zone number: 1
2nd zone name (e.g. AHU B) » » » Zone number: 2
3rd zone name (e.g. AHU C) » » » Zone number: 3
nth zone name (e.g. AHU N) » » » Zone number: n
Tab. 6.m
When the unit is switched on, the CAREL logo is shown on the display. The software language setting prompt is then displayed.
Press to scroll through the options.
Press to conrm the selected language.
During commissioning, a wizard is shown to help the operator quickly congure the main unit parameters.
Press to start the wizard.
• Use & to scroll the screens with the various conguration parameters.
• Use to select the desired parameter on the screen.
• Use & to change the value of the selected parameter.
• Use to conrm the parameter value.
• To modify the parameters on the other screens, press until the cursor is back on the screen header and use & to scroll
the screens for the various conguration parameters.
The following steps describe how to congure the zone panels using the humiFog Multizone (analogue) interface. The screen
indexes (where relevant) are shown in brackets.
select the desired option based on the specic characteristics of the installed system.Notice:
Step 1
Set the zone unit model (only if not already set).
Step 2 [12]
Set the number of the zones relating to the current panel.
Step 3
Press to exit the wizard and conrm by pressing .
Step 4
Choose whether to display the wizard again the next time the unit is switched on or press to return directly to the main
screen.
Step 5
The zone number setting is now complete.
Notice: if using the default network settings for the system, setting the zone number automatically assigns a unique IP
address to that unit, so that the network structure is consistent. If needing to use settings other than the default values, the IP
addresses of each unit in the system will need to be set manually (see chap. 8)
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Zone panel wizard screen index
Screen title Index Description
Unit model Set the unit model
Number of zones 12 Set the current zone number
Zone distribution system 30 Set the number of steps
31 Set the step ow-rates
32 Display the rated zone rack capacity (sum of the set step ow-rates)
Zone control 40 Set the type of control
41 Set the main probe (humidity)
41 Set the on/o control signal logic
41 Set the main probe (temperature)
41 Set the external proportional signal
41 Set the proportional control (supervisor)
42 Set the limit probe/second probe (humidity)
42 Set the limit probe/second probe (temperature)
43 Set the rack probe/third probe (humidity)
43 Set the rack probe/third probe (temperature)
44 Set the probe weight (two probe control)
44 Set the probe weight (three probe control)
45 Set the modulating control set point and dierential (humidity)
45 Set the modulating control set point and dierential (temperature)
46 Set the modulating control PID (humidity)
46 Set the modulating control PID (temperature)
47 Set the limit probe set point and dierential (humidity)
47 Set the limit probe set point and dierential (temperature)
48 Set the minimum-maximum production range
Date/time 50 Set the date and time
51 Set the time zone
Tab. 6.n
6.4 humiFog Multizone Touch conguration
When the unit is switched on, the humiFog Multizone Touch logo is shown on the display. The software language setting
prompt is then displayed.
• Tap the language name to access the drop-down menu with the options.
• Scroll through the options and select the desired language.
• Touch to conrm the selection.
After having set the language, the system conguration can be completed in two ways:
• using a conguration le on a USB ash drive (see par. 6.4.1)
• by manually setting the parameters in the software (see par. 6.4.2)
6.4.1 onguration wizard with U ash driveC SB
During commissioning, a wizard is shown to help the operator quickly congure the main unit parameters. Before starting con-
guration via USB ash drive, the following steps must have been completed:
• Have the .txt le generated by the Carel CPQ congurator. If the le is not available, request it from the humidication system
contact person.
• Verify that the le name is UA_Touch_CPQ_Cfg.txt, if not, rename it correctly.
• Save the le to a USB ash drive (type A 2.0 or higher - formatted with the FAT32 le system). Do not save the le inside a folder.
The USB ash drive can only contain one le of this type. If multiple systems need to be booted, either congure one system
at a time or use multiple USB ash drives.
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Step 1
Use the key provided to open the panel (8 - Fig. 6.e) and access the electrical panel.
8
Fig. 6.e
Step 2
Open the cover (9 - Fig. 6.f) and plug the USB ash drive into the USB type A socket (10 - Fig. 6.f ).
9
10
Fig. 6.f
Step 3
Click Start conguration (11 - Fig. 6.g) to start the conguration procedure.
11
Fig. 6.g
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Step 4
To use the conguration le saved on a USB ash drive, press YES when the prompt is shown on the screen.
Fig. 6.h
Step 5
Select the number of zones (12 - Fig. 6.i) in the system and press CONFIRM.
set the number of zones based on the specic characteristics of the installed system.Notice:
12
Fig. 6.i
Step 6
Press OK.
Fig. 6.j
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Step 7
The system starts scanning to check if all zones are online. If no errors are found, press START IMPORT CONFIGURATION (13 - Fig.
6.k).
13
Fig. 6.k
Step 8
The system starts importing the data from the USB ash drive.
Fig. 6.l
Step 9
At the end of the import procedure, the screen for conguring the pump will be displayed.
Notice: the procedure for importing the parameters from the USB ash drive is now complete. All the conguration pa-
rameters can now be checked and, where necessary, modied.
Check the type of the pumping station unit (main/secondary).
Specify the type of pumping station unit in relation to whether there is a second backup pumping station. When the systems in-
cludes two pumping stations that operate alternately, one needs to be dened as the primary unit and the other the secondary.
This avoids conicts and overlaps in role between the two pumping stations.
Check the type of application. The following options are available:
• AHU (Air Handling Unit)
• Room
• Pressurised water
Notice: the Pressurised water conguration allows the appliance to be used exclusively as a pressurised water generator
(in this conguration, the operating pressures can be specied).
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Fig. 6.m
Step 10
This screen is used to check the operating parameters corresponding to the displayed zone.
Notice: set the following parameters based on the specic characteristics of the installed system.
If there are multiple zones, check the parameters for each zone in the system.
If needing to modify the parameters, the conguration can be copied from one zone to another by selecting Copy zone con-
guration (14 - Fig. 6.n).
14
Fig. 6.n
Check the parameters corresponding to the distribution system:
Function Parameter Description
Distribution system Number of steps Set the number of steps in the displayed zone.
Press the editable area to enter the desired value.
Step 1-6 Set the ow-rate for each step in the displayed zone.
Press the editable area to enter the desired value.
Nominal rack ow-rate Display the nominal rack capacity.
This is calculated based on the values entered for Step 1.6
Check the control parameters:
Function Parameter Description
Controller Control type Set the type of controller.
The available options vary according to the type of application set, as shown in
the following table (Tab. 6.d).
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Control type Application type
Humidity (one probe) AHU / Room
External signal + temperature limit AHU
External signal + humidity limit AHU
Proportional to external signal AHU / Room
ON/OFF signal + temperature limit AHU
ON/OFF signal + humidity limit AHU
ON/OFF signal AHU / Room
Dew point + humidity limit AHU
Dew point AHU / Room
Control by supervisor AHU / Room
Temperature + humidity limit AHU
Temperature + temperature limit AHU
Temperature (one probe) AHU / Room
Humidity + temperature limit AHU
Humidity + humidity limit AHU
Two temperature probes + humidity limit Room
Two humidity probes Room
Two temperature probes Room
Three humidity probes Room
Three temperature probes Room
Tab. 6.o
Check the parameters relating to the probe conguration, which may vary according to the control logic set.
Function Parameter Description
Conguration -
Main probe
Options available for the type of
probe signal:
0-10V / 4-20mA / 0-20mA / 0-1V /
2-10V / NTC (temperature probe
only)
The probe operating range can also be set (if modiable), as well as the relative
correction osets and management of probe alarm activation.
Conguration -
Limit probe / Second
probe
Options available for the type of
probe signal:
0-10V / 4-20mA / 0-20mA / 0-1V /
2-10V / NTC (temperature probe
only)
The probe operating range can also be set (if modiable), as well as the relative
correction osets and management of probe alarm activation.
Conguration -
Third probe
Options available for the type of
probe signal:
0-10V / 4-20mA / 0-20mA / 0-1V /
2-10V / NTC (temperature probe
only)
The probe operating range can also be set (if modiable), as well as the relative
correction osets and management of probe alarm activation.
Verify the parameters relating to the weight of the probes when measuring the values (control with two/three probes only).
Function Parameter Description
Control -
Probes
Weight of probes 1 to 3 Set the parameters relating to the weight the probes have the nal value
measured.
Press the editable area to enter the desired value.
Set the parameters relating to modulating control (temperature or humidity):
Function Parameter Description
Control -
Modulating control
Set point Set the modulating control set point.
Press the editable area to enter the desired value.
Dierential Set the modulating control dierential.
Press the editable area to enter the desired value.
Integral time Set the integral time for modulating control.
Press the editable area to enter the desired value.
Dead band (PID) Set the modulating control dead band.
Press the editable area to enter the desired value.
Verify the parameters relating to modulating control on the limit probe (limit probe only):
Function Parameter Description
Control -
Limit probe
Set point Set the modulating control set point.
Press the editable area to enter the desired value.
Dierential Set the modulating control dierential.
Press the editable area to enter the desired value.
Verify the parameters corresponding to the distribution system:
Function Parameter Description
Control -
Production range
Minimum production Set the minimum production value.
Press the editable area to enter the desired value.
Current limit Display the minimum production value.
Maximum production Set the maximum production value.
Press the editable area to enter the desired value.
Current limit Display the maximum production value.
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Step 11
This screen is used to check the time and date and time zone parameters.
To save all the conguration settings, press the save icon (15 - Fig. 6.o).
15
Fig. 6.o
Step 12
The wizard is now nished.
On this screen, select whether or not to display the wizard the next time the unit is started.
Fig. 6.p
Errors when conguring using a USB ash drive
During the procedure for importing data from the USB ash drive, two types of errors may occur that cause the conguration to
fail: and .import errors operational errors
Import errors indicate that the data import procedure (reading the le on the drive) has failed.
Operational errors indicate that the data import procedure was successful, yet there are errors in the imported data (le format-
ting or parameter values contained in the le).
For the latter type of error, an identication code is displayed as a reference number for Technical Service.
Operational errors usually occur when the conguration le supplied by Carel has been corrupted.
Below is a list of possible import errors:
– Invalid le name
– Disk access error
– File access error
– File I/O error
– Invalid le
– Invalid value
– Insucient buer memory
– Empty le
– Invalid time parameter
– Module busy
– Logger not running
– Log export failed
– Function not available
– API conguration error
– Invalid value
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6.4.2 Manual conguration wizard
During commissioning, a wizard is shown to help the operator quickly congure the main unit parameters.
Step 1
Press Start conguration (16 - Fig. 6.q) to start the procedure.
16
Fig. 6.q
Step 2
To congure the system manually, press NO when the request to import from USB ash drive is shown on the screen.
Fig. 6.r
Step 3
Set the type of pumping station unit (primary/secondary).
Specify the type of pumping station unit in relation to whether there is a second backup pumping station. When the systems in-
cludes two pumping stations that operate alternately, one needs to be dened as the primary unit and the other the secondary.
This avoids conicts and overlaps in role between the two pumping stations.
Check the type of application. The following options are available:
• AHU (Air Handling Unit)
• Room
• Pressurised water
Notice: the Pressurised water conguration allows the appliance to be used exclusively as a pressurised water generator
(in this conguration, the operating pressures can be specied).
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Fig. 6.s
Step 4
This submenu is used to set the operating parameters for the displayed zone.
Notice: set the following parameters based on the specic characteristics of the installed system.
If there are multiple zones, the parameters need to be set for each zone in the system.
However, the conguration parameters for the displayed zone can be copied and replicated in the next zone, by pressing Copy
zone conguration (17 - Fig. 6.t).
17
Fig. 6.t
Set the parameters corresponding to the distribution system:
Function Parameter Description
Distribution system Number of steps Set the number of steps in the displayed zone.
Press the editable area to enter the desired value.
Step 1-6 Set the ow-rate for each step in the displayed zone.
Press the editable area to enter the desired value.
Nominal rack ow-rate Display the nominal rack capacity.
This is calculated based on the values entered for Step 1.6
Set the control parameters:
Function Parameter Description
Controller Control type Set the type of controller.
The available options vary according to the type of application set, as shown in
the following table (Tab. 6.d).
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Control type Application type
Humidity (one probe) AHU / Room
External signal + temperature limit AHU
External signal + humidity limit AHU
Proportional to external signal AHU / Room
ON/OFF signal + temperature limit AHU
ON/OFF signal + humidity limit AHU
ON/OFF signal AHU / Room
Dew point + humidity limit AHU
Dew point AHU / Room
Control by supervisor AHU / Room
Temperature + humidity limit AHU
Temperature + temperature limit AHU
Temperature (one probe) AHU / Room
Humidity + temperature limit AHU
Humidity + humidity limit AHU
Two temperature probes + humidity limit Room
Two humidity probes Room
Two temperature probes Room
Three humidity probes Room
Three temperature probes Room
Tab. 6.p
Set the probe conguration parameters:
Notice: The parameters displayed change according to the control logic set.
Function Parameter Description
Conguration -
Main probe
Options available for the type of
probe signal:
0-10V / 4-20mA / 0-20mA / 0-1V /
2-10V / NTC (temperature probe
only)
The probe operating range can also be set (if modiable), as well as the relative
correction osets and management of probe alarm activation.
Conguration -
Limit probe / Second
probe
Options available for the type of
probe signal:
0-10V / 4-20mA / 0-20mA / 0-1V /
2-10V / NTC (temperature probe
only)
The probe operating range can also be set (if modiable), as well as the relative
correction osets and management of probe alarm activation.
Conguration -
Third probe
Options available for the type of
probe signal:
0-10V / 4-20mA / 0-20mA / 0-1V /
2-10V / NTC (temperature probe
only)
The probe operating range can also be set (if modiable), as well as the relative
correction osets and management of probe alarm activation.
Set the parameters relating to the weight of the probes when measuring the values (control with two/three probes only):
Notice: The parameters displayed change according to the control logic set.
Function Parameter Description
Control -
Probes
Weight of probes 1 to 3 Set the parameters relating to the weight the probes have the nal value
measured.
Press the editable area to enter the desired value.
Set the parameters relating to modulating control (temperature or humidity):
Function Parameter Description
Control -
Modulating control
Set point Set the modulating control set point.
Press the editable area to enter the desired value.
Dierential Set the modulating control dierential.
Press the editable area to enter the desired value.
Integral time Set the integral time for modulating control.
Press the editable area to enter the desired value.
Dead band (PID) Set the modulating control dead band.
Press the editable area to enter the desired value.
Set the parameters relating to modulating control on the limit probe (limit probe only):
Function Parameter Description
Control -
Limit probe
Set point Set the modulating control set point.
Press the editable area to enter the desired value.
Dierential Set the modulating control dierential.
Press the editable area to enter the desired value.
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Set the parameters relating to the production range:
Function Parameter Description
Control -
Production range
Minimum production Set the minimum production value.
Press the editable area to enter the desired value.
Current limit Display the minimum production value.
Maximum production Set the maximum production value.
Press the editable area to enter the desired value.
Current limit Display the maximum production value.
Step 5
This screen is used to set the time and date and time zone parameters.
To save all the conguration settings, press the save icon (18 - Fig. 6.u).
18
Fig. 6.u
Step 6
The wizard is now nished.
On this screen, select whether or not to display the wizard the next time the unit is started.
Fig. 6.v
6.5 ackup pumping station congurationB
To congure the backup (secondary) pumping station, proceed in the same way as for manual conguration of the primary
pumping station, without importing data from the USB ash drive, as the zone parameters do not need to be set again.
During conguration of the backup pumping station, a wizard is shown to help the operator quickly congure the main unit
parameters.
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Step 1
Press Start conguration (19 - Fig. 6.w) to start the procedure.
19
Fig. 6.w
Step 2
Press NO when the request to import from USB ash drive is shown on the screen.
Fig. 6.x
Step 3
Set the type of the pumping station unit (secondary).
Specify the type of pumping station unit in relation to whether there is a second backup pumping station. When the systems in-
cludes two pumping stations that operate alternately, one needs to be dened as the primary unit and the other the secondary.
This avoids conicts and overlaps in role between the two pumping stations.
Check the type of application. The following options are available:
• AHU (Air Handling Unit)
• Room
• Pressurised water
Notice: the Pressurised water conguration allows the appliance to be used exclusively as a pressurised water generator
(in this conguration, the operating pressures can be specied).
Fig. 6.y
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Step 4
This submenu is used to set the operating parameters for the displayed zone.
If the zone parameters have already been set during conguration of the primary unit, this step can be skipped by pressing Skip
zone conguration (20 - Fig. 6.z).
20
Fig. 6.z
Step 5
This screen is used to set the time and date and time zone parameters.
To save all the conguration settings, press the save icon (21 - Fig. 6.aa).
21
Fig. 6.aa
Step 6
The wizard is now nished.
On this screen, select whether or not to display the wizard the next time the unit is started.
Fig. 6.ab
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Below is the complete tree of the programming menu.
7.1 humiFog Multizone Touch menu access
To access the Settings menu, proceed as follows:
• Press Menu.
• Press Settings.
Notice: to access the Settings menu, rst log into the system.
• Log in to the system.
The access password used can be installer level (77 44) to activate all the software functions, or maintenance ( ) to only activate
the functions required for maintenance operations.
• Click OK
after 5 minutes of inactivity, the user is automatically logged out.Notice:
7.2 humiFog Multizone Touch complete menu tree
Clock menu
Title Description Level
Clock Set date and time, display format and time zone Service
Scheduler menu
Title Description Level
Enable scheduler Enable time bands Service
Daily scheduler (visible if the scheduler is enabled)
Set the ordinary time bands (day, switch-on time, switch-o time) and the set
point (optional)
Service
Special periods (visible if the scheduler is enabled)
Set the time bands for special periods (day, switch-on time, switch-o time)
and the set point (optional)
Service
Special days (visible if the scheduler is enabled)
Set the time bands for special days (switch-on time, switch-o time) and the
set point (optional)
Service
Trend menu (graphs)
Title Description Level
Pump Display graphs relating to the pump operating values (inlet pressure reading,
conductivity, unit enabled, alarm status)
Service
Zone Display graphs relating to the zone operating values (production request and
current production, set point, unit enabled, alarm status)
Service
Language menu
Title Description Level
Select language Service
Rename zone menu
Title Description Level
Rename zones Service
7. COMPLETE MENU TREE
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Settings menu
Title Description Level
System System logic Select application type (air handling unit/room/pressurised
water), set the number of zones, select the type of modulation
(constant ow/pressure control)
Installer
Functions Fill Enable and set lling time and type Installer
Wash Set the washing cycle (wash type and mode, wash time, inactivi-
ty threshold, daily washing activation time)
Installer
Standby Enable and set zone and line emptying Installer
WTS cooling Set WTS water change (enable procedure, inactivity threshold
and duration)
Installer
I/O Set logic of digital inputs (enable pump, reverse osmosis alarm
and ood sensor alarm) and outputs (alarm and programmable
relay NO7)
Installer
Bypass Set zone bypass (multizone system only) Installer
Other Set line pressure relief Installer
Maintenance Display unit operating hours, pump operation and next sched-
uled maintenance, reset pump operating hours command and
display last reset date/time, set 3000h maintenance pre-alert
activation time, pump and/or controller replacement command
for unit control/pump operating hours
Service
Backup
& rotation
Enable pump backup and rotation, set rotation time and unit
type
Installer
BMS Channel 1 Enable supervisor channel, set channel type and select protocol
and communication port, enable the supervisor oine alarm
and set the alarm activation delay (only if supervisor channel +
control is enabled)
Installer
Channel 2 Enable supervisor channel, set channel type and select protocol
and communication port, enable the supervisor oine alarm
and set the alarm activation delay (only if supervisor channel +
control is enabled)
Installer
Channel 3 Enable supervisor channel, set channel type and select protocol
and communication port, enable the supervisor oine alarm
and set the alarm activation delay (only if supervisor channel +
control is enabled)
Installer
Port congura-
tion
Congure the Ethernet port (enable DHCP, IP address, subnet
mask, gateway, DNS) and BMS port settings (address, baud rate,
stop bits, parity), congure the Modbus/BACnet protocol, set the
BACnet device instance (only if BACnet selected on one of the
enabled supervisor channels)
Installer
Monitoring
service
Display unit paused by monitoring service status, unit paused
bypass command, set disabling of paused bypass
Installer
Initialisation Enable wizard and set wizard display at power on Installer
Pump Manual mode Manual mode Enable manual pump mode, set manual inverter request (only if
manual mode enabled), manual control of digital outputs (only if
manual mode enabled), read pump digital inputs (only if manual
mode enabled)
Service
Bypass calibra-
tion
Enable and set bypass calibration (only if manual mode enabled) Service
Initialisation Factory reset Reset unit factory data command Installer
Export
conguration
Command to export parameters and select destination drive Installer
Import
conguration
Command to import parameters and select source drive Installer
Unit of measure Select unit of measure (international or imperial). Installer
SW update Command to update SW Installer
Export log Command to export logs and select destination drive Service
Export alarms Command to export alarms and select destination drive Service
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Title Description Level
Zone Control Select control type, probe and set control parameters, set mini-
mum-maximum production range
Installer
Distribution
system
Set the number and nominal ow-rates of the distribution sys-
tem steps, display the total nominal rack capacity
Installer
Functions Pressure relief Set the pressure relief duration for the rack (air handling unit ap-
plications only) or the individual steps (room applications only)
Installer
Rack probe Congure the rack temperature probe (type, range, oset, set
point, dierential and warning return threshold) (air handling
unit applications only), set enable production reduction with
rack temperature probe, set point and proportional band (air
handling unit applications only)
Installer
I/O logic Set the logic of digital inputs (enable rack and ow switch) and
outputs (zone status and alarm), congure digital output with
programmable relay (NO7)
Installer
Other Set humidity probe alarm delay and alarm control delay Installer
Alarms Set the main probe alarm range and limit and alarm activation
delay
Installer
Manual mode Manual mode Activate zone manual mode, enable lling in manual mode, set
zone manual request, manual SV control (ventilation, rack step
ll, rack step drain), manual relay digital output control (alarm,
pump, zone), display zone digital output status (enable rack and
ow switch) (only if manual mode enabled)
Service
Minimum rack
calibration
Enable minimum rack production calibration (only if manual
mode enabled), set minimum production for rack calibration and
reset default value command (only if manual mode enabled)
Service
Initialisation Factory reset Reset unit factory data command Installer
Export
conguration
Command to export parameters and select destination drive Installer
Import
conguration
Command to import parameters and select source drive Installer
BMS Monitoring
service
Display unit paused by monitoring service status, unit paused
bypass command, set disabling of paused bypass
Installer
Display Conguration Set display backlight brightness and timeout Service
Initialisation Reset alarm log command Service
Initial language page Enable language selection page at startup Service
Password Set the access passwords Service
System menu Access display settings Installer
Network conguration Congure the Ethernet port (enable DHCP, IP address, subnet
mask, gateway, DNS)
Installer
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The following paragraphs provide a description of the most important conguration parameters for the installer. All these pa-
rameters can be found under the Software settings menu.
Notice: the parameters shown on the user terminal display may vary according to the system conguration. These pa-
rameters are indicated in the Description eld in the following tables.
8.1 humiFog Multizone Touch menu access
To access the Settings menu, proceed as follows:
• Press Menu.
• Press Settings.
Notice: to access the Settings menu, rst log into the system.
• Log in to the system.
The access password used can be installer level (77 44) to activate all the software functions, or maintenance ( ) to only activate
the functions required for maintenance operations.
• Click OK
after 5 minutes of inactivity, the user is automatically logged out.Notice:
8.2 System
The System menu is active only on the humiFog Multizone Touch user terminal (not on the zone panels).
8.2.1 Functions
Depending on the system conguration, dierent parameters can be set for each available function.
• Press Menu.
• Press Settings (see par. 8.1).
• Press System
• Press Functions.
Fill
For correct system operation, the line must not contain any air, so as to avoid vibrations, long transients and poor atomisation
quality. To eliminate air from the lines, the ll time needs to be set correctly.
When commissioning the system, measure the time needed for the water to reach the end of the circuit and wait until only
water comes out of the circuit. The longer the water circuit, the longer the ll time needs to be.
8. ADVANCED CONFIGURATION
PARAMETERS
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Path: Menu › Settings › System › Functions › Fill
Function Display Description Range Default
Enable ll If enabled, when the water outlet line is empty during
start-up, the pump delivers ow for a set time, in order to
ll the line before starting atomisation.
On/O On
Fill type Selection of the type of ll
(active only if lling is enabled)
One zone at a time
All zones together
All zones
together
Fill with request only Filling will only be activated in the zones that require
production.
(active only if lling is enabled and the ll type is set to
One zone at a time)
Yes/No Yes
Fill time System ll time.
The ll time can be set individually for each zone in the
system.
(active only if lling is enabled)
1-60 min 2 min
Fig. 8.a
Washing
The washing function involves running water through all the piping for a set time. The aim is to completely ush the system and
avoid water stagnation.
It is managed in the same way as lling, yet lasts longer: it is recommended to set the time so that the water used for washing
is at least three times the volume of water contained in the entire system. Washing is performed every day at the same time
(e.g. every day at 4 in the morning) or periodically, set by parameter. In addition, a washing cycle is also performed at power on
(production must be enabled in at least one zone, even if system production is not requested).
Path: Menu › Settings › System › Functions › Wash
Function Display Description Range Default
Wash mode Set washing daily, after a period of inactivity or disable
washing.
Inactivity wash
Daily wash
Wash disabled
Daily wash
Wash type Select the type of washing cycle
(active only if washing is enabled)
One zone at a time
All zones together
All zones
together
Inactivity threshold Number of hours of inactivity after which a wash is
performed.
(active only if the Wash mode is set to Inactivity)
1-99 hours 24 hours
Time (hh:mm) Time of day when the daily washing cycle is performed
(active only if the Wash mode is set to Daily)
00:00 - 23:59 00:00
Wash time Duration of the daily washing cycle in minutes. The wash
time can be set individually for each zone in the system.
(active only if the Wash type is set to All zones together)
1-10 min 2 min
Fig. 8.b
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Emptying
For reasons of hygiene, it is recommended to empty the distribution system so as to prevent water from stagnating inside when
there is no humidication request for an extended period.
Path: Menu › Settings › System › Functions › Standby
Function Display Description Range Default
Empty rack
after
Set emptying of the rack in a specic zone after a set time (zone
1-12)
Zone 1-12 - Enable Enable/disable rack emptying in the specied zone On/O On
Zone 1-12 - Time Number of hours after which an emptying cycle is performed
(active only if the Wash mode is set to Inactivity)
0-48 hours 24 hours
Pump-zone
line
Set emptying of the line that connects the pumping station to the
zones
Enable Enable/disable emptying of the line On/O On
Empty after Set the line emptying interval 0-120 min 60 min
Racks Rack ll valve open for: 1-120 min 5 min
Fig. 8.c
Water treatment system
Path: Menu › Settings › System › Functions › WTS water change
Function Display Description Range Default
Enable WTS WTS water
change procedure
Enable/disable the water treatment system water change procedure On/O O
Inactivity threshold Number of hours of inactivity after which the WTS water change
procedure is performed.
(active only if the WTS water change procedure is enabled)
1-999
hours
24 hours
Duration Duration of the water treatment system water change procedure
(active only if the WTS water change procedure is enabled)
1-99 min 15 min
Fig. 8.d
Input/Output
Path: Menu › Settings › System › Functions › I/O
Function Display Description Range Default
Input logic Enable pump (PEN) Set the logic of the digital signals for the
enable pumping unit input
N.O./N.C. N.C.
Reverse osmosis alarm
input logic (ROAL)
Set the logic of the digital signals for the
reverse osmosis alarm input
N.O./N.C. N.C.
Water leak alarm input
logic (WL)
Set the logic of the digital signals for the
water leak alarm input
N.O./N.C. N.C.
Output logic Alarm output logic (AL) Set the logic of the digital signals for the
alarm output
N.O./N.C. N.C.
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Path: Menu › Settings › System › Functions › I/O
Function Display Description Range Default
NO7 (pro-
grammable
relay)
Conguration Set the output conguration for the pro-
grammable relay NO7
Unit life status /
Water temperature alarm /
Low inlet pressure alarm /
Low inlet pressure warning /
No water warning /
Pump maintenance warning /
Pump status /
Rack low temperature warning
Unit life
status
Relay logic Set the logic for the programmable relay
NO7 signals
N.O./N.C. N.O.
Fig. 8.e
Bypass
This function is used to bypass one or more system zones for maintenance. The system will continue to work with the remaining zones.
make sure that there are manual shut-o valves on the water lines in the bypassed zones.Notice:
Path: Menu › Settings › System › Functions › Bypass
Function Display Description Range Default
Bypass zones 1-12 Set which zones are to be bypassed (zones 1-6)
(active only in multizone systems)
On/O O
Fig. 8.f
Other functions (chattering)
This function is used to try and eliminate any debris that may form inside the solenoid valves during operation, preventing them
from opening/closing correctly.
The function is activated when the unit detects a low outlet pressure (HP) warning.
Path: Menu › Settings › System › Functions › More
Function Display Description Range Default
Chattering The function is active by default and involves rapid 1-second opening/
closing cycles of the NO solenoid valves (except for the cabinet drain
valve).
Number of chattering
cycles
Set number of chattering cycles 1-10 5
Fig. 8.g
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8.2.2 ackup and rotationB
In some critical applications where relative humidity control is very important, it may be essential have a backup unit available
in the event of malfunctions on the main unit.
A second backup unit can be useful in the event of a main unit malfunction in applications that require continuous humidity
control.
• Press Menu.
• Press Settings (see par. 8.1).
• Press Backup & rotation.
This screen is used to enable the backups, set the pump rotation time and the type of unit.
Path: Menu › Settings › System › Functions › Backup & rotation
Function Display Description Range Default
Congure backup &
rotation
Enable backup Enable/disable the backup function On/O O
Unit type Set the type of cabinet.
The type of cabinet type denes the priority of the unit that will
attempt to start rst when the units are powered on simulta-
neously. After powering on, there is no dierence in operation
between the two devices.
(active only if backup is enabled)
Main/Sec-
ondary
Main
Enable rotation Enable/disable the rotation function between backup units
(active only if backup is enabled)
On/O On
Rotation time Set the rotation time between pumping stations.
(active only if backup and rotation are enabled)
1-24 hours 8 hours
Fig. 8.h
8.2.3 MB S
The humidier can be connected to a supervisor (BMS) via serial or Ethernet network. The ModBus and BACnet protocols are
supported as standard by the units.
Notice: only one instance of the BACnet protocol is available, therefore it is not possible to activate BACnet on the BMS
port and on the Ethernet port at the same time.
• Press Menu.
• Press Settings (see par. 8.1).
• Press BMS.
Channel 1
Path: Menu › Settings › System › Functions › Channel 1
Function Display Description Range Default
Enable channel Enable/disable the selected communication channel On/O O
Channel type Set the channel operating mode:
(active only if the channel is enabled)
Supervisor
Supervisor + Controller
Supervisor
Select protocol + port Set the type of communication protocol and port
(active only if the channel is enabled)
ModBus BMS /
ModBus ETH /
BACnet BMS /
Bacnet ETH
ModBus BMS
Enable supervisor oine
alarm
Enable/disable the alarm that signals when the super-
visor is oine
(active only if the Channel type is set to Supervisor +
Controller)
On/O On
Alarm delay Set the delay time for alarm activation
(active only if the Channel type is set to Supervisor +
Controller)
1-999 sec 180 sec
Control mode Zone 1-12 Indicates the zone for setting the control mode from
the supervisor channel
None
Control only
On-O + Control
On-O only
None
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Channel 2
Path: Menu › Settings › System › Functions › Channel 2
Function Display Description Range Default
Enable channel Enable/disable the selected communication channel On/O O
Channel type Set the channel operating mode:
(active only if the channel is enabled)
Supervisor
Supervisor + Controller
Supervisor
Select protocol + port Set the type of communication protocol and port
(active only if the channel is enabled)
ModBus BMS /
ModBus ETH /
BACnet BMS /
Bacnet ETH
ModBus BMS
Enable supervisor oine
alarm
Enable/disable the alarm that signals when the
supervisor is oine (active only if the Channel type is
set to Supervisor + Controller)
On/O On
Alarm delay Set the alarm activation delay time (active only if the
Channel type is set to Supervisor + Controller)
1-999 sec 180 sec
Control mode Zone 1-12 Indicates the zone for setting the control mode from
the supervisor channel
None
Control only
On-O + Control
On-O only
None
Channel 3
Path: Menu › Settings › System › Functions › Channel 3
Function Display Description Range Default
Enable channel Enable/disable the selected communication channel On/O O
Channel type Set the channel operating mode:
(active only if the channel is enabled)
Supervisor
Supervisor + Controller
Supervisor
Select protocol + port Set the type of communication protocol and port
(active only if the channel is enabled)
ModBus BMS /
ModBus ETH /
BACnet BMS /
Bacnet ETH
ModBus BMS
Enable supervisor
oine alarm
Enable/disable the alarm that signals when the
supervisor is oine (active only if the Channel type is
set to Supervisor + Controller)
On/O On
Alarm delay Set the alarm activation delay time (active only if the
Channel type is set to Supervisor + Controller)
1-999 sec 180 sec
Control mode Zone 1-12 Indicates the zone for setting the control mode from
the supervisor channel
None
Control only
On-O + Control
On-O only
None
Fig. 8.i
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Port conguration
Notice: the conguration parameter values must be provided by the local network administrator.
Path: Menu › Settings › System › Functions › Port cong.
Function Display Description Range Default
Ethernet port Settings relating to the unit’s Ethernet connection
DHCP On/O O
IP Unit IP address: 192.168.1.1
Mask Subnet mask 255.255.255.0
Gateway 0.0.0.0
DNS 0.0.0.0
Update After having modied the parameters, the IP address can
be updated.
On/O O
BMS port Settings relating to the unit’s BMS connection
Address 0-247 1
Baud rate 1200/2400/4800
9600/19200/38400
57600/76800/
115200/375000
19200
Stop bits 1/2 2
Parity None
Even
Odd
None
MS/TP BACnet
conguration
Station address 0-127 0
Max masters 0-127 127
Max frames 5-25 10
MS/TP BACnet
conguration
Device inst. 0-4194302 77000
Fig. 8.j
Monitoring service
The paused by monitoring service function allows the devices congured for supervisor control to enable the unit (pumping
station) independently. The paused unit is not enabled to operate in the system.
if the paused unit is the pumping station, then the entire system cannot produce humidity.Notice:
If necessary, the paused by monitoring service can be bypassed in local mode: the operator can use the local controller to enable
production (despite the unit being paused by the monitoring service), by enabling the Paused unit bypass parameter. To avoid
forgetting that the pause bypass is active, a (settable) timer has been included so that the bypass is removed after a set period
of time..
Path: Menu › S Settings › ystem › Functions › Monit. serv.
Function Display Description Range Default
Monitoring
service
Settings relating to the paused by monitoring service function.
Unit pause status Display the unit paused from monitoring service status On/O
Paused unit bypass Enable/disable the monitoring service pause bypass.
Bypass activation is notied by displaying the status of the bypass reset
timer.
On/O O
Unit pause bypass reset
delay
Set the delay for disabling the monitoring service pause bypass. 1-999
hours
120 hours
Fig. 8.k
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8.3 Pump
The System menu is active only on the humiFog Multizone Touch user terminal (not on the zone panels).
In this submenu, manual pump operation can be enabled and the corresponding parameters set.
• Press Menu.
• Press Settings (see par. 8.1).
• Press Pump.
Path: Menu › Settings › Pump › Manual mode
Function Display Description Range Default
Mode
manual
Manual mode Press the button to activate manual mode.
Press Manual mode to enter the pump control
dashboard.
On/O O
Bypass calibration Set the calibration parameters and enable bypass
(active only with the pump in manual mode)
8.3.1 Manual mode
When accessing manual mode, a screen is shown that represents the pumping station control panel dashboard.
1
2 4
3
Fig. 8.l
Ref. Description
1 Pump operating circuit
2 Set inverter speed (VFD)
3 Digital output commands
4 Display digital input readings
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Pump operating circuit
This section of the control dashboard shows, schematically, the pumping station’s internal operating circuit. To override the
status of the solenoid valves (for example, for testing) press the corresponding icons.
Fig. 8.m
C Somponent Icon tatus Description
Solenoid valve
No ow FV: cabinet ll valve
DVB: cabinet drain valve
NOL: line drain valve
Flow present
Pressure sensor LP: low inlet pressure sensor
HP: high outlet pressure sensor
Pressure switch HP: high outlet pressure sensor
Conductivity sensor C: inlet conductivity sensor
Temperature sensor
T: temperature sensor
HT: high temperature sensor
Pump Cabinet pump
Tab. 8.a
Digital outputs
This section of the control dashboard is used to manually control the pumping station digital outputs.
C Somponent Icon tatus Description
NO7 status (PUMP)
Auto
Open Activate/deactivate the pump digital output
(active only with the pump in manual mode)
Closed
Alarm (AL)
Auto
Open Activate/deactivate the alarm digital output
(active only with the pump in manual mode)
Closed
Tab. 8.b
Digital inputs
This section of the control dashboard is used to view the pumping station digital input readings.
Icon tatus ystem componentsS S
Open
HP: High pressure switch
HT: Water thermostat
PEN: Enable water production
ROAL: Reverse osmosis system status
WL: Flood sensor status
VFD-MB: Inverter status
Closed
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8.3.2 ypass calibrationB
This screen is used to set the bypass calibration parameters.
Path: Menu › Settings › Pump › Manual mode › Bypass calibration
Function Display Description Range Default
Enable ll before calibra-
tion
Enable/disable lling before performing the bypass calibration
(active only with the pump in manual mode)
On/O On
Bypass calibration ll time Set the ll time
(active only with Fill before calibration enabled)
1-60 min 1 min
Start bypass calibration Begin the bypass calibration procedure
(active only with the pump in manual mode)
On/O O
Bypass calibra-
tion
Pressure Display the outlet pressure reading
(active only with Start bypass calibration enabled)
Flow-rate Display the current ow-rate reading
(active only with Start bypass calibration enabled)
Zone NC ll SV commands Control the ll solenoid valves for the zone steps
(active only with Start bypass calibration enabled)
Auto
Closed (24V)
Open (0V)
Auto
Fig. 8.n
8.4 Zones
This menu is used to set the operating parameters for the various sytsem zones.
Notice: The parameters displayed change according to the control logic set.
8.4.1 Control
• Press Menu.
• Press Settings (see par. 8.1).
• Press Zones.
• Press Control.
select the desired option based on the specic characteristics of the installed system.Notice:
Path: Menu › Settings › Zones › Control
Function Display Description Range Default
Control Control type Set the type of controller.
The available options vary according to the type of application
set, as shown in the following table (Tab. 8.c).
Control logic Set the type of control logic
(The availability of the function varies according to the Control
type set)
Proportional /
Proportional +
Integral
Proportional
Control type Application type
Humidity (one probe) AHU / Room
External signal + temperature limit AHU
External signal + humidity limit AHU
Proportional to external signal AHU / Room
ON/OFF signal + temperature limit AHU
ON/OFF signal + humidity limit AHU
ON/OFF signal AHU / Room
Dew point + humidity limit AHU
Dew point AHU / Room
Control by supervisor AHU / Room
Temperature + humidity limit AHU
Temperature + temperature limit AHU
Temperature (one probe) AHU / Room
Humidity + temperature limit AHU
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Control type Application type
Humidity + humidity limit AHU
Two temperature probes + humidity limit Room
Two humidity probes Room
Two temperature probes Room
Three humidity probes Room
Three temperature probes Room
Tab. 8.c
Notice: set the parameter values based on the characteristics of the probes used and the specic characteristics of the
system.
Path: Menu › Settings › Zones › Control
Function Display Description Range Default
Conguration -
Main humidity probe
(U6)
Type Set the probe type 0-10V - 4-20mA
- 0-20mA - 0-1V -
2-10V - NTC
0-10V
Min Set the minimum value readable by the probe 0-100% rH 0% rH
Max Set the maximum value readable by the probe 0-100% rH 100% rH
Oset Set the oset value to compensate for any inaccurate
readings
-999.9 - 999.9 0
Enable alarms Enable/disable the alarm that signals any probe faults On/O On
Delay Set the delay for activating the alarm after the fault is
detected
0-9999 sec 30 sec
Conguration -
Main temp. broken
(U6)
Type Set the probe type 0-10V - 4-20mA
- 0-20mA - 0-1V -
2-10V - NTC
0-10V
Min Set the minimum value readable by the probe -999.9 - 999.9 °C -20 °C
Max Set the maximum value readable by the probe -999.9 - 999.9 °C 70 °C
Oset Set the oset value to compensate for any inaccurate
readings
-999.9 - 999.9 0
Enable alarms Enable/disable the alarm that signals any probe faults On/O On
Delay Set the delay for activating the alarm after the fault is
detected
0-9999 sec 30 sec
Conguration -
Main outside probe
(U6)
Type Set the probe type 0-10V - 4-20mA
- 0-20mA - 0-1V -
2-10V - NTC
0-10V
Min Set the minimum value readable by the probe 0-100 % 0%
Max Set the maximum value readable by the probe 0-100 % 100%
Oset Set the oset value to compensate for any inaccurate
readings
-999.9 - 999.9 0
Enable alarms Enable/disable the alarm that signals any probe faults On/O On
Delay Set the delay for activating the alarm after the fault is
detected
0-9999 sec 30 sec
Conguration -
Main probe dig. signal
Logic Set the logic of the main probe digital signals N.O./N.C. N.O.
Conguration -
Limit/2nd humid. (U7)
Type Set the probe type 0-10V - 4-20mA
- 0-20mA - 0-1V -
2-10V - NTC
0-10V
Min Set the minimum value readable by the probe 0-100% rH 0% rH
Max Set the maximum value readable by the probe 0-100% rH 100% rH
Oset Set the oset value to compensate for any inaccurate
readings
-999.9 - 999.9 0
Enable alarms Enable/disable the alarm that signals any probe faults On/O On
Delay Set the delay for activating the alarm after the fault is
detected
0-9999 sec 30 sec
Conguration -
Limit/2nd temp. (U7)
Type Set the probe type 0-10V - 4-20mA
- 0-20mA - 0-1V -
2-10V - NTC
0-10V
Min Set the minimum value readable by the probe -999.9 - 999.9 °C -20 °C
Max Set the maximum value readable by the probe -999.9 - 999.9 °C 70 °C
Oset Set the oset value to compensate for any inaccurate
readings
-999.9 - 999.9 0
Enable alarms Enable/disable the alarm that signals any probe faults On/O On
Delay Set the delay for activating the alarm after the fault is
detected
0-9999 sec 30 sec
Conguration -
Third humidity probe
(U8)
Type Set the probe type 0-10V - 4-20mA
- 0-20mA - 0-1V -
2-10V - NTC
0-10V
Min Set the minimum value readable by the probe 0-100% rH 0% rH
Max Set the maximum value readable by the probe 0-100% rH 100% rH
Oset Set the oset value to compensate for any inaccurate
readings
-999.9 - 999.9 0
Enable alarms Enable/disable the alarm that signals any probe faults On/O On
Delay Set the delay for activating the alarm after the fault is
detected
0-9999 sec 30 sec
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Path: Menu › Settings › Zones › Control
Function Display Description Range Default
Conguration -
Third temp. probe
(U8)
Type Set the probe type 0-10V - 4-20mA
- 0-20mA - 0-1V -
2-10V - NTC
0-10V
Min Set the minimum value readable by the probe -999.9 - 999.9 °C -20 °C
Max Set the maximum value readable by the probe -999.9 - 999.9 °C 70 °C
Oset Set the oset value to compensate for any inaccurate
readings
-999.9 - 999.9 0
Enable alarms Enable/disable the alarm that signals any probe faults On/O On
Delay Set the delay for activating the alarm after the fault is
detected
0-9999 sec 30 sec
Control -
2 probes
Weight of probe 1 Set the importance (weight) of probe 1 to calculate the
reading
0-100 % 50%
Weight of probe 2 Set the importance (weight) of probe 2 to calculate the
reading
0-100 % 50%
Control -
3 probes
Weight of probe 1 Set the importance (weight) of probe 1 to calculate the
reading
0-100 % 33%
Weight of probe 2 Set the importance (weight) of probe 2 to calculate the
reading
0-100 % 33%
Weight of probe 3 Set the importance (weight) of probe 3 to calculate the
reading
0-100 % 33%
Conguration -
Main outside probe
(U6)
Control
Hysteresis Set the activation hysteresis for proportional control 0.5-100% rH 5%
Control -
Modulating humidity
control
Set point Set the set point for modulating control 0-100% rH 50.0% rH
Dierential Set the dierential for modulating control 0-100% rH 3% rH
Control -
Modulating temp.
control
Set point Set the set point for modulating control 0 - 100 °C 25 °C
Dierential Set the dierential for modulating control 0 - 100 °C 5 °C
Control -
Limit humidity probe
Set point Set the set point for proportional control of the limit
probe
0-100% rH 20% rH
Dierential Set the dierential for proportional control of the limit
probe
0-100% rH 5% rH
Control -
Limit temp. probe
Set point Set the set point for proportional control of the limit
probe
0 - 100 °C 25 °C
Dierential Set the dierential for proportional control of the limit
probe
0 - 100 °C 5 °C
Control -
Production range
Minimum production Set the minimum production value as a percentage 0-100 %
Current limit Display the corresponding production value in kg/h
Maximum production Set the maximum production value as a percentage 0-100 % 100%
Current limit Display the corresponding production value in kg/h
8.4.2 Functions
• Press Menu.
• Press Settings (see par. 8.1).
• Press Zones.
• Press Functions.
Pressure relief
When the steps close, in order to quickly lower the pressure and avoid unwanted dripping, the N.O. step valves are temporarily
opened. The N.O. valve opening time needs to be selected during commissioning, making sure to verify the absence of dripping
when the steps close by draining as much water as possible.
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I/O logic
Path: Menu › Settings › Zones › I/O logic
Function Display Description Range Default
Digital inputs Rack enabling logic
(RACKEN)
Set the operating logic of the rack enabling circuit N.O./N.C. N.C.
Flow switch logic
(FLUX)
Set the ow switch operating mode N.O./N.C. N.C.
Digital outputs Zone status logic
(ZONE)
Set the zone status operating logic N.O./N.C. N.C.
Alarm status logic
(AL)
Set the alarm status operating logic N.O./N.C. N.C.
NO7
(Programmable
relay)
Conguration Set the output conguration for the programmable
relay NO7
Rack life status/low
temperature warning
Life status
Relay logic Set the logic for the programmable relay NO7 signals N.O./N.C. N.O.
Fig. 8.q
Other functions
Path: Menu › Settings › Zones › More
Function Display Description Range Default
Humidity control probe
alarm delay at pump
start-up
Disable the probe disconnected alarm for a set time. This time is count-
ed from when the pump starts.
(active only with the rack temperature probe enabled)
On/O O
Alarm activation delay Set the time the disconnected probe alarm is disabled.
(active only with Humidity probe control alarm delay at pump start-up
enabled)
1-99 min 5 min
Fig. 8.r
8.4.3 Manual mode
During commissioning or maintenance, “manual mode” may be useful in order to check the operation of the main devices that
make up the system. All the operations carried out from this menu have a direct eect on the system, i.e. they eectively acti-
vate/deactivate the components or modify their status.
• Press Menu.
• Press Settings (see par. 8.1).
• Press Zones.
• Press Manual mode.
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Path: Menu › Settings › Zones › Manual mode
Function Display Description Range Default
Mode
manual
Manual mode Press the button to activate manual mode.
Press Manual mode to enter the control screens.
On/O O
Enable manual zone ll Enable/disable lling of the zone in manual mode.
(active only if manual mode is enabled)
On/O On
Minimum rack
production calibration
Enable/disable the minimum rack production calibration procedure. (active
only with manual mode enabled in single zone systems and Flow control
set)
Fig. 8.s
Manual mode
When accessing manual mode, a screen can be displayed that represents the zone control panel dashboard, as well as a screen
that shows the status of the zone digital inputs and outputs.
1
3
2
Fig. 8.t
Ref. Description
1 Operation of the rack steps
2 Zome manual request
3 Current production status
Fig. 8.u
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This section of the screen shows, schematically, the operation of the zone rack steps. To override the status of the components
(for example, for testing) press the corresponding icons/symbols.
C Somponent Icon tatus Default Description
Solenoid valve NOV
Auto
Open
Auto NOV: Activate/deactivate the ventilation solenoid valve.
Closed
NC solenoid valve
Auto
Open
Auto NC 1-6: Activate/deactivate the rack step ll solenoid
valves.
Closed
NO solenoid valve
Auto
Open
Auto NO 1-6: Activate/deactivate the rack step drain solenoid
valves.
Closed
Fig. 8.v
Path: Menu › Settings › Zones › Manual mode › Manual mode
Function Display Description Range Default
Digital outputs Alarm (AL) Activate/deactivate the alarm digital output
(active only if manual mode is enabled)
Auto
Closed (24V)
Open (0V)
Auto
Output NO7 (PUMP) Activate/deactivate the pump digital output
(active only if manual mode is enabled)
Auto
Closed (24V)
Open (0V)
Auto
Rack On/O (ZONE) Activate/deactivate the zone digital output
(active only if manual mode is enabled)
Auto
Closed (24V)
Open (0V)
Auto
Path: Menu › Settings › Zones › Manual mode › Manual mode
Function Display Description Icon Status
Digital inputs ID6 RACKEN Display the status of the enable rack digital input
Enabled
ID7 FLUX Display the status of the ow switch digital input
Disabled
Minimum rack production calibration
This procedure is used to calibrate the minimum rack production for the current zone.
Minimum rack production calibration involves verifying that, at the minimum ow-rate, the operating pressure is higher than
the minimum threshold (20 bars). Otherwise, during the procedure the minimum production value needs to be increased until
it reaches the minimum pressure. Once calibration has been completed, the procedure can be disabled.
Notice: rack minimum production calibration is required with ow control for low outlet pressure with a low production
request.
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Path: Menu › Settings › Zones › Manual mode › Minimum rack calibration
Function Display Description Range Default
Start calibration Enable/disable the minimum rack production calibration procedure.
(active only if manual mode is enabled)
Minimum rack
production
Minimum production Set the minimum production for rack calibration.
(active only if manual mode is enabled)
0-100 % 100%
Current limit Display the value (in kg/h) corresponding to the minimum production set.
Pressure HP Display the outlet pressure reading.
Maximum production Manually set the minimum rack production. 0-100 % 100%
Reset the default mini-
mum production
Manually reset the minimum rack production to the default value. On/O O
Fig. 8.w
8.4.4 MB S
The zone BMS menu is used to congure the parameters relating to the monitoring service.
the zone supervisor channel on a Touch system can only be set from the zone panel display.Notice:
• Press Menu.
• Press Settings (see par. 8.1).
• Press Zones.
• Press BMS.
Paused by monitoring service
The paused by monitoring service function allows the devices congured for supervisor control to enable the unit (zone panel)
independently. The paused unit is not enabled to operate in the system.
Notice: if a zone panel is paused, production in that zone is temporarily stopped. However, any other zones in the system
can continue atomising.
If necessary, the paused by monitoring service can be bypassed in local mode: the operator can use the local controller to enable
production (despite the unit being paused by the monitoring service), by enabling the Paused unit bypass parameter.
To avoid forgetting that the pause bypass is active, a (settable) timer has been included so that the bypass is automatically re-
moved after a set period of time.
Path: Menu › Settings › Zones › BMS
Function Display Description Range Default
Monitoring service Unit pause status Display unit paused by monitoring service status On/O
Paused unit bypass Enable/disable the monitoring service pause bypass. On/O O
Unit pause bypass reset
delay
Set the delay for disabling the monitoring service pause bypass. 1-999
hours
120 hours
Fig. 8.x
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9.1.2 IP address and network conguration
The IP address is a numerical code that identies modems, computers, smartphones and all other devices connected to a net-
work so that these can communicate with each other. As a rule, the IP addresses of multiple devices connected to the same
network are identical to each other, except for the last few digits.
EXAMPLE:
• 192.168.1.1 device #1 connected to the network
• 192.168.1.2 device #2 connected to the same network
• 192.168.1.11 device #3 connected to the same network
The IP address of the humiFog Multizone Touch unit can be displayed:
• in the Quick INFO menu (see par. 4.5.1)
• (pumping station) Settings › BMS › Ports conguration
• (zone panel) E. Settings › f. BMS › Screen Ef06
Ethernet port conguration: DHCP and IP address.
Fig. 9.b
Notice: unless there are specic system connection requirements, it is recommended to use the default settings provided
for the individual units.
To access the webserver, open an internet browser and enter the IP address, followed by /commissioning/index.html (in this
case enter 10.10.10.157/commissioning/index.html).
IP addresses can be:
• dynamic (if the DHCP function is available; this automatically assigns an IP address when a device is connected)
• static (if DHCP is not available or cannot be used, the IP address is assigned manually by the user).
For dynamic IP addresses with DHCP enabled on the server, the IP assignment mode must be set to DHCP on the conguration
screen (on humiFog Multizone Touch for the pumping station or Ef06 on the zone panel). The IP address shown on the screen
will be assigned automatically by the DHCP server.
The advantage of this setting mode is that the server and humiFog Multizone communicate directly, and there is no need to
congure the network parameters (Subnet mask and Gateway).
The disadvantage is that when adding other devices to the same network with humiFog Multizone Touch switched o and not
connected, the IP address originally assigned to the unit may change, and therefore it will be necessary to access the congura-
tion screen (on humiFog Multizone Touch for the pumping station or Ef06 on the zone panel) to get the new address and copy
it into the browser’s address bar.
If needing to set a specic static IP address for the controller other than the default (with DHCP OFF as default), enter the net-
work parameters manually on the conguration screen (on humiFog Multizone Touch for the pumping station or Ef06 on the
zone panel), according to the instructions provided by the local network administrator. If needing to use a static IP and a subnet
other than the default values, both the controller (Fig. 9.b) and display (Fig. 9.c) settings need to be changed, ensuring these are
consistent.
Notice: Supervision and web server always refer to the controller, never to the display.
Fig. 9.c
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Usually, Subnet mask and Gateway have default values (which need to be known), while the IP address can be assigned sequen-
tially with reference to another device connected to the same network.
The default network congurations are:
PUMP UNIT
• unit’s IP address: 192.168.1.1
• subnet mask: 255.255.255.0
• gateway: 0.0.0.0
• DNS: 0.0.0.0
ZONE UNIT
• unit’s IP address: 192.168.1.X (where X = 9 + zone number set for that unit)
• subnet mask: 255.255.255.0
• gateway: 0.0.0.0
• DNS: 0.0.0.0
DISPLAY PGDX
• display’s IP address: : 192.168.1.2
• subnet mask: 255.255.255.0
• gateway: 0.0.0.0
• DNS: 0.0.0.0
9.1.3 Webserver features
Once having entered the webserver, to log in and access the various menu items, the credentials to be entered depend on the
type of user(vedi Tab. 9.a).
ID PW
Service 77
Maintenance 44
Tab. 9.a
Fig. 9.d
Web interface
Once logged in, the various webserver pages can be accessed:
Menu Description
System View the main information on the application, available memory, network and system settings.
pGD1 This page accesses the keypad display for advanced unit conguration.
Alarms Display the active alarms and alarm log.
Unit Display the status of the unit inputs and outputs.
Log This page is used to create graphs of the selected variables using the logged data, and export them in .csv format.
Variables Display all the variables logged by the unit.
The variables are available grouped into predened categories, all active by default.
some categories of variables may not be part of the specic system. It is recommended to deselect the Notice:
categories relating to any zones that are not present in the system.
Parameters Display all the parameters that can be set on the unit.
The parameters are available grouped into predened categories, all active by default.
some categories of parameters may not be part of the specic system. It is recommended to deselect the Notice:
categories relating to any zones that are not present in the system.
Upgrade Page for managing the remote software upgrade.
Clock View and set the unit clock
Tab. 9.b
Notice: to avoid incorrect settings, some of the main unit operating parameters can only be modied via the webserver
when the unit is o (o from keypad, also set from the webserver).
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9.2 upervisor ( M ) connectionS B S
The system or one of its units can be connected to external control systems by activating one or more supervisor channels. Each
supervisor channel needs to be congured by selecting the communication port and protocol and setting the various options.
The supervisor can manage the entire system by conguring one or more supervisor channels on the pumping station, or con-
trol a single zone unit.
To set up the supervisor channels correctly, the characteristics of the supervisor need to be known. It is therefore strongly recom-
mended to read the supervisor manual and/or contact the person responsible for installing the supervisor network.
9.2.1 upervisor connectionS
The connection to the supervisor network can be made in two ways:
• between the Ethernet port on the pumping station or any of the zone panels (if present) and the supervisor network (see par.
9.1.1).
• via RS485 serial link between the BMS2 port on the unit in question and the supervisor network.
Eth1
Eth2
J25 B MS2
J25 B MS2
J25 B MS2
J25 B MS2
J25 B MS2
Tx/Rx
Tx/Rx
Tx/Rx
Tx/Rx
Tx/Rx
GND
GND
GND
GND
GND
17
J25 BMS2
Tx/Rx GND
Fig. 9.e
9.2.2 ystem MS B S
The BMS functions can be accessed via the connection to the pumping station, which provides information on the entire system
(pumping station + zones).
There are two types of connection available:
• RS485 port (supported protocols: MODBUS, BACNET)
• Ethernet port (supported protocols: MODBUS, BACNET)
B SM channel types
For each single channel, independent of the selected port and protocol, there are two options: SUPERVISOR or SUPERVISOR +
REGULATOR. This dierentiation lets the software enable or disable certain screens, so as to help the user congure the channel.
• SUPERVISOR: read the status and set the unit conguration parameters, with the possibility of pausing production (this can be
bypassed locally). There is no remote production request modulation command.
• SUPERVISOR + REGULATOR: in addition to the SUPERVISOR options, a dedicated signal can be managed to enable production
(which cannot be bypassed) and/or assign a direct modulation command to the zone, if a compatible control type is set.
“Controller” mode veries unit-BMS communication and manages (optional) a dedicated oine alarm.
A maximum of three channels can be connected at the same time. This is reduced to two channels if the backup function is
activated.
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Channel conguration
For information on conguring the pumping station BMS channels, see par. .
The channel conguration submenu provides the following settings.
Parameter Description
Enable the channel Enable the use of the channel and make the subsequent settings available.
Channel type Supervisor/Supervisor + regulator
Protocol + port
combination
Selection of the protocol will depend on the congurations of the devices that are already enabled,
i.e. the same resource or protocol (single instance or for that specic port) cannot be selected multiple
times.
Example: if selecting the BACnet protocol via Ethernet for a specic channel, BACnet cannot be cong-
ured as the protocol for any other device associated with another supervisor channel.
With Channel type:
Supervisor + regulator
Zone regulation mode • On/O: the supervisor can send a signal to enable production for all control types set (even control
based on probe readings).
• control: the supervisor sends the production request and the control type needs to be set as “Con-
trol by supervisor”.
• On/O + control: to manage both the enabling signal and request from the supervisor.
Enable supervisor oine
alarm
Enable/disable the alarm that signals when the supervisor is oine
Oine alarm delay
communication timeout
When there is no communication between the supervisory system and the unit for the set timeout, the
oine supervisor alarm is activated
This alarm shuts down the unit and is automatically reset once communication is re-established.
Tab. 9.c
On/o by supervisor
This function is used to enable production regardless of the control type selected. This is managed in series with all the other
enabling signals needed to start production.
Production control by supervisor
In this mode, the zone panel determines the production request based on the value of a read/write variable (see par. 9.3 & 9.4)
sent by the supervisor + controller.
OFFLI E alarmN
This setting is only available when at least one of the functions is enabled, “ON/OFF by supervisor” and “Production control by
supervisor”.
By enabling this function and when there is no communication between the supervisor and the controller, the SUPERVISOR
OFFLINE ALARM is generated when the OFFLINE TIMEOUT parameter, set on this screen, elapses.
9.2.3 Zone B SM
The BMS supervisor for a specic zone can be connected to the corresponding zone panel in two modes:
• RS485 port (supported protocols: MODBUS, BACNET)
• Ethernet port (supported protocols: MODBUS, BACNET)
B SM channel types
For the communication channel, independent of the selected port and protocol, there are two options: SUPERVISOR or SUPER-
VISOR + REGULATOR. This dierentiation lets the software enable or disable certain screens, so as to help the user congure the
channel.
• SUPERVISOR: read the status and set the zone conguration parameters, with the possibility of pausing production (this can
be bypassed). There is no remote production request modulation command.
• SUPERVISOR + REGULATOR: in addition to the SUPERVISOR options, a dedicated signal can be managed to enable production
(which cannot be bypassed) and/or assign a direct modulation command to the zone, if a compatible control type is set.
“Controller” mode veries zone-BMS communication and manages (optional) a dedicated oine alarm.
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Channel conguration
For information on conguring the zone BMS channels, see par. 8.4.4.
The channel conguration submenu provides the following settings.
Parameter Description
Enable channel Enable the use of the channel and make the subsequent settings available.
Channel type Supervisor/Supervisor + regulator
Port + protocol
selection
Selection of the protocol will depend on the congurations of the devices that are already
enabled, i.e. the same resource or protocol (single instance or for that specic port) cannot be
selected multiple times.
Example: if selecting the BACnet protocol via Ethernet for a specic channel, BACnet cannot be
congured as the protocol for any other device associated with another supervisor channel.
With Channel type:
Supervisor + regulator
Zone regulation mode • On/O: the supervisor can send a signal to enable production for all control types set (even
control based on probe readings).
• control: the supervisor sends the production request and the control type needs to be set as
“Control by supervisor”.
Enable supervisor oine
alarm
Enable/disable the alarm that signals when the supervisor is oine
Oine alarm delay com-
munication timeout
When there is no communication between the supervisory system and the unit for the set
timeout, the oine supervisor alarm is activated
This alarm shuts down the zone and is automatically reset once communication is re-estab-
lished.
Tab. 9.d
On/o by supervisor
This function is used to enable production regardless of the control type selected. This is managed in series with all the other
enabling signals needed to start production.
Production control by supervisor
In this mode, the zone panel determines the production request based on the value of a read/write variable sent by the super-
visor + controller.
OFFLI E alarmN
This setting is only available when at least one of the functions is enabled, “ON/OFF by supervisor” and “Production control by
supervisor”.
By enabling this function, the SUPERVISOR OFFLINE ALARM is generated when the OFFLINE TIMEOUT parameter, set on this
screen, elapses.
9.3 ModBus parameter list
The variables shown in the list are a set of all the internal variables on the humidier.
CAUTION
Do not congure any variables that are not shown in the tables, otherwise system operation may be aected.
Notice: all system zones can be supervised only by connecting to the pumping station.
In the following tables relating to the pumping station supervisor variables, only the zone variables relating to system zone 1
are shown.
The codes of the variables relating to the other zones can be determined as follows:
• The zone 1 variables have addresses up to 300. For the following zones, add 200 to the zone 1 address (example zone 5 = zone
(1 + 4) - zone 5 address: 300 + (200 x 4) = 1100).
• Zone variables are typically associated with the ZonesData_C[ ] structure, where is the zone index. X X
(example for zone 5: ZonesData_C[5].Z_FctsCfg.RackTempMng.EnRackTMng).
•
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In the supervisor tables for the specic zones, on the other hand, the variable addresses always start from 300, as when connect-
ing to the zone controllers, only the parameters relating to that specic zone can be supervised.
Reference zone Address Variable name
Zone 1 300 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng1
304 ZonesData_C[ ].Z_FctsCfg.RackEnLogic1
Zone 2 500 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng2
504 ZonesData_C[ ].Z_FctsCfg.RackEnLogic2
Zone 3 700 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng3
704 ZonesData_C[ ].Z_FctsCfg.RackEnLogic3
Zone 4 900 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng4
904 ZonesData_C[ ].Z_FctsCfg.RackEnLogic4
Zone 5 1100 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng5
1104 ZonesData_C[ ].Z_FctsCfg.RackEnLogic5
Zone 6 1300 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng6
1304 ZonesData_C[ ].Z_FctsCfg.RackEnLogic6
Zone 7 1500 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng7
1504 ZonesData_C[ ].Z_FctsCfg.RackEnLogic7
Zone 8 1700 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng8
1704 ZonesData_C[ ].Z_FctsCfg.RackEnLogic8
Zone 9 1900 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng9
1904 ZonesData_C[ ].Z_FctsCfg.RackEnLogic9
Zone 10 2100 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng10
2104 ZonesData_C[ ].Z_FctsCfg.RackEnLogic10
Zone 11 2300 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng11
2304 ZonesData_C[ ].Z_FctsCfg.RackEnLogic11
Zone 12 2500 ZonesData_C[ ].Z_FctsCfg.RackTempMng.EnRackTMng12
2504 ZonesData_C[ ].Z_FctsCfg.RackEnLogic12
Tab. 9.e
9.3.1 Pumping station ModBus variable table - oil variablesC
RO= Read Only RW= ReadWrite
Add. Occ. Variable name Description Data type Def. Min Max UoM Access
100 1 ResetPmpHrs Partially reset pump operating hours Bool 0 1 0 RW
101 1 EnFill Enable ll function (0 = disabled, 1 = enabled) Bool 1 0 1 0 RW
102 1 FillOnlyReqZones Function to ll zones only with production request, if lling
zone by zone (0 = disabled, 1 = enabled)
Bool 1 0 1 0 RW
103 1 ZonesData_C[1].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 1 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
104 1 ZonesData_C[2].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 2 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
105 1 ZonesData_C[3].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 3 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
106 1 ZonesData_C[4].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 4 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
107 1 ZonesData_C[5].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 5 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
108 1 ZonesData_C[6].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 6 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
109 1 ZonesData_C[7].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 7 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
110 1 ZonesData_C[8].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 8 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
111 1 ZonesData_C[9].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 9 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
112 1 ZonesData_C[10].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 10 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
113 1 ZonesData_C[11].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 11 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
65
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humiFog +0300116EN rel. 1.0 - 07.09.2022
Add. Occ. Variable name Description Data type Def. Min Max UoM Access
114 1 ZonesData_C[12].Z_FctsCfg.
EnRackFullStandby
Enable full standby function for zone 12 (0 = the zone will
always remain in full standby at the end of production, 1 =
the zone, once the full standby time has elapsed, will go to
empty standby)
Bool 0 1 0 RW
115 1 ZoneData_S.Z_FctsCfg.Relay-
LogicNO7
Digital output logic for PUMP "programmable relay NO7” (0 =
NC, 1 = NO)
Bool 0 0 1 0 RW
116 1 EnHiConductAlrm Enable pumping station high inlet water conductivity alarm Bool 1 0 1 0 RW
118 1 UnitPause Unit setting paused (0=not paused; 1=paused) Bool 0 0 1 0 RW
119 1 EnMstFullStandbyMaxT Enable emptying of pump-zone line in standby Bool 1 0 1 RW
300 1 ZonesData_C[1].Z_FctsCfg.
RackTempMng.EnRackTMng
Enable production modulation function from rack tempera-
ture probe reading (0 = disabled, 1 = enabled)
Bool 0 0 1 0 RW
301 1 ZonesData_C[1].Z_FctsCfg.
RackTempMng.EnRack-
TReducedProd
Enable production reduction based on rack temperature Bool 0 0 1 0 RW
302 1 ZonesData_C[1].Z_FctsCfg.
RackTempMng.EnRackTWarn
Select type of signal for low rack temperature (0 = notication,
1 = warning)
Bool 0 0 1 0 RW
303 1 ZonesData_C[1].Z_FctsCfg.
EnDlydHumPrbAlrmCtrl
Enable humidity probe control delay for alarm activation Bool 0 0 1 0 RW
304 1 ZonesData_C[1].Z_FctsCfg.
RackEnLogic
Enable zone production digital input (RACKEN) status (0 =
contact closed, 1 = contact open)
Bool 0 0 1 0 RW
305 1 ZonesData_C[1].Z_FctsCfg.
AirFlowSwitchLogic
Flow switch digital input (FLUX) status (0 = contact closed, 1
= contact open)
Bool 0 0 1 0 RW
306 1 ZonesData_C[1].Z_FctsCfg.
ZoneStatusDout_Logic
"Zone status" ZONE digital output logic (0 = NC, 1 = NO) Bool 0 0 1 0 RW
307 1 ZonesData_C[1].Z_FctsCfg.
AlrmDOutLogic
"Alarm status" AL digital output logic (0 = NC, 1 = NO) Bool 0 0 1 0 RW
308 1 ZonesData_C[1].Z_FctsCfg.
RelayLogicNO7
"Programmable relay NO7" digital output logic (0 = NC, 1 =
NO)
Bool 0 0 1 0 RW
309 1 ZonesData_C[1].Z_FctsCfg.
ZoneManModeEnFill
Enable lling function for zone manual mode (0 = disabled, 1
= enabled)
Bool 1 0 1 0 RW
310 1 ZonesData_C[1].Z_WorkPar.
UnitPause
Unit setting paused (0=not paused; 1=paused) Bool 0 0 1 0 RW
311 1 ZonesData_C[1].Z_WorkPar.
SVEnReg
Enable zone control from supervisor Bool 0 0 1 0 RW
312 1 ZonesData_C[1].Z_WorkPar.
SVEnOnO
Enable zone 1 on/o from supervisor Bool 0 0 1 0 RW
313 1 ZonesData_C[1].Z_WorkPar.
SVOnO
Zone 1 on/o from supervisor Bool 0 1 0 RW
9.3.2 Pumping station ModBus variable table - Discrete Input variables
RO= Read Only RW= ReadWrite
Add. Occ. Variable name Description Data type Def. Min Max UoM Access
100 1 CurrAlrmStatus.isPresent At least 1 alarm active Bool 0 1 0 RO
102 1 HP_SwitchStatus_NoLogic High pressure switch digital input (HP) status (0 = contact
closed, 1 = contact open)
Bool 0 1 0 RO
103 1 HT_ThermostatStatus_NoLogic High temperature thermostat digital input (HT) status (0 =
contact closed, 1 = contact open)
Bool 0 1 0 RO
104 1 PumpEnDinStatus_NoLogic Enable pumping station digital input (PEN) status (0 = contact
closed, 1 = contact open)
Bool 0 1 0 RO
105 1 RevOsmStatus_NoLogic Reverse osmosis alarm status digital input (ROAL) status (0 =
contact closed, 1 = contact open)
Bool 0 1 0 RO
106 1 WaterLeakStatus_NoLogic Flood sensor digital input (WL) status (0 = contact closed, 1 =
contact open)
Bool 0 1 0 RO
107 1 Cabinet_UI.SupplyW Water ll solenoid valve and pump cooling fan digital input
(FV) status (0 = output not energised, 1 = output energised)
Bool 0 1 0 RO
108 1 Cabinet_UI.Drain Pumping station water drain digital input (DVB) status (0 =
output not energised, 1 = output energised)
Bool 0 1 0 RO
109 1 ZoneData_S.Z_RackSteps.
LineDrain
Line drain solenoid valve digital input (NOL) status (0 = output
not energised, 1 = output energised)
Bool 0 1 0 RO
110 1 ZoneData_S.Z_DigIO.NO7_
PrgDout
Programmable relay NO7 digital input (PUMP) status (0 =
output not energised, 1 = output energised)
Bool 0 1 0 RO
111 1 ZoneData_S.Z_DigIO.Alrm_Dout Alarm status digital input (AL) status (0 = output not ener-
gised, 1 = output energised)
Bool 0 1 0 RO
112 1 LowInletFlow Low inlet water pressure (0 = not present, 1 = low pressure
present)
Bool 0 1 0 RO
113 1 Alrm_Retain.Active ALG01 - Alarm: error in number of retain memory writes Bool 0 1 0 RO
114 1 Alrm_Err_retain_write.Active ALG02 - Alarm: too many retain memory writes Bool 0 1 0 RO
115 1 Warn_LowPressLP.Active WRP01 - Warning: low inlet pressure (LP) during production Bool 0 1 0 RO
116 1 Warn_RetMem.Active WRG03 - Warning: too many retain memory writes Bool 0 1 0 RO
117 1 Alrm_Inv_Overvoltage.Active ABV01 - Inverter alarm: overvoltage Bool 0 1 0 RO
118 1 Alrm_NoModel.Active ABC01 - Alarm: no model congured Bool 0 1 0 RO
119 1 Warn_Cu_Maint.Active WRM01 - Maintenance warning: visual water circuit check
required
Bool 0 1 0 RO
120 1 Alrm_HighTemp.Active ABP02 - Alarm: high water temperature Bool 0 1 0 RO
121 1 Alrm_Inv_General.Active ABV02 - Inverter alarm: general alarm Bool 0 1 0 RO
122 1 Alrm_InvOFF_STATUSline.Active ABV03 - Inverter alarm: inverter oine Bool 0 1 0 RO
123 1 Alrm_LowTemp.Active ABP03 - Alarm: low water temperature Bool 0 1 0 RO
124 1 Alrm_Inv_Overtorque.Active ABV04 - Inverter alarm: overtorque Bool 0 1 0 RO
125 1 Alrm_Inv_HeatsinkOverH.Active ABV05 - Inverter alarm: overheating Bool 0 1 0 RO
126 1 Warn_HighTemp.Active WRP04 - Warning: high water temperature Bool 0 1 0 RO
127 1 Warn_HighPressHP.Active WRP05 - Warning: high outlet pressure (HP) Bool 0 1 0 RO
128 1 Alrm_Inv_Overcurrent.Active ABV06 - Inverter alarm: overcurrent Bool 0 1 0 RO
129 1 Alrm_Inv_MotorOverload.Active ABV07 - Inverter alarm: motor overload Bool 0 1 0 RO
130 1 Alrm_LowPressHP.Active ABP06 - Alarm: low outlet pressure (HP) Bool 0 1 0 RO
131 1 Alrm_Inv_DriveOverload.Active ABV08 - Inverter alarm: drive overload Bool 0 1 0 RO
132 1 Warn_WMiss.Active WRP07 - Warning: no inlet water Bool 0 1 0 RO
133 1 Alrm_LowPressLP.Active ABP08 - Alarm: low inlet pressure (LP) during production Bool 0 1 0 RO
66
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Add. Occ. Variable name Description Data type Def. Min Max UoM Access
134 1 Alrm_HighPressHP.Active ABP09 - Alarm: high outlet pressure (HP) Bool 0 1 0 RO
135 1 Alrm_HighPressLP.Active ABP10 - Alarm: high inlet pressure (LP) Bool 0 1 0 RO
136 1 Alrm_Slave1.Active ALZ01 - Alarm: zone 1 panel alarm Bool 0 1 0 RO
137 1 Alrm_Slave2.Active ALZ02 - Alarm: zone 2 panel alarm Bool 0 1 0 RO
138 1 Alrm_Slave3.Active ALZ03 - Alarm: zone 3 panel alarm Bool 0 1 0 RO
139 1 Alrm_Slave4.Active ALZ04 - Alarm: zone 4 panel alarm Bool 0 1 0 RO
140 1 Alrm_Slave5.Active ALZ05 - Alarm: zone 5 panel alarm Bool 0 1 0 RO
141 1 Alrm_Slave6.Active ALZ06 - Alarm: zone 6 panel alarm Bool 0 1 0 RO
142 1 Alrm_Slave7.Active ALZ07 - Alarm: zone 7 panel alarm Bool 0 1 0 RO
143 1 Alrm_Slave8.Active ALZ08 - Alarm: zone 8 panel alarm Bool 0 1 0 RO
144 1 Alrm_Slave9.Active ALZ09 - Alarm: zone 9 panel alarm Bool 0 1 0 RO
145 1 Alrm_Slave10.Active ALZ10 - Alarm: zone 10 panel alarm Bool 0 1 0 RO
146 1 Alrm_Slave11.Active ALZ11 - Alarm: zone 11 panel alarm Bool 0 1 0 RO
147 1 Alrm_Slave12.Active ALZ12 - Alarm: zone 12 panel alarm Bool 0 1 0 RO
148 1 Alrm_Water_Leakage.Active ABR01 - Alarm: water ooding detected (WL) Bool 0 1 0 RO
149 1 Alrm_RevOsmNotReady.Active ABR02 - Alarm: reverse osmosis system not ready (ROAL) Bool 0 1 0 RO
150 1 Alrm_BypassTPrb.Active ABA03 - Alarm: bypass temperature probe broken or discon-
nected
Bool 0 1 0 RO
151 1 Alrm_InletPressPrb.Active ABA04 - Alarm: water inlet pressure probe (LP) broken or
disconnected
Bool 0 1 0 RO
152 1 Alrm_OutletPressPrb.Active ABA05 - Alarm: water outlet pressure probe (HP) broken or
disconnected
Bool 0 1 0 RO
153 1 Warn_HighConduct.Active WRA07 - Warning: high water conductivity measured Bool 0 1 0 RO
154 1 Alrm_ConductPrb.Active ABA08 - Alarm: conductivity probe broken or disconnected Bool 0 1 0 RO
155 1 Alrm_HighConduct.Active ABA09 - Alarm: high water conductivity measured Bool 0 1 0 RO
156 1 Warn_ReqTooHigh.Active WRC03 - Warning: production request is too high for pump
nominal ow rate
Bool 0 1 0 RO
157 1 Alrm_HighPressHPWashFill.
Active
ABP11 - Alarm: high water outlet pressure (HP) during wash
or ll
Bool 0 1 0 RO
158 1 Warn_Maint_Bi.Active WRM02 - Maintenance warning: oil change required Bool 0 1 0 RO
159 1 Warn_Maint_ResMan.Active WRM03 - Maintenance warning: oil change and parts replace-
ment required
Bool 0 1 0 RO
160 1 Warn_LowPressHP.Active WRP11 - Warning: low outlet pressure (HP) Bool 0 1 0 RO
161 1 Warn_SVOine_Channel1.Active WRO02 - Warning: supervisor channel 1 oine Bool 0 1 0 RO
162 1 Warn_SVOine_Channel2.Active WRO03 - Warning: supervisor channel 2 oine Bool 0 1 0 RO
163 1 Warn_SVOine_Channel3.Active WRO04 - Warning: supervisor channel 3 oine Bool 0 1 0 RO
164 1 Alrm_SVOine_Channel1.Active ALO06 - Alarm: supervisor channel 1 oine Bool 0 1 0 RO
165 1 Alrm_SVOine_Channel2.Active ALO07 - Alarm: supervisor channel 2 oine Bool 0 1 0 RO
166 1 Alrm_SVOine_Channel3.Active ALO08 - Alarm: supervisor channel 3 oine Bool 0 1 0 RO
167 1 Warn_BackupFail.Active WRB01 - Warning: backup pump activation failed Bool 0 1 0 RO
168 1 Warn_BackupOine.Active WRB02 - Warning: backup pump oine Bool 0 1 0 RO
169 1 Alrm_BackupOine.Active WRB03 - Warning: backup pump oine Bool 0 1 0 RO
170 1 DisableVarUnitPause Disable pause from monitoring service (0: pause not disabled,
1: pause disabled)
Bool 0 0 1 0 RO
171 1 CurrAlrmStatus.Warning At least 1 warning active Bool 0 1 0 RO
172 1 UnitCfg.isMasterSec Pumping unit type set to secondary (only with backup
function enabled)
Bool 0 0 1 0 RO
173 1 UnitCfg_UI.PressWaterMode Pressurised water mode selected Bool 0 1 0 RO
174 1 Slave_1_ComStatus.isOnline Zone 1 online status Bool 0 1 0 RO
175 1 Slave_2_ComStatus.isOnline Zone 2 online status Bool 0 1 0 RO
176 1 Slave_3_ComStatus.isOnline Zone 3 online status Bool 0 1 0 RO
177 1 Slave_4_ComStatus.isOnline Zone 4 online status Bool 0 1 0 RO
178 1 Slave_5_ComStatus.isOnline Zone 5 online status Bool 0 1 0 RO
179 1 Slave_6_ComStatus.isOnline Zone 6 online status Bool 0 1 0 RO
180 1 Slave_7_ComStatus.isOnline Zone 7 online status Bool 0 1 0 RO
181 1 Slave_8_ComStatus.isOnline Zone 8 online status Bool 0 1 0 RO
182 1 Slave_9_ComStatus.isOnline Zone 9 online status Bool 0 1 0 RO
183 1 Slave_10_ComStatus.isOnline Zone 10 online status Bool 0 1 0 RO
184 1 Slave_11_ComStatus.isOnline Zone 11 online status Bool 0 1 0 RO
185 1 Slave_12_ComStatus.isOnline Zone 12 online status Bool 0 1 0 RO
186 1 UnitCfg.isZone1Remoted Zone 1 remote Bool 0 1 0 RO
301 1 ZonesData_C[1].Z_DigIO.Rack-
EnStatus_NoLogic
Enable zone production digital input (RACKEN) status (0 =
contact closed, 1 = contact open)
Bool 0 1 0 RO
302 1 ZonesData_C[1].Z_DigIO.Air-
FlowSwitchStatus_NoLogic
Flow switch digital input (FLUX) status (0 = contact closed, 1
= contact open)
Bool 0 1 0 RO
303 1 ZonesData_C[1].Z_RackSteps.
LineDrain
Line drain digital output (NOL) status (0 = output not ener-
gised, 1 = output energised)
Bool 0 1 0 RO
304 1 ZonesData_C[1].Z_DigIO.
NO7_PrgDout
Programmable relay NO7 digital output status (0 = output not
energised, 1 = output energised)
Bool 0 1 0 RO
305 1 ZonesData_C[1].Z_DigIO.
Alrm_Dout
Alarm status digital input (AL) status (0 = output not ener-
gised, 1 = output energised)
Bool 0 1 0 RO
306 1 ZonesData_C[1].Z_RackSteps.
Ventilation
Rack ventilation solenoid valve digital output (NOV) status (0
= output energised, 1 = output not energised)
Bool 0 1 0 RO
313 1 ZonesData_C[1].Z_RackSteps.
Step[1].Fill
Rack ll solenoid valve status - step 1
(0 = closed, 1 = open)
Bool 0 1 0 RO
314 1 ZonesData_C[1].Z_RackSteps.
Step[2].Fill
Rack ll solenoid valve status - step 2
(0 = closed, 1 = open)
Bool 0 1 0 RO
315 1 ZonesData_C[1].Z_RackSteps.
Step[3].Fill
Rack ll solenoid valve status - step 3
(0 = closed, 1 = open)
Bool 0 1 0 RO
316 1 ZonesData_C[1].Z_RackSteps.
Step[4].Fill
Rack ll solenoid valve status - step 4
(0 = closed, 1 = open)
Bool 0 1 0 RO
317 1 ZonesData_C[1].Z_RackSteps.
Step[5].Fill
Rack ll solenoid valve status - step 5
(0 = closed, 1 = open)
Bool 0 1 0 RO
318 1 ZonesData_C[1].Z_RackSteps.
Step[6].Fill
Rack ll solenoid valve status - step 6
(0 = closed, 1 = open)
Bool 0 1 0 RO
319 1 ZonesData_C[1].Z_RackSteps.
Step[1].Drain
Rack drain solenoid valve status - step 1
(0 = closed, 1 = open)
Bool 0 1 0 RO
320 1 ZonesData_C[1].Z_RackSteps.
Step[2].Drain
Rack drain solenoid valve status - step 2
(0 = closed, 1 = open)
Bool 0 1 0 RO
67
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Add. Occ. Variable name Description Data type Def. Min Max UoM Access
321 1 ZonesData_C[1].Z_RackSteps.
Step[3].Drain
Rack drain solenoid valve status - step 3
(0 = closed, 1 = open)
Bool 0 1 0 RO
322 1 ZonesData_C[1].Z_RackSteps.
Step[4].Drain
Rack drain solenoid valve status - step 4
(0 = closed, 1 = open)
Bool 0 1 0 RO
323 1 ZonesData_C[1].Z_RackSteps.
Step[5].Drain
Rack drain solenoid valve status - step 5
(0 = closed, 1 = open)
Bool 0 1 0 RO
324 1 ZonesData_C[1].Z_RackSteps.
Step[6].Drain
Rack drain solenoid valve status - step 6
(0 = closed, 1 = open)
Bool 0 1 0 RO
331 1 ZonesData_C[1].Z_Alrms.
Alrm_MainPrb
ALA01 - Zone 1 alarm: main probe broken or disconnected Bool 0 1 0 RO
332 1 ZonesData_C[1].Z_RackSteps.
Ventilation
ALA02 - Zone 1 alarm: limit probe broken or disconnected Bool 0 1 0 RO
333 1 ZonesData_C[1].Z_Alrms.
Alrm_NoRack
ABC02 - Zone 1 alarm: distribution system not congured Bool 0 1 0 RO
334 1 ZonesData_C[1].Z_Alrms.
Alrm_MasterOine
ABO01 - Zone 1 alarm: pumping station oine Bool 0 1 0 RO
335 1 ZonesData_C[1].Z_Alrms.
Alrm_RackTPrb
ABA06 - Zone 1 alarm: rack temperature probe broken or
disconnected
Bool 0 1 0 RO
336 1 ZonesData_C[1].Z_Alrms.Warn_
LowRackTemp
WRA10 - Zone 1 warning: low rack temperature Bool 0 1 0 RO
337 1 ZonesData_C[1].Z_Alrms.Warn_
HighHumMainPrb
WRA11 - Zone 1 warning: high humidity measured by main
probe
Bool 0 1 0 RO
338 1 ZonesData_C[1].Z_Alrms.Warn_
LowHumMainPrb
WRA12 - Zone 1 warning: low humidity measured by main
probe
Bool 0 1 0 RO
339 1 ZonesData_C[1].Z_Alrms.Warn_
HighTempMainPrb
WRA13 - Zone 1 warning: high temperature measured by
main probe
Bool 0 1 0 RO
340 1 ZonesData_C[1].Z_Alrms.Warn_
LowTempMainPrb
WRA14 - Zone 1 warning: low temperature measured by main
probe
Bool 0 1 0 RO
341 1 ZonesData_C[1].Z_Alrms.Warn_
HighHumLimPrb
WRA15 - Zone 1 warning: high humidity measured by limit
probe
Bool 0 1 0 RO
342 1 ZonesData_C[1].Z_Alrms.Warn_
LowTempLimPrb
WRA16 - Zone 1 warning: low humidity measured by limit
probe
Bool 0 1 0 RO
343 1 ZonesData_C[1].Z_Alrms.Warn_
HighHumTwoPrbsAvg
WRA17 - Zone 1 warning: high humidity measured by average
of 2 probes
Bool 0 1 0 RO
344 1 ZonesData_C[1].Z_Alrms.Warn_
LowHumTwoPrbsAvg
WRA18 - Zone 1 warning: low humidity measured by average
of 2 probes
Bool 0 1 0 RO
345 1 ZonesData_C[1].Z_Alrms.Warn_
HighTempTwoPrbsAvg
WRA19 - Zone 1 warning: high temperature measured by
average of 2 probes
Bool 0 1 0 RO
346 1 ZonesData_C[1].Z_Alrms.Warn_
LowTempTwoPrbsAvg
WRA20 - Zone 1 warning: low temperature measured by
average of 2 probes
Bool 0 1 0 RO
347 1 ZonesData_C[1].Z_Alrms.Warn_
HighHumThreePrbsAvg
WRA21 - Zone 1 warning: high humidity measured by average
of 3 probes
Bool 0 1 0 RO
348 1 ZonesData_C[1].Z_Alrms.Warn_
LowHumThreePrbsAvg
WRA22 - Zone 1 warning: low humidity measured by average
of 3 probes
Bool 0 1 0 RO
349 1 ZonesData_C[1].Z_Alrms.Warn_
HighTempThreePrbsAvg
WRA23 - Zone 1 warning: high temperature measured by
average of 3 probes
Bool 0 1 0 RO
350 1 ZonesData_C[1].Z_Alrms.Warn_
LowTempThreePrbsAvg
WRA24 - Zone 1 warning: low temperature measured by
average of 3 probes
Bool 0 1 0 RO
351 1 ZonesData_C[1].Z_Alrms.
Warn_SVOine
WRO05 - Zone 1 warning: supervisor oine Bool 0 1 0 RO
352 1 ZonesData_C[1].Z_Alrms.
Alrm_SVOine
WRO09 - Zone 1 alarm: supervisor oine Bool 0 1 0 RO
353 1 ZonesData_C[1].Z_Alrms.
Alrm_Retain
ALG01 - Zone 1 alarm: error in number of retain memory
writes
Bool 0 1 0 RO
354 1 ZonesData_C[1].Z_Alrms.
Alrm_Err_retain_write
ALG02 - Zone 1 alarm: too many retain memory writes Bool 0 1 0 RO
355 1 ZonesData_C[1].Z_Alrms.
Warn_RetMem
WRG03 - Zone 1 warning: too many retain memory writes Bool 0 1 0 RO
356 1 ZonesData_C[1].Z_Alrms.
Alrm_NoModel
ABC01 - Zone 1 alarm: no model congured Bool 0 1 0 RO
357 1 ZonesData_C[1].Z_WorkPar.
DisableVarUnitPause
Disable pause from monitoring service (0: pause not disabled,
1: pause disabled)
Bool 0 1 0 RO
358 1 ZonesData_C[1].Z_Info.ZoneAl-
rmPresent
At least 1 alarm active in zone Bool 0 1 0 RO
359 1 ZonesData_C[1].Z_Info.Zone-
Warning
At least 1 warning active in zone Bool 0 1 0 RO
9.3.3 Pumping station ModBus variable table - HoldingRegister variables
RO= Read Only RW= ReadWrite
Add. Occ. Variable name Description Data type Def. Min Max UoM Access
100 1 ZoneData_S.Z_FctsCfg.FillT Fill duration if “all zones together” option selected UInt 2 1 60 [min] RW
101 1 FillMultiType Type of lling for multi-zone system (0 = all zones
together, 1 = one zone at a time)
UInt 0 0 1 0 RW
102 1 ZonesData_C[1].Z_FctsCfg.FillT Fill duration zone 1 UInt 2 1 60 [min] RW
103 1 ZonesData_C[2].Z_FctsCfg.FillT Fill duration zone 2 UInt 2 1 60 [min] RW
104 1 ZonesData_C[3].Z_FctsCfg.FillT Fill duration zone 3 UInt 2 1 60 [min] RW
105 1 ZonesData_C[4].Z_FctsCfg.FillT Fill duration zone 4 UInt 2 1 60 [min] RW
106 1 ZonesData_C[5].Z_FctsCfg.FillT Fill duration zone 5 UInt 2 1 60 [min] RW
107 1 ZonesData_C[6].Z_FctsCfg.FillT Fill duration zone 6 UInt 2 1 60 [min] RW
108 1 ZonesData_C[7].Z_FctsCfg.FillT Fill duration zone 7 UInt 2 1 60 [min] RW
109 1 ZonesData_C[8].Z_FctsCfg.FillT Fill duration zone 8 UInt 2 1 60 [min] RW
110 1 ZonesData_C[9].Z_FctsCfg.FillT Fill duration zone 9 UInt 2 1 60 [min] RW
111 1 ZonesData_C[10].Z_FctsCfg.FillT Fill duration zone 10 UInt 2 1 60 [min] RW
112 1 ZonesData_C[11].Z_FctsCfg.FillT Fill duration zone 11 UInt 2 1 60 [min] RW
113 1 ZonesData_C[12].Z_FctsCfg.FillT Fill duration zone 12 UInt 2 1 60 [min] RW
114 1 WashMode Wash mode (0 = wash disabled, 1 = wash due to
inactivity, 2 = daily wash)
USInt 2 0 2 0 RW
115 1 WashMultiType Wash type for multi-zone system (0 = all zones
together, 1 = one zone at a time)
UInt 0 1 0 RW
68
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Add. Occ. Variable name Description Data type Def. Min Max UoM Access
116 1 ZoneData_S.Z_FctsCfg.WashT Wash time, if “wash all zones together” enabled UInt 2 1 10 [min] RW
117 1 PerWashHrThr Inactivity time to activate the wash due to inactivity UInt 24 1 99 0 RW
118 1 DailyWashHr Select hours for daily wash UInt 0 0 23 0 RW
119 1 DailyWashMin Select minutes for daily wash UInt 0 0 59 0 RW
120 1 ZonesData_C[1].Z_FctsCfg.WashT Wash duration zone 1 UInt 2 1 10 [min] RW
121 1 ZonesData_C[2].Z_FctsCfg.WashT Wash duration zone 2 UInt 2 1 10 [min] RW
122 1 ZonesData_C[3].Z_FctsCfg.WashT Wash duration zone 3 UInt 2 1 10 [min] RW
123 1 ZonesData_C[4].Z_FctsCfg.WashT Wash duration zone 4 UInt 2 1 10 [min] RW
124 1 ZonesData_C[5].Z_FctsCfg.WashT Wash duration zone 5 UInt 2 1 10 [min] RW
125 1 ZonesData_C[6].Z_FctsCfg.WashT Wash duration zone 6 UInt 2 1 10 [min] RW
126 1 ZonesData_C[7].Z_FctsCfg.WashT Wash duration zone 7 UInt 2 1 10 [min] RW
127 1 ZonesData_C[8].Z_FctsCfg.WashT Wash duration zone 8 UInt 2 1 10 [min] RW
128 1 ZonesData_C[9].Z_FctsCfg.WashT Wash duration zone 9 UInt 2 1 10 [min] RW
129 1 ZonesData_C[10].Z_FctsCfg.
WashT
Wash duration zone 10 UInt 2 1 10 [min] RW
130 1 ZonesData_C[11].Z_FctsCfg.
WashT
Wash duration zone 11 UInt 2 1 10 [min] RW
131 1 ZonesData_C[12].Z_FctsCfg.
WashT
Wash duration zone 12 UInt 2 1 10 [min] RW
132 1 ZonesData_C[1].Z_FctsCfg.
FullStandbyMaxT
Zone 1 full standby duration UInt 24 0 48 [h] RW
133 1 ZonesData_C[2].Z_FctsCfg.
FullStandbyMaxT
Zone 2 full standby duration UInt 24 0 48 [h] RW
134 1 ZonesData_C[3].Z_FctsCfg.
FullStandbyMaxT
Zone 3 full standby duration UInt 24 0 48 [h] RW
135 1 ZonesData_C[4].Z_FctsCfg.
FullStandbyMaxT
Zone 4 full standby duration UInt 24 0 48 [h] RW
136 1 ZonesData_C[5].Z_FctsCfg.
FullStandbyMaxT
Zone 5 full standby duration UInt 24 0 48 [h] RW
137 1 ZonesData_C[6].Z_FctsCfg.
FullStandbyMaxT
Zone 6 full standby duration UInt 24 0 48 [h] RW
138 1 ZonesData_C[7].Z_FctsCfg.
FullStandbyMaxT
Zone 7 full standby duration UInt 24 0 48 [h] RW
139 1 ZonesData_C[8].Z_FctsCfg.
FullStandbyMaxT
Zone 8 full standby duration UInt 24 0 48 [h] RW
140 1 ZonesData_C[9].Z_FctsCfg.
FullStandbyMaxT
Zone 9 full standby duration UInt 24 0 48 [h] RW
141 1 ZonesData_C[10].Z_FctsCfg.
FullStandbyMaxT
Zone 10 full standby duration UInt 24 0 48 [h] RW
142 1 ZonesData_C[11].Z_FctsCfg.
FullStandbyMaxT
Zone 11 full standby duration UInt 24 0 48 [h] RW
143 1 ZonesData_C[12].Z_FctsCfg.
FullStandbyMaxT
Zone 12 full standby duration UInt 24 0 48 [h] RW
144 1 FunctSelNO7_Mst Select function for PUMP programmable relay
NO7 *
USInt 0 0 7 0 RW
145 1 P_SetP.LowPAlrmDly Pumping station low outlet pressure alarm delay UInt 90 20 120 [s] RW
146 1 HiConductAlrmThrsh High water conductivity alarm threshold UInt 200 HiCon-
ductWarn-
Thrsh
2500 [uS/cm] RW
147 1 HiConductWarnThrsh High water conductivity warning threshold UInt 100 20 2500 [uS/cm] RW
148 1 HiConductWarnHyst High water conductivity warning deactivation
hysteresis
UInt 10 1 2500 [uS/cm] RW
149 1 HiConductAlrmDlyT High water conductivity alarm delay UInt 10 0 99 [min] RW
150 1 T_SetP.AFreezeSetP Low water temperature alarm threshold Real 5.0 3.0 10.0 0.1
[°C - °F]
RW
151 1 T_SetP.AFreezeHyst Low water temperature alarm deactivation
hysteresis
Real 1.0 0.5 6.0 0.1
[°C - °F]
RW
152 1 T_SetP.AFreezeAlrmDly Low water temperature alarm delay UInt 15 1 30 [s] RW
153 1 T_SetP.ByPassTDrainOpen Drain solenoid valve DVB opening threshold for
high water temperature bypass
Real 45.0 35.0 60.0 0.1
[°C - °F]
RW
154 1 T_SetP.ByPassTWarnResetHyst High water temperature warning deactivation
hysteresis
Real 5.0 1.0 10.0 0.1
[°C - °F]
RW
155 1 T_SetP.ByPassTWarnSet High water temperature warning threshold Real 52.0 45.0 65.0 0.1 % RW
164 1 UoM_SV Unit of measure (2: Imperial system, 6: International
system)
USInt 6 1 7 0 RW
165 1 MstFullStandbyMaxT Pump-zone line emptying delay in standby UInt 60 0 120 RW
166 1 MstEmptyStandbyMaxTFill Pump-zone line emptying duration in standby UInt 5 1 120 RW
300 1 ZonesData_C[1].Z_WorkPar.
GlbSetP_Hum
Set zone 1 humidity set point Real 50.0 0.0 100.0 0.1 [%rh] RW
301 1 ZonesData_C[1].Z_WorkPar.
GlbSetP_Temp
Set zone 1 temperature set point Real 25.0 0.0 100.0 0.1
[°C - °F]
RW
302 1 ZonesData_C[1].Z_WorkPar.
GlbSetPLim_Hum
Set zone 1 humidity limit set point Real 50.0 0.0 100.0 0.1
[%rh]
RW
303 1 ZonesData_C[1].Z_WorkPar.
GlbSetPLim_Temp
Set zone 1 temperature limit set point Real 25.0 0.0 100.0 0.1
[°C - °F]
RW
304 1 ZonesData_C[1].Z_Reg.Rack-
MaxProd
Set zone 1 maximum production Real 100.0 0.0 100.0 0.1 [%] RW
305 1 ZonesData_C[1].Z_Reg.RegTyp Control mode ** USInt 6 0 18 0 RW
306 1 ZonesData_C[1].Z_FctsCfg.
PressReliefT[1]
Pressure relief function duration for step 1 Real 1.0 0.0 30.0 0.1 [s] RW
307 1 ZonesData_C[1].Z_FctsCfg.
PressReliefT[2]
Pressure relief function duration for step 2 Real 1.0 0.0 30.0 0.1 [s] RW
308 1 ZonesData_C[1].Z_FctsCfg.
PressReliefT[3]
Pressure relief function duration for step 3 Real 1.0 0.0 30.0 0.1 [s] RW
309 1 ZonesData_C[1].Z_FctsCfg.
PressReliefT[4]
Pressure relief function duration for step 4 Real 1.0 0.0 30.0 0.1 [s] RW
310 1 ZonesData_C[1].Z_FctsCfg.
PressReliefT[5]
Pressure relief function duration for step 5 Real 1.0 0.0 30.0 0.1 [s] RW
311 1 ZonesData_C[1].Z_FctsCfg.
PressReliefT[6]
Pressure relief function duration for step 6 Real 1.0 0.0 30.0 0.1 [s] RW
312 1 ZonesData_C[1].Z_PrbCfg.
RackTPrb.UITyp
Select rack temperature probe type (0 = 0-1 V, 1 =
0-10 V, 2 = 2-10 V, 3 = 0-20 mA, 4 = 4-20 mA, 5 = NTC)
USInt 5 0 5 0 RW
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Add. Occ. Variable name Description Data type Def. Min Max UoM Access
313 1 ZonesData_C[1].Z_PrbCfg.RackT-
Prb.Mi_Temp
Minimum rack temperature probe value Real -20.0 -999.9 999.9 0.1
[°C - °F]
RW
314 1 ZonesData_C[1].Z_PrbCfg.RackT-
Prb.Ma_Temp
Maximum rack temperature probe value Real 70.0 -999.9 999.9 0.1
[°C - °F]
RW
315 1 ZonesData_C[1].Z_PrbCfg.
RackTPrb.Os
Rack temperature probe reading oset Real 0.0 -999.9 999.9 0.1
[°C - °F]
RW
316 1 ZonesData_C[1].Z_FctsCfg.
RackTempMng.RackTSetP
Temperature set point for production modulation
function from rack probe
Real 20.0 5.0 50.0 0.1
[°C - °F]
RW
317 1 ZonesData_C[1].Z_FctsCfg.
RackTempMng.RackTBand
Proportional band for production modulation
function from rack probe
Real 5.0 0.5 10.0 0.1
[°C - °F]
RW
318 1 ZonesData_C[1].Z_FctsCfg.
RackTempMng.RackTDi
Dierential for disabling the production modulation
function from rack probe warning
Real 2.0 0.5 10.0 0.1
[°C - °F]
RW
319 1 ZonesData_C[1].Z_FctsCfg.
HumPrbAlrmCtrlDel
Enable control probe alarm delay at start of produc-
tion (0 = disabled, 1 = enabled)
UInt 5 1 99 [min] RW
320 1 ZonesData_C[1].Z_FctsCfg.
FunctSelNO7_Slv
Select programmable relay NO7 function (0 = Unit
life status, 1 = Low rack temperature warning)
USInt 0 0 1 0 RW
340 1 ZonesData_C[1].Z_FctsCfg.
HighMainHum_WarnThrsh
Set main probe high humidity alarm threshold Real 100.0 0.0 100.0 0.1 [%rh] RW
341 1 ZonesData_C[1].Z_FctsCfg.
HighMainTemp_WarnThrsh
Set main probe high temperature alarm threshold Real 40.0 5.0 70.0 0.1
[°C - °F]
RW
342 1 ZonesData_C[1].Z_FctsCfg.
LowMainHum_WarnThrsh
Set main probe low humidity alarm threshold Real 0.0 0.0 100.0 0.1 [%rh] RW
343 1 ZonesData_C[1].Z_FctsCfg.
LowMainTemp_WarnThrsh
Set main probe low temperature alarm threshold Real 15.0 5.0 70.0 0.1
[°C - °F]
RW
344 1 ZonesData_C[1].Z_FctsCfg.
HighLimitHum_WarnThrsh
Set limit probe high humidity alarm threshold Real 100.0 0.0 100.0 0.1 [%rh] RW
345 1 ZonesData_C[1].Z_FctsCfg.
LowLimitTemp_WarnThrsh
Set limit probe low temperature alarm threshold Real 15.0 5.0 70.0 0.1
[°C - °F]
RW
346 1 ZonesData_C[1].Z_FctsCfg.
PrbThrshsWarnDly
High/low humidity/temperature alarm delay UInt 1 0 99 [min] RW
347 1 ZonesData_C[1].Z_WorkPar.
SVReq
Zone production request from supervisor Real 0.0 100.0 0.1 [%] RW
* (0=Unit life status, 1=Low rack temp. warning, 2=Pump status, 3=Pump maintenance warning, 4=Missing water warning, 5=Low inlet press.
warning, 6=Low inlet press. alarm, 7=Low water temp. alarm)
** (0=on/o, 1=on/o + humidity limit, 2=on/o + temperature limit, 3=external signal, 4=external signal + humidity limit, 5=external signal +
temperature limit, 6=humidity, 7=humidity + limit humidity, 8=humidity + temperature limit, 9=temperature, 10=temperature + temperature
limit, 11=temperature + humidity limit, 12=2 humidity probes, 13=2 temperature probes, 14=3 humidity probes, 15=3 temperature probes,
16=2 temperature probes + humidity limit, 17=dewpoint, 18=dewpoint + humidity limit)
9.3.4 Pumping station ModBus variable table - InputRegister variables
RO= Read Only RW= ReadWrite
Add. Occ. Variable name Description Data type Def. Min Max UoM Access
100 1 OnOStatus Pump status UInt 0 65535 0 RO*
101 1 SwVer.X Software version X (Major) UInt 0 65535 0 RO
102 1 SwVer.Y Software version Y (Minor) UInt 0 65535 0 RO
103 1 SwVer.Z Software version Z (Patch) UInt 0 65535 0 RO
104 2 PmpCurrReq Production request to the pump Real 0.0 3.40E+43 0.1 [kg/h - lb/h] RO
106 2 PmpCurrProd Current pump production Real 0.0 3.40E+43 0.1 [kg/h - lb/h] RO
108 1 OSVer.X Operating system version X (Major) UInt 0 65535 0 RO
109 1 OSVer.Y Operating system version Y (Minor) UInt 0 65535 0 RO
110 1 OSVer.Z Operating system version Z (Patch) UInt 0 65535 0 RO
111 1 Core c.pCO core version UInt 0 65535 0 RO
112 2 PmpHrs_PAR Partial count of pump operating hours UDInt 0 4294967295 [h] RO
114 1 PmpNextMaintThrsh Countdown to next pump maintenance UInt 0 65535 [h] RO
115 2 PmpHrs_TOT Total count of pump operating hours UDInt 0 4294967295 [h] RO
117 2 UnitHrs Total count of unit operating hours UDInt 0 4294967295 [h] RO
119 1 PmpResDate.Day Pump partial operating hours reset date - Day UInt 0 65535 [d] RO
120 1 PmpResDate.Month Pump partial operating hours reset date - Month UInt 0 65535 [m] RO
121 1 PmpResDate.Year Pump partial operating hours reset date - Year UInt 0 65535 [y] RO
122 1 PmpResDate.Hour Pump partial operating hours reset date - Hours UInt 0 65535 [h] RO
123 1 PmpResDate.Minute Pump partial operating hours reset date - Minutes UInt 0 65535 [m] RO
124 1 UnitCfg.UnitModel Unit model UInt 0 65535 0 RO
125 2 InletPress_Msk Pumping station inlet water pressure Real -3.40E+42 3.40E+43 0.1 [bar - psi] RO
127 2 OutletPress Pumping station outlet water pressure Real -9999.9 9999.9 0.1 [bar - psi] RO
129 2 BypassTPrb Pumping station bypass water temperature Real -999.9 999.9 0.1 [°C - °F] RO
131 1 Conductivity Pumping station inlet water conductivity UInt 0 65535 [uS/cm] RO
132 1 PmpManModeWait Pump manual mode activation status UInt 0 65535 0 RO**
133 1 MaxInvOutFreq_Corr Maximum inverter frequency Real -999.9 999.9 0.1 [Hz] RO
134 1 PmpFlowRate RESERVED Real -999.9 999.9 0.1 [kg/h - lb/h] RO
135 1 Year Current year (YYYY) UInt 0 99 [y] RO
136 1 Month Current month (MM) UInt 1 12 [m] RO
137 1 Day Current day (DD) UInt 1 31 [d] RO
138 1 Hour Current time UInt 0 23 [h] RO
139 1 Minute Current minute UInt 0 65535 min RO
140 1 DayOfWeek Day of the week USInt 1 7 0 RO
141 2 VerFrom_pgdxF pGDx user interface software version UDInt 0 4294967295 0 RO
143 2 ZoneData_S.Z_Info.
IPCong[2]
Pump IP address UDInt 0 4294967295 0 RO
145 1 UnitCfg.ZonesNum Set the number of zones in the system UInt 1 1 12 0 RO
300 1 ZonesData_C[1].Z_Info.
ZoneStatus
Zone 1 status UInt 0 65535 0 RO***
301 2 ZonesData_C[1].Z_Info.
FlowReq
Zone 1 production request Real 0.0 9999.9 0.1 [kg/h - lb/h] RO
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Add. Occ. Variable name Description Data type Def. Min Max UoM Access
303 2 ZonesData_C[1].Z_Info.
CurrProd
Current zone 1 production Real 0.0 9999.9 0.1 [kg/h - lb/h] RO
305 2 ZonesData_C[1].Z_Info.
RealReq
Zone 1 request from control signal Real 0.0 100.0 0.1 [%] RO
307 1 ZonesData_C[1].Z_Info.
MainPrb
Zone 1 main probe reading Real -999.9 999.9 0 RO
308 1 ZonesData_C[1].Z_Info.
LimitPrb
Zone 1 limit probe reading Real -999.9 999.9 0 RO
309 1 ZonesData_C[1].Z_Info.
RackTPrb
Zone 1 rack temperature probe reading Real -999.9 999.9 0 RO
310 1 ZonesData_C[1].Z_Rack-
Cfg.RackFlowRate
Nominal rack ow-rate Real 0.0 999.9 0.1 [kg/h - lb/h] RO
311 1 ZonesData_C[1].Z_Sys-
Info.SwVer.X
Software version X (Major) UInt 0 65535 0 RO
312 1 ZonesData_C[1].Z_Sys-
Info.SwVer.Y
Operating system version Y (Minor) UInt 0 65535 0 RO
313 1 ZonesData_C[1].Z_Sys-
Info.SwVer.Z
Software version Z (Patch) UInt 0 65535 0 RO
314 1 ZonesData_C[1].Z_Sys-
Info.OSVer.X
Operating system version X (Major) UInt 0 65535 0 RO
315 1 ZonesData_C[1].Z_Sys-
Info.OSVer.Y
Operating system version Y (Minor) UInt 0 65535 0 RO
316 1 ZonesData_C[1].Z_Sys-
Info.OSVer.Z
Operating system version Z (Patch) UInt 0 65535 0 RO
317 1 ZonesData_C[1].Z_Sys-
Info.CoreType
c.pCO core version UInt 0 65535 0 RO
318 1 ZonesData_C[1].Z_Sys-
Info.UnitModel
Unit model UInt 0 65535 0 RO
319 1 ZonesData_C[1].Z_Info.
ZoneManModeWait
Zone manual mode activation status ** UInt 0 65535 0 RO
320 2 ZonesData_C[1].Z_Info.
IPCong[2]
Zone IP address UDInt 0 4294967295 0 RO
322 1 ZonesData_C[1].Z_Info.
TempDewPoint
Zone dew point temperature calculation Real -999.9 999.9 0.1 [°C - °F] RO
323 1 ZonesData_C[1].Z_Info.
TwoPrbsAvg
Two zone probe reading average calculation Real -32768 32767 0 RO
324 1 ZonesData_C[1].Z_Info.
ThreePrbsAvg
Three zone probe reading average calculation Real -32768 32767 0 RO
* (1=O from keypad, 2=O from supervisor, 3=Standby, 4=Production, 6=Wash, 7=Fill, 8=Warning, 9=Alarm, 12=O from scheduler, 13=O
from DIN , 15=O from ow switch, 16=O from zone, 18=Pump alarm, 19=O from pump, 20=O from pump DIN, 22=Zone manual mode,
23=Slowdown, 27=O from zones)
** (0 = manual mode available, 1 = waiting for wash to nish, 2 = waiting for ll to nish, 3 = waiting for production to nish)
*** (0=Power On, 10=Software initialisation, 20=Awaiting network, 30=Wash, 40=Fill, 50=Standby empty, 60=Standby full, 70=Water con-
trol, 80=Production, 90=Slowdown, 100=Pre-wash, 110=Alarm, 120=Bypass calibration ll, 130=Bypass calibration, 140=Waiting for control,
150=WTS water change, 160=Disabled)
9.3.5 Zone ModB Cus variable table - oil variables
RO= Read Only RW= ReadWrite
Add. Occ. Variable name Description Data type Def. Min Max UoM Access
300 1 ZoneData_S.Z_FctsCfg.Rack-
TempMng.EnRackTMng
Enable production modulation function from rack tempera-
ture probe reading (0 = disabled, 1 = enabled)
Bool 0 0 1 RW
301 1 ZoneData_S.Z_FctsCfg.Rack-
TempMng.EnRackTReducedProd
Enable production reduction based on rack temperature Bool 0 0 1 RW
302 1 ZoneData_S.Z_FctsCfg.Rack-
TempMng.EnRackTWarn
Select type of signal for low rack temperature (0 = notication,
1 = warning)
Bool 0 0 1 RW
303 1 ZoneData_S.Z_FctsCfg.EnDlyd-
HumPrbAlrmCtrl
Enable humidity probe control delay for alarm activation Bool 0 0 1 RW
304 1 ZoneData_S.Z_FctsCfg.RackEn-
Logic
Enable zone production digital input (RACKEN) status (0 =
contact closed, 1 = contact open)
Bool 0 0 1 RW
305 1 ZoneData_S.Z_FctsCfg.AirFlow-
SwitchLogic
Flow switch digital input (FLUX) status (0 = contact closed, 1
= contact open)
Bool 0 0 1 RW
306 1 ZoneData_S.Z_FctsCfg.ZoneSta-
tusDout_Logic
"Zone status" ZONE digital output logic (0 = NC, 1 = NO) Bool 0 0 1 RW
307 1 ZoneData_S.Z_FctsCfg.AlrmD-
OutLogic
"Alarm status" AL digital output logic (0 = NC, 1 = NO) Bool 0 0 1 RW
308 1 ZoneData_S.Z_FctsCfg.Relay-
LogicNO7
"Programmable relay NO7" digital output logic (0 = NC, 1 =
NO)
Bool 0 0 1 RW
309 1 ZoneData_S.Z_FctsCfg.ZoneMan-
ModeEnFill
Enable lling function for zone manual mode (0 = disabled, 1
= enabled)
Bool 1 0 1 RW
310 1 ZoneData_S.Z_WorkPar.
UnitPause
Unit setting paused (0=not paused; 1=paused) Bool 0 0 1 RW
311 1 ZoneData_S.Z_WorkPar.SVEnReg Enable zone control from supervisor Bool 0 0 1 RW
312 1 ZoneData_S.Z_WorkPar.
SVEnOnO
Enable zone on/o from supervisor Bool 0 0 1 RW
313 1 ZoneData_S.Z_WorkPar.SVOnO Zone on/o from supervisor Bool 0 1 RW
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9.3.8 Zone ModBus variable table - InputRegister variables
RO= Read Only RW= ReadWrite
Add. Occ. Variable name Description Data type Def. Min Max UoM Access
300 1 ZoneData_S.Z_Info.
ZoneStatus
Zone status *UInt 0 65535 RO
301 2 ZoneData_S.Z_Info.
FlowReq
Zone production request Real 0.0 9999.9 0.1 [kg/h - lb/h] RO
303 2 ZoneData_S.Z_Info.
CurrProd
Current zone production Real 0.0 9999.9 0.1 [kg/h - lb/h] RO
305 2 ZoneData_S.Z_Info.
RealReq
Zone request from control signal Real 0.0 100.0 0.1 [%] RO
307 1 ZoneData_S.Z_Info.
MainPrb
Zone main probe reading Real -999.9 999.9 RO
308 1 ZoneData_S.Z_Info.
LimitPrb
Zone limit probe reading Real -999.9 999.9 RO
309 1 ZoneData_S.Z_Info.
RackTPrb
Zone rack temperature probe reading Real -999.9 999.9 RO
310 1 ZoneData_S.Z_RackCfg.
RackFlowRate
Nominal rack ow-rate Real 0.0 999.9 0.1 [kg/h - lb/h] RO
311 1 ZoneData_S.Z_SysInfo.
SwVer.X
Software version X (Major) UInt 0 65535 RO
312 1 ZoneData_S.Z_SysInfo.
SwVer.Y
Operating system version Y (Minor) UInt 0 65535 RO
313 1 ZoneData_S.Z_SysInfo.
SwVer.Z
Software version Z (Patch) UInt 0 65535 RO
314 1 ZoneData_S.Z_SysInfo.
OSVer.X
Operating system version X (Major) UInt 0 65535 RO
315 1 ZoneData_S.Z_SysInfo.
OSVer.Y
Operating system version Y (Minor) UInt 0 65535 RO
316 1 ZoneData_S.Z_SysInfo.
OSVer.Z
Operating system version Z (Patch) UInt 0 65535 RO
317 1 ZoneData_S.Z_SysInfo.
CoreType
c.pCO core version UInt 0 65535 RO
318 1 ZoneData_S.Z_SysInfo.
UnitModel
Unit model UInt 0 65535 RO
319 1 ZoneData_S.Z_Info.
ZoneManModeWait
Zone manual mode activation status ** UInt 0 65535 RO
320 2 ZoneData_S.Z_Info.
IPCong[2]
Zone IP address UDInt 0 4294967295 RO
322 1 ZoneData_S.Z_Info.
TempDewPoint
Zone dew point temperature calculation Real -999.9 999.9 0.1 [°C - °F] RO
323 1 ZoneData_S.Z_Info.
TwoPrbsAvg
Two zone probe reading average calculation Real -32768 32767 RO
324 1 ZoneData_S.Z_Info.
ThreePrbsAvg
Three zone probe reading average calculation Real -32768 32767 RO
* (0=Power On, 10=Software initialisation, 20=Awaiting network, 30=Wash, 40=Fill, 50=Standby empty, 60=Standby full, 70=Water con-
trol, 80=Production, 90=Slowdown, 100=Pre-wash, 110=Alarm, 120=Bypass calibration ll, 130=Bypass calibration, 140=Waiting for control,
150=WTS water change, 160=Disabled)
** (0 = Manual mode available, 1 = waiting for wash to nish, 2 = waiting for ll to nish, 3 = waiting for production to nish)
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9.4.4 Zone BACnet variable table - AnalogValue variables
RO= Read Only RW= ReadWrite
Add. Variable name Description Data type Def. Min Max UoM Access
300 ZoneData_S.Z_Info.FlowReq Zone production request Real 0 0.0 9999.9 0.1 [kg/h - lb/h] RO
301 ZoneData_S.Z_Info.CurrProd Current zone production Real 0 0.0 9999.9 0.1 [kg/h - lb/h] RO
302 ZoneData_S.Z_Info.RealReq Zone request from control signal Real 0 0.0 100.0 0.1 [%] RO
303 ZoneData_S.Z_Info.MainPrb Zone main probe reading Real 0 -999.9 999.9 0 RO
304 ZoneData_S.Z_Info.LimitPrb Zone limit probe reading Real 0 -999.9 999.9 0 RO
305 ZoneData_S.Z_Info.RackTPrb Zone rack temperature probe reading Real 0 -999.9 999.9 0 RO
306 ZoneData_S.Z_WorkPar.
GlbSetP_Hum
Set zone humidity set point Real 50.0 0.0 100.0 0.1 [%rh] RW
307 ZoneData_S.Z_WorkPar.
GlbSetP_Temp
Set zone temperature set point Real 25.0 0.0 100.0 0.1 [°C - °F] RW
308 ZoneData_S.Z_WorkPar.
GlbSetPLim_Hum
Set zone humidity limit set point Real 50.0 0.0 100.0 0.1 [%rh] RW
309 ZoneData_S.Z_WorkPar.
GlbSetPLim_Temp
Set zone temperature limit set point Real 25.0 0.0 100.0 0.1 [°C - °F] RW
310 ZoneData_S.Z_Reg.Rack-
MaxProd
Set zone maximum production Real 100.0 0.0 100.0 0.1 [%] RW
311 ZoneData_S.Z_RackCfg.
RackFlowRate
Nominal rack ow-rate Real 0 0.0 999.9 0.1 [kg/h - lb/h] RO
312 ZoneData_S.Z_FctsCfg.
PressReliefT[1]
Pressure relief function duration for step 1 Real 1.0 0.0 30.0 0.1 [s] RW
313 ZoneData_S.Z_FctsCfg.
PressReliefT[2]
Pressure relief function duration for step 2 Real 1.0 0.0 30.0 0.1 [s] RW
314 ZoneData_S.Z_FctsCfg.
PressReliefT[3]
Pressure relief function duration for step 3 Real 1.0 0.0 30.0 0.1 [s] RW
315 ZoneData_S.Z_FctsCfg.
PressReliefT[4]
Pressure relief function duration for step 4 Real 1.0 0.0 30.0 0.1 [s] RW
316 ZoneData_S.Z_FctsCfg.
PressReliefT[5]
Pressure relief function duration for step 5 Real 1.0 0.0 30.0 0.1 [s] RW
317 ZoneData_S.Z_FctsCfg.
PressReliefT[6]
Pressure relief function duration for step 6 Real 1.0 0.0 30.0 0.1 [s] RW
318 ZoneData_S.Z_PrbCfg.
RackTPrb.Mi_Temp
Minimum rack temperature probe value Real -20.0 -999.9 999.9 0.1 [°C - °F] RW
319 ZoneData_S.Z_PrbCfg.
RackTPrb.Ma_Temp
Maximum rack temperature probe value Real 70.0 -999.9 999.9 0.1 [°C - °F] RW
320 ZoneData_S.Z_PrbCfg.
RackTPrb.Os
Rack temperature probe reading oset Real 0.0 -999.9 999.9 0.1 [°C - °F] RW
321 ZoneData_S.Z_FctsCfg.
RackTempMng.RackTSetP
Temperature set point for production modulation
function from rack probe
Real 20.0 5.0 50.0 0.1 [°C - °F] RW
322 ZoneData_S.Z_FctsCfg.
RackTempMng.RackTBand
Proportional band for production modulation
function from rack probe
Real 5.0 0.5 10.0 0.1 [°C - °F] RW
323 ZoneData_S.Z_FctsCfg.
RackTempMng.RackTDi
Dierential for disabling the production modula-
tion function from rack probe warning
Real 2.0 0.5 10.0 0.1 [°C - °F] RW
325 ZoneData_S.Z_FctsCfg.High-
MainHum_WarnThrsh
Set main probe high humidity alarm threshold Real 100.0 0.0 100.0 0.1 [%rh] RW
326 ZoneData_S.Z_FctsCfg.High-
MainTemp_WarnThrsh
Set main probe high temperature alarm threshold Real 40.0 5.0 70.0 0.1 [°C - °F] RW
327 ZoneData_S.Z_FctsCfg.
LowMainHum_WarnThrsh
Set main probe low humidity alarm threshold Real 0 0.0 100.0 0.1 [%rh] RW
328 ZoneData_S.Z_FctsCfg.Low-
MainTemp_WarnThrsh
Set main probe low temperature alarm threshold Real 15.0 5.0 70.0 0.1 [°C - °F] RW
329 ZoneData_S.Z_FctsCfg.High-
LimitHum_WarnThrsh
Set limit probe high humidity alarm threshold Real 100.0 0.0 100.0 0.1 [%rh] RW
330 ZoneData_S.Z_FctsCfg.Low-
LimitTemp_WarnThrsh
Set limit probe low temperature alarm threshold Real 15.0 5.0 70.0 0.1 [°C - °F] RW
331 ZoneData_S.Z_WorkPar.
SVReq
Zone production request from supervisor Real 0 0.0 100.0 0.1 [%] RW
332 ZoneData_S.Z_Info.Temp-
DewPoint
Zone dew point temperature calculation Real 0 -999.9 999.9 0.1 [°C - °F] RO
333 ZoneData_S.Z_Info.Two-
PrbsAvg
Two zone probe reading average calculation Real 0 -32768 32767 0 RO
334 ZoneData_S.Z_Info.
ThreePrbsAvg
Three zone probe reading average calculation Real 0 -32768 32767 0 RO
9.4.5 Zone BAC Bnet variable table - inaryValue variables
RO= Read Only RW= ReadWrite
Add. Variable name Description Data type Def. Min Max UoM Access
301 ZoneData_S.Z_FctsCfg.RackTemp-
Mng.EnRackTMng
Enable production modulation function from rack temperature
probe reading (0 = disabled, 1 = enabled)
Bool 0 0 1 0 RW
302 ZoneData_S.Z_FctsCfg.RackTemp-
Mng.EnRackTReducedProd
Enable production reduction based on rack temperature Bool 0 0 1 0 RW
303 ZoneData_S.Z_FctsCfg.RackTemp-
Mng.EnRackTWarn
Select type of signal for low rack temperature (0 = notication, 1 =
warning)
Bool 0 0 1 0 RW
304 ZoneData_S.Z_FctsCfg.EnDlydHum-
PrbAlrmCtrl
Enable humidity probe control delay for alarm activation Bool 0 0 1 0 RW
305 ZoneData_S.Z_FctsCfg.RackEnLogic Enable zone production digital input (RACKEN) status (0 = contact
closed, 1 = contact open)
Bool 0 0 1 0 RW
306 ZoneData_S.Z_FctsCfg.AirFlow-
SwitchLogic
Flow switch digital input (FLUX) status (0 = contact closed, 1 =
contact open)
Bool 0 0 1 0 RW
307 ZoneData_S.Z_FctsCfg.ZoneSta-
tusDout_Logic
"Zone status" ZONE digital output logic (0 = NC, 1 = NO) Bool 0 0 1 0 RW
308 ZoneData_S.Z_FctsCfg.AlrmDOut-
Logic
"Alarm status" AL digital output logic (0 = NC, 1 = NO) Bool 0 0 1 0 RW
309 ZoneData_S.Z_FctsCfg.RelayLog-
icNO7
"Programmable relay NO7" digital output logic (0 = NC, 1 = NO) Bool 0 0 1 0 RW
84
ENG
humiFog +0300116EN rel. 1.0 - 07.09.2022
10. ALARM LIST
When a fault occurs, the system generates an alarm and the corresponding button starts ashing. If an alarm is signalled, press
the alarm button once to display the type of alarm (for more information, see par. 4.5.1).
In the event of potentially dangerous alarms, the humidier automatically stops production.
For certain types of alarm, as well as the alarm signal, the alarm relay is activated (see the following table).
The system displays three types of messages and applies dierent actions:
Type Unit status
Alarms Unit operation shuts shown
Warning The unit continues operating with limited functions
Notications The unit operates normally (signal only)
Tab. 10.a
10.1 Alarms
Description Causes Possible solutions Reset Alarm relay Action
ALG01
Alarm: error in number
of retain memory writes
Problem in the software
application
Check SW version and request
updated version
Manual Active Signal only
ALG02
Alarm: too many retain
memory writes
Problem in the software
application
Check SW version and request
updated version
Manual Active Signal only
ALA01
Zone alarm: main probe
broken or disconnected
Main probe or rst probe
not
connected or damaged
Check probe connection and the
selected control type settings
Manual Active Stop zone produc-
tion
ALA02
Zone alarm: limit probe
broken or disconnected
Limit probe or second
probe not
connected or damaged
Check probe connection and the
selected control type settings
Manual Active Stop zone produc-
tion
ABP02
Alarm: high water tem-
perature
Bypass circuit safety
thermostat activated
Check the correct reading of the
bypass circuit temperature probe
and make sure the thermostat is
functioning correctly
Manual Active Stop system pro-
duction
ABC02
Zone alarm: distribution
system not congured
Distribution system not
congured or not valid
Set a number of steps > 0 and cor-
rect zone rack step ow values
Automatic Active Stop system pro-
duction
ABV02
Inverter alarm: general
alarm
General inverter alarm Check the alarm code on the invert-
er display.
Manual Active Stop system pro-
duction
ABP03
Alarm: low water tem-
perature
Water temperature inside
the cabinet close to the
freezing threshold
Check that the cabinet is positioned
in a place with suitable environmen-
tal conditions
Automatic Active unless
specically
signalled via
NO7
Stop system pro-
duction
ABP06
Alarm: low outlet pres-
sure (HP)
Water leak from the
distribution circuit on the
high pressure side
Check the conditions of the pipes,
SV, pump seals, inverter speed
reference wiring
Manual Active Stop system pro-
duction
ABP08
Alarm: low inlet pressure
(LP) during production
Insucient water supply
pressure or failure to
open cabinet ll SV
Check external water supply system
and cabinet ll SV operation
Manual Active unless
specically
signalled via
NO7
Stop system pro-
duction
ABP09
Alarm: high outlet pres-
sure (HP)
High pressure safety
switch activated
Check for failure to open or obstruc-
tion of distribution system NC SV
and for any choking of high pressure
pipes
Manual Active Stop system pro-
duction
ABP10
Alarm: high inlet pres-
sure (LP)
Inlet water pressure high-
er than the maximum
allowed threshold
Check external water supply system Manual Active Stop system pro-
duction
ALZ01
Alarm: zone 1 panel
alarm
Zone 1 oine or alarm Check the type of active alarms on
the zone 1 panel; if the zone is of-
ine, check the network connection
between the pumping station and
the zone panel
Automatic
until a set
number of
periodic
events
Active Signal only or stop
production, based on
the type of alarm and
zone bypass
ALZ02
Alarm: zone 2 panel
alarm
Zone 2 oine or alarm Check the type of active alarms on
the zone 2 panel; if the zone is of-
ine, check the network connection
between the pumping station and
the zone panel
Automatic
until a set
number of
periodic
events
Active Signal only or stop
production, based on
the type of alarm and
zone bypass
ALZ03
Alarm: zone 3 panel
alarm
Zone 3 oine or alarm Check the type of active alarms on
the zone 3 panel; if the zone is of-
ine, check the network connection
between the pumping station and
the zone panel
Automatic
until a set
number of
periodic
events
Active Signal only or stop
production, based on
the type of alarm and
zone bypass
CAREL INDUSTRIES - Headquarters
Via dell’Industria, 11 - 35020 Brugine - Padova (Italy)
Tel. (+39) 049.9716611 - Fax (+39) 049.9716600
e-mail: carel@carel.com - www.carel.com humiFog +0300116EN rel. 1.0 - 07.09.2022
Produktspecifikationer
| Varumärke: | Carel |
| Kategori: | Luftfuktare |
| Modell: | humiFog |
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