![VTS Ventus VVS300 [12/47] Humidifier w control pid controller humidity](/img/pdf.png)
VTS Ventus VVS300 [12/47] Humidifier w control pid controller humidity
![VTS Ventus VVS030 [12/47] Humidifier w control pid controller humidity](/views2/1894674/page12/bgc.png)
uPC3 – rel 1.8 – 11/2021
12
Recovery - Rotary – R
Control
• PID controller - Heat recovery
• PID controller - Cooling recovery
• Limiting the minimum signal
uPC3
I/O
Descrition
Type
Note
B4
Exhaust temperature after
recovery – antifreeze
protection
NTC
B6*
1
Supply temperature after
recovery – in compact unit
NTC
Optional
3-pins
RS485
Modbus RTU communication
RS-485
*
1
Additional sensor for calculating the recovery efficiency used in
compact AHUs.
Recovery - Glycol – G
Control
• PID controller - Heat recovery
• PID controller - Cooling recovery
• Limiting the minimum signal
uPC3
I/O
Descrition
Type
Note
B4
Exhaust temperature after
recovery – antifreeze
protection
NTC
B6*
1
Supply temperature after
recovery – in compact unit
NTC
Optional
AO1*
2
Valve adjustment actuator
0-10V
DC
Y3*
3
Valve adjustment actuator
0-10V
DC
Optional
NO5*
4
Glycol pump
+24V DC
*
1
Additional sensor for calculating the recovery efficiency used in
compact AHUs.
*
2
Output AO1 available on the PCB-EC extension I/O module
available for unit without humidifier.
*
3
In the case of a unit without a mixing chamber and a cooler, it is
possible to use Y3 for recovery.
*
4
In systems without DXH, humidifier, fan redundant.
Mixing chamber – M
Control
• PID controller - Heating
• PID controller - Cooling
• PID - CO2 controller
• Limiting the minimum / maximum
signal
uPC3
I/O
Descrition
Type
Note
AO2*
1
Valve adjustment actuator
0-10V
DC
Y3*
2
Valve adjustment actuator
0-10V
DC
Optional
*
1
Output AO2 available on the PCB-EC extension I/O module.
*
2
In the case of a unit without a recovery and a cooler, it is
possible to use Y3 for mixing chamber.
Humidifier – W
Control
• PID controller - Humidity
• PID controller - Compensation for
supply air humidity
• Limiting the minimum / maximum
signal
uPC3
I/O
Descrition
Type
Note
3-pins
RS485
Humidity transducers
Modbus RTU communication
RS-485
AO1*
1
Humidifier control signal
0-10V
DC
NO5*
2
Humidifier – On/Off
+24V DC
*
1
Output AO1 available on the PCB-EC extension I/O module.
*
2
In the case of a unit without a glycol recovery and a redundant
fan, it is possible to use NO5 for humidifier.
DXH Reverse – C_dxh
Control
• PID controller - Heating
• PID controller - Cooling
• Limiting the minimum / maximum
signal
• Adjustable switching level of
individual sections
uPC3
I/O
Descrition
Type
Note
Y3
Heating/Cooling control signal
0-10V
DC
NO4
DXH section 1 – On/Off
+24V DC
NO6
DXH section 2 – On/Off
+24V DC
NO5*
DXH Reverse – Heat/Cool
+24V DC
DI3
DXH alarm
NC
* DXH output available In the case of a unit without humidifier,
recovery glycol, redundant fan.
Redundant fan
The fan section contains doubled fans,
motors and inverters. One fan is
working, the other is a reserve in the
event of a failure. In addition, the
operating hours counters decide on
routine switching between the fans so
that the load and wear of both units is
uniform. When switching from one fan
to another, there is a gap to adjust the
position of the dampers directing the
air flow.
uPC3
I/O
Descrition
Type
Note
3-pins
RS485
Modbus RTU communication
RS-485
NO5*
Redundant damper
+24V DC
* DXH output available In the case of a unit without humidifier,
recovery glycol, DXH.
Содержание
- Software for air handling units 1 19 1
- Ventilation vts 1
- Introduction 4
- Main features 4
- Field connections 5
- Start up 6
- I o configuration 8
- Installation 8
- All sensor temperature with additional b6 after recovery on supply 10
- Cav regulation for fan 10
- Compact suspended floor rrg unit with built in compact suspended floor rrg unit with built in automation standard equipped with an 10
- Expansion module i o 10
- Expansion module i o mainboard control circuit 10
- Humidity return sensor 10
- Standard elements for all units 10
- Standard input output for function 10
- Supply 24v 10
- Ventus cbx controlbox automation standard ventus cbx controlbox automation standard equipped with an expansion module i o pcb ec 10
- Adjustable switching level individual sections 11
- Adjustable switching level of individual sections 11
- Dx cooler c_dx control pid controller cooling 11
- Electric heater he control pid controller heating 11
- Fan v control standard work percentage control 11
- Filters f control compact pressure transducer 11
- Limiting the minimum maximum signal 11
- Limiting the minimum signal 11
- Low air temperature alarm 11
- Pid control for regulation cav 11
- Pid control for regulation vav 11
- Pid controller cooling recovery 11
- Pid controller protecting the rebate sensor 11
- Recovery plate cross hex p control pid controller heat recovery 11
- Ventus pressure switch 11
- Water cooler c_cw control pid controller cooling 11
- Water heater h_cw control pid controller heating 11
- Adjustable switching level of individual sections 12
- Dxh reverse c_dxh control pid controller heating 12
- Humidifier w control pid controller humidity 12
- Limiting the minimum maximum signal 12
- Limiting the minimum signal 12
- Mixing chamber m control pid controller heating 12
- Pid co2 controller 12
- Pid controller compensation for supply air humidity 12
- Pid controller cooling 12
- Pid controller cooling recovery 12
- Recovery glycol g control pid controller heat recovery 12
- Recovery rotary r control pid controller heat recovery 12
- Redundant fan the fan section contains doubled fans motors and inverters one fan is working the other is a reserve in the event of a failure in addition the operating hours counters decide on routine switching between the fans so that the load and wear of both units is uniform when switching from one fan to another there is a gap to adjust the position of the dampers directing the air flow 12
- Addtitonal temp sensor 13
- Preheater control pid controller heating 13
- Reheater control pid controller heating 13
- Application code 14
- Modbus devices 14
- Unit configuration 14
- Additional settings for the control circuit module on the screens 16
- Command type data type addr 16
- Hmi advanced menu other j03 hmi advanced menu other j03 the menu from which we activate individual extension modules 16
- Holdingregister int 0 16
- Holdingregister int 1 16
- Holdingregister int 2 16
- Holdingregister int 3 16
- I r input register h r holding register 16
- Important information when using an external humidity transducer turn off the measurement on the control circuit board hmi advanced menu other j03 j04 co2 sensor 16
- Important information when using an external pressure transducer turn off the measurement on the control circuit board hmi advanced menu other j03 j04 humidity sensor 16
- Inputregister int 0 16
- Inputregister int 1 16
- Inputregister int 2 16
- Inputregister int 3 16
- Module i o 16
- Pressure sensor pressure sensor 16
- Vts mainboard control circuit 16
- Vts pcb ec 17
- Display hmi advanced 18
- User interface 18
- User menu 18
- Ability to edit some of them for more information on the parameters that can be changed see the parameters table default password 0001 20
- Access the main menu 20
- Advanced user maintenance read only access 20
- Attention there are two options for the calendar program details in the chapters on the calendar and service menu 20
- Attention to change the temperature setpoints attention to change the temperature setpoints simply turn the knob 20
- Clock button entering the auto mode the driver will work according to the schedule from the calendar settings 20
- Default password 0002 20
- Display hmi basic 20
- Fan button setting the fan speed 20
- First letter second letter n 20
- Hmi basic also has a built in clock with support for time schedules 20
- If a given day is not defined as special but is in a special period then the mode for the special period is implemented 20
- If both of these do not occur the basic schedule is implemented 20
- Implementation of the schedule considering the priorities of time schedule settings the order of their implementation is as follows the first special day settings are those with the highest priority the other settings are then ignored 20
- In the parameters screen the access needed to edit in the parameters screen the access needed to edit the parameters is shown always with the same codes an example follows 20
- Lcd display indicates the actual temperature in the room or on the main control sensor and the selected setpoint operating mode fan speed time and day of the week 20
- Manufacturer read write access to all parameters 20
- Menu description 20
- On off button switch between on off status forces the control panel to stop or enables selection of the operating mode 20
- Once the password is entered it will be maintained for 5 minutes from the last time a key was pressed and then the password will need to be re entered in order to access the parameters of the advanced functions in the log out menu the password can be force entered without waiting 5 minutes 20
- Password management 20
- Regardless of the displayed screen pressing the programming key accesses the password entry screen which allows access to the main menu shown below the code of the mask is determined by the menu tree 20
- Rotary button change of settings by turning accepting new values by pressing 20
- Service read access to all parameters with the 20
- The basic interface with built in temperature sensor the basic interface with built in temperature sensor 20
- The program has 3 different password levels the program has 3 different password levels 20
- To all parameters default password 0000 20
- User setpoint 21
- Cooling heating changeover 22
- Functions 22
- On request 22
- Start stop sequence 22
- Fresh air regulation 23
- Temperature regulation strategy 23
- Devices activation 24
- Humidity regulation 24
- Antifreeze management 25
- Fans control 26
- Minor functions 27
- Mixing chamber control 27
- Regulation 27
- Supervisor 29
- Alarms 30
- Alarms interface 30
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