Full Gauge Controls HUMSUPV2-01T-11953 User manual

1. DESCRIPTION
2. APPLICATION
3. TECHNICAL SPECIFICATIONS
4. OUTPUT DESCRIPTION
5. SERVICE SETTINGS (ADVANCED SETTINGS)
Humitech Super
Humitech Super
is an environment controller with 15 control outputs built-in. It monitors environment temperature and humidity in order to
control a wide range of equipment, such as: Water Sprayer, Cooling, Heating and Ventilation systems.
It is designed to be used together with Evaporation Cooling Systems for thermal comfort in gymnasiums, exposition pavilions, supermarkets,
machine rooms, cattle breeding installations, incubators, poultry housing and swine housing.
90 ~ 264 Vac ± 10% (50/60Hz)
-50 to 105 °C / -58 to 221 °F (resolution: 0.1°C / 1°F)
0 to 100% RU (resolution: 0.1% RH)
Two NC relay contacts (max. 3A)
13 NO relay contacts (max. 300mA)
220x134x54mm
0 to 40°C
10 to 90% RH (without condensation)
operation settings (among others) can be configured for device outputs in the advanced settings menu. To enter the
advanced settings menu hold and pressed for 2 seconds until theAccess Code selection is displayed. To enter the selection press , to
return to the previous menu level press . The parameter value can be changed by pressing or . Press the key to confirm the
operation or the key to cancel it. The available menu selections are:
- Power Source:
- Controlled Temperature:
- Controlled Humidity:
- Commands: Alarms:
- Control Outputs:
- Dimensions (W x H x D):
- Operation Temperature:
- Operation Humidity:
Fan Group 1
Fan Group 2
Fan Group 3
Fan Group 4
Fan Group 5
Fan Group 6
Fan Group 7
Fan Group 8
Minimum Ventilation
Cooling
Water Sprayer 1
Water Sprayer 2
Heating
Alarm 1
Alarm 2
Access Code
Minimum Ventilation parameters
Fan Group parameters
Heating parameters
Cooling parameters
Water Sprayer parameters
Alarm parameters
01-Code
02-Min. Ventilat
03-Vent. Groups
04-Heating
05-Cooling
06-Fogger
07-Alarms
08-Datalogger
09-Program
10-Config
11-Clock Adjust
12-Name Adjust
13-Clear Log
Datalogger parameters
Daily Setpoint configuration
General Configuration parameters
Date & Time settings
Controller Name
Clear Datalogger Memory
Press to enter the selected function. The current value starts to blink when the parameter setting is configurable.
The function value can be changed by using and keys. Press again to set the new value or press to cancel it and return.
Function
description
Function code Function value Function units
Offset 1
C01@ 10.0 #
Temp
HUMSUPV2-01T-11953
Ver.02
TEMPERATURE AND HUMIDITY
DIGITAL CONTROLLER
®
M
I
N
M
I
N
5.1 Access Code
You must key in 123 to enter this selection and have the advanced parameter settings enabled for configuration.
5.2 Minimum Ventilation
Parameters related to the Minimum Ventilation output ( ) operation:
M
I
N
M
I
N
V01-Minimum Ventilation OFF Relative Temperature
V02-Minimum Ventilation ON Relative Temperature
V03-Time unit of minimum ventilation when activated.
V04-Time unit of minimum ventilation when deactivated
V05-Minimum Ventilation output ON Time
V06-Minimum Ventilation output OFF Time
Temperature difference from the Main Setpoint. When the average temperature is below this value the Minimum Ventilation output is always OFF.
Temperature difference from the Main Setpoint. When the average temperature is above this value the Minimum Ventilation output is always ON.
Function V05 time unit settings.
Function V06 time unit settings.
Time that the Minimum Ventilation output is ON when it is in a cyclic operation. If set to '0' the output will permanently be ON. The time unit of this
parameter is set on V03.
Time that the Minimum Ventilation output is OFF when it is in a cyclic operation. The time unit of this parameter is set on V04.
Fan Group Relative Temperature
Fan Group Hysteresis
Temperature difference from the Main Setpoint. When the average temperature is above this value the corresponding Fan Group will be ON.
Temperature difference from the Fan Group RelativeTemperature for turning the corresponding fan group OFF.
5.3 Fan Groups
Parameters related to the Fan Groups ( ...... ) output operation:
M
I
N
M
I
N
Fun
V01
V02
V03
V04
CELSIUS FAHRENHEIT
V05
V06
Description
Minimum Ventilation OFF Relative Temperature
Minimum Ventilation ON Relative Temperature
Minimum Ventilation output ON Time.
Minimum Ventilation output OFF Time.
Time unit of minimum ventilation when activated.
Time unit of minimum ventilation when deactivated
0
9
30
3
0-sec.
1-min.
90
90
2-hou.
2-hou.
999
999
-90
-90
0-sec.
0-sec.
0
0
0.0
5.0
30
3
0-sec.
1-min.
50.0
50.0
2-hou.
2-hou.
999
999
-50.0
-50.0
0-sec.
0-sec.
0
0
°C
°C
-
-
(*)
(**)
°F
°F
-
-
(*)
(**)
Min. Max.
Standar
Min. Max.
Standar
Unit Unit
G01
G10
G11
CELSIUS FAHRENHEIT
G02
G03
G04
G06
G07
G08
G05
G09
G14
G15
G16
G13
G12
-50.0
1.0
-50.0
1.0
-50.0
1.0
-50.0
1.0
-50.0
1.0
-50.0
1.0
-50.0
1.0
-50.0
1.0
50.0
15.0
50.0
15.0
50.0
15.0
50.0
15.0
50.0
15.0
50.0
15.0
50.0
15.0
50.0
15.0
5.0
1.0
10.0
1.0
15.0
1.0
20.0
1.0
25.0
1.0
30.0
1.0
35.0
1.0
40.0
1.0
-90
1
-90
1
-90
1
-90
1
-90
1
-90
1
-90
1
-90
1
90
27
90
27
90
27
90
27
90
27
90
27
90
27
90
27
9
2
18
2
27
2
36
2
45
2
54
2
63
2
72
2
Unid.Unid.
Fan Group Relative Temperature 1
Fan Group Hysteresis 1
Fan Group Relative Temperature 2
Fan Group Hysteresis 2
Fan Group Relative Temperature 3
Fan Group Hysteresis 3
Fan Group Relative Temperature 4
Fan Group Hysteresis 4
Fan Group Relative Temperature 5
Fan Group Hysteresis 5
Fan Group Relative Temperature 6
Fan Group Hysteresis 6
Fan Group Relative Temperature 7
Fan Group Hysteresis 7
Fan Group Relative Temperature 8
Fan Group Hysteresis 8
Fun Description Min. Max.
Standar
Min. Max.
Standar
(*) Depends on the value set in V03
(**) Depends on the value set in V04
°F
°F
°F
°F
°F
°F
°F
°F
°F
°F
°F
°F
°F
°F
°F
°F
°C
°C
°C
°C
°C
°C
°C
°C
°C
°C
°C
°C
°C
°C
°C
°C
0201

5.4 Heating
Parameters related to the Heating output ( ) operation:
H01 - Relative Heating Temperature
H02 - Heating Hysteresis
Temperature difference from the Main Setpoint. When the average temperature is below this value the Heating output is ON.
Difference from the Relative Heating Temperature for turning the Heating OFF.
5.5 Cooling
Parameters related to the Cooling output ( ) operation:
F01-Relative Cooling Temperature
F02-Cooling Hysteresis
F03-High Humidity to Force Cooling OFF
F04-High Humidity Hysteresis to Restart Cooling
F05-Cooling output ON Time
F06-Cooling output OFF Time
Temperature difference from the Main Setpoint. When the average temperature is above this value the Cooling output is turned ON.
Difference from the Relative Cooling Temperature for turning the Cooling OFF.
Maximum air humidity before turning the Cooling output OFF.
Maximum air humidity hysteresis to allow reactivating the Cooling output.
Time in seconds the Cooling output will be ON. If set to '0' the output is permanently ON.
Time in seconds the Cooling output will be OFF.
5.6 Water Sprayers
Parameters related to the Water Sprayer output ( and ) operation:
Min. Max.
Fun
Standar Standar
CELSIUS FAHRENHEIT
Unit
-50.0
0.1
0
0.1
0
0
5.0
15.0
100.0
20.0
999
999
30.0
1.0
50.0
1.0
10
10
F01 -90
1
0
0.1
0
0
90
27
100.0
20
999
999
54
2
50.0
1.0
10
10
F02
F03
F04
F06
F05
Relative Cooling Temperature
Cooling Hysteresis
High Humidity to Force Cooling OFF.
High Humidity Hysteresis to Restart Cooling
Cooling output ON Time
Cooling output OFF Time
Description Min. Max.
Unit
Fun
CELSIUS FAHRENHEIT
Unit
-50.0
1.0
50.0
15.0
Relative Heating Temperature
Heating Hysteresis
-30.0
1.0
H01 -90
1
90
27
-54
2
H02
Description Min. Max.
Standar
Unit
Min. Max.
Standar
Fun
CELSIUS FAHRENHEIT
Unit
N01
N02
N03
N04
N06
N07
N05
N08
N10
N11
N09
N12
-50.0
0.1
-50.0
0.1
0
0.1
0
0.1
0
0.1
0
0
90
27
90
27
100.0
20.0
100.0
20.0
100.0
20.0
999
999
4
2
8
2
20.0
1.0
40.0
1.0
80.0
1.0
10
10
-90
1
-90
1
0
0.1
0
0.1
0
0.1
0
0
2.0
1.0
4.0
1.0
20.0
1.0
40.0
1.0
80.0
1.0
10
10
50.0
15.0
50.0
15.0
100.0
20.0
100.0
20.0
100.0
20.0
999
999
Description Min. Max.
Standar
Unit
Min. Max.
Standar
Water Sprayer 1 Relative Temperature
Water Sprayer 1 Hysteresis
Water Sprayer 2 Relative Temperature
Water Sprayer 2 Hysteresis
Water Sprayer 1 ON Humidity
Water Sprayer 1 OFF Humidity Hysteresis
Water Sprayer 2 ON Humidity
Water Sprayer 2 OFF Humidity Hysteresis
High Humidity to Force Water Sprayers OFF
High Humidity Hysteresis to Restart Water Sprayers
Water Sprayer outputs ON Time
Water Sprayer outputs OFF Time
°F
°F
°C
°C
°F
°F
%RH
%RH
sec.
sec.
°C
°C
%RH
%RH
sec.
sec.
°F
°F
°F
°F
%RH
%RH
%RH
%RH
%RH
%RH
sec.
sec.
°C
°C
°C
°C
%RH
%RH
%RH
%RH
%RH
%RH
sec.
sec.
N01-Water Sprayer 1 Relative Temperature
N02-Water Sprayer 1 Hysteresis
N04-Water Sprayer 2 Hysteresis
N05-Water Sprayer 1 ON Humidity
N06-Water Sprayer 1 OFF Humidity Hysteresis
N07-Water Sprayer 2 ON Humidity
N08-Water Sprayer 2 OFF Humidity Hysteresis
N09-High Humidity to Force Water Sprayers OFF
N10-High Humidity Hysteresis to Restart Water Sprayers
N11-Water Sprayer outputs ON Time
N12-Water Sprayer outputs OFF Time
Temperature difference from the Main Setpoint. When the average temperature is above this value, the Water Sprayer output 1 will be ON.
Temperature difference from the Water Sprayer 1 Relative Temperature for turning the Water Sprayer 1 OFF.
N03 Water Sprayer 2 Relative Temperature
Temperature difference from the Main Setpoint. When the average temperature is above this value the Water Sprayer output 2 is ON.
Temperature difference from the Water Sprayer 2 Relative Temperature for turning the Water Sprayer 2 OFF.
When the relative air humidity is below this value the Water Sprayer 1 output is ON.
Humidity difference from Water Sprayer 1 ON Humidity for turning Water Sprayer 1 output OFF.
When the relative air humidity is below this level the Water Sprayer 2 output will be ON.
Humidity difference from the Water Sprayer 2 ON Humidity for turning Water Sprayer 2 output OFF.
Maximum air humidity threshold for turning both Water Sprayers outputs OFF
Maximum air humidity hysteresis to allow reactivating the Water Sprayer outputs.
Time in seconds Water Sprayer outputs will be ON. If set to '0' the outputs are permanently ON.
Time in seconds Water Sprayer outputs will be OFF.
5.7 Alarms
Parameters related to alarm output ( and ) operation:
A01-Relative low temperature alarm
A02-Relative high temperature alarm
A03-Temperature Alarm Hysteresis
A04-Low Humidity Alarm Threshold
A05-Low Humidity Alarm Hysteresis
A06- Alarm 1 Output Cycle Period
A07-Power Outage Delay for Alarm Validation (alarm 2)
Minimum temperature difference in relation to the main setpoint to activate the alarm output 1.
Maximum temperature difference in relation to the main setpoint to activate the alarm output 1.
Difference from High/Low TemperatureAlarm Thresholds for turning High/LowTemperature Alarms OFF.
Minimum relative air humidity to turn Low HumidityAlarm ON.
Difference from the Low HumidityAlarm Threshold for turning Low Humidity Alarm OFF.
Cycle time in seconds for alarm 1 output. If set to '0' the output is permanently ON.
Delay time in seconds for power outage validation (alarm 2).
Fun
CELSIUS FAHRENHEIT
Unit
-50.0
-50.0
0.1
0
0.1
0
0
50.0
50.0
15.0
100.0
20.0
999
999
-50.0
50.0
1.0
0.0
1.0
5
0
A01 -90
-90
1
0
0.1
0
0
90
90
27
100.0
20.0
999
999
-90
90
2
0.0
1.0
5
0
A02
A03
A04
A07
A05
A06
Relative low temperature alarm
Relative high temperature alarm
Temperature Alarm Hysteresis
Low Humidity Alarm Threshold
Low Humidity Alarm Hysteresis
Alarm 1 Output Cycle Period
Power Outage Delay for Alarm Validation (alarm 2)
Description Min. Max.
Standar
Unit Min. Max.
Standar
°F
°F
°F
%RH
%RH
sec.
sec.
°C
°C
°C
%RH
%RH
sec.
sec.
03 04

5.8 Datalogger
Parameters related to the operation of controller internal memory.
D01-Overwrite Data Memory
D02-Average Temperature Variation to Force Data Recording
D03-Humidity Variation to Force Data Recording
D04-Time Between Samples
D05-Datalogger Operation Mode
D06-Memory Clearing when Downloading via USB
This function sets the controller to have the new data overwriting the old (first) data in datalogger memory when it becomes full. This avoids losing
the last data outputted by the equipment.
Temperature variation that makes the controller record data in the memory regardless of the preset sample time.
Humidity level variation that makes the controller record data in the memory regardless of the preset sample time.
The controller records in the memory the time period between each sample.
You can configure how the internal device log operates:
- Always OFF
- Always ON
- Manual operation
Configures whether or not the controller shall clear the internal memory after downloading all the data via USB.
Off
On
Manual
5.9 Daily Setpoint Configuration
Parameters related to setpoint configuration for each day of the program.
CELSIUS FAHRENHEIT
Fun
0
0
0
1
0
0
1
5.0
5.0
999
2
1
1
0.5
5.0
5
2
0
0
0
0
1
0
0
1
9
5.0
999
2
1
1
1
5.0
5
2
0
D01
D02
D03
D04
D06
D05
Overwrite Data Memory (0-no, 1-yes)
Average Temperature Variation to Force Data Recording
Humidity Variation to Force Data Recording
Time Between Samples
Datalogger Operation Mode
Memory Clearing when Downloading via USB (0-no, 1-yes)
Unit Description Min. Max.
Standar
Unit Min. Max.
Standar
Fun
CELSIUS FAHRENHEIT
P13
P14
P15
P16
P18
P19
P20
P17
P21
P12
P01
P10
P11
P02
P03
P04
P06
P07
P08
P05
P09
1
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
1
20.0
0
25.0
0
30.0
0
35.0
0
40.0
0
45.0
0
50.0
0
55.0
0
60.0
0
55.0
0
1
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
130
221
130
221
130
221
130
221
130
221
130
221
130
221
130
221
130
221
130
221
130
1
68
0
77
0
86
0
95
0
104
0
113
0
122
0
131
0
140
0
131
0
Program 1 duration
Main Setpoint for the program 1
Program 2 duration
Main Setpoint for the program 2
Program 3 duration
Main Setpoint for the program 3
Program 4 duration
Main Setpoint for the program 4
Program 5 duration
Main Setpoint for the program 5
Program 6 duration
Main Setpoint for the program 6
Program 7 duration
Main Setpoint for the program 7
Program 8 duration
Main Setpoint for the program 8
Program 9 duration
Main Setpoint for the program 9
Program 10 duration
Main Setpoint for the program 10
Program 11 duration
Unit Description Min. Max.
Standar
Unit Min. Max.
Standar
-
°F
%RH
sec.
-
-
-
°C
%RH
sec.
-
-
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
Program Duration
Main Setpoint for the Program
Configures the amount of days for the selected program.
Configures the Main Setpoint the controller will use for the dayson which this program is running.
5.10 Configuration
Parameters related to Controller general operation.
C01-Sensor 1 Temperature Offset
C02-Sensor 2 Temperature Offset
C03-Sensor 1 Humidity Offset
C04-Activation delay
C05-LCD Contrast
C06-Language
Allows compensating any deviation in temperature readings when sensor 1 is changed.
Allows compensating any deviation in temperature readings when sensor 2 is changed. To turn sensor 2 OFF just select this function until “OFF” is
displayed.
Allows compensating any deviation in humidity readings when sensor 1 is changed.
s 1 and 2;
Screen contrast for the Liquid Crystal Display
Controller language
Water Sprayer
Delay between the activation of the following outputs (in ascending order of priority):
-Minimum ventilation;
-Fans group from 1 to 8;
-
-Cooling.
The other outputs are activated independently.
P22
P23
P24
P34
P26
P27
P28
P30
P31
P32
P29
P33
P25
P35
P36
P37
P38
P39
P40
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
0
-50.0
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
130
105.0
50.0
0
45.0
0
40.0
0
35.0
0
30.0
0
25.0
0
20.0
0
15.0
0
10.0
0
5.0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
0
-58
221
130
221
130
221
130
221
130
221
132
221
130
221
130
221
130
221
130
221
122
0
113
0
104
0
95
0
86
0
77
0
68
0
59
0
50
0
41
Main Setpoint for the program 11
Program 12 duration
Main Setpoint for the program 12
Program 13 duration
Main Setpoint for the program 13
Program 14 duration
Main Setpoint for the program 14
Program 15 duration
Main Setpoint for the program 15
Program 16 duration
Main Setpoint for the program 16
Program 17 duration
Main Setpoint for the program 17
Program 18 duration
Main Setpoint for the program 18
Program 19 duration
Main Setpoint for the program 19
Program 20 duration
Main Setpoint for the program 20
Fun
C01
C02
C03
C04
C07
C05
C06
C08
-15.0
-15.0
20.0
0
0
0
0
1
15.0
15.1
20.0
30
10
2
1
247
0
15.1
0
3
5
0
0
1
-27
-27
20.0
0
0
0
0
1
27
28
20.0
30
10
2
1
247
0.0
28
0.0
3
5
0
0
1
CELSIUS FAHRENHEIT
Sensor 1 Temperature Offset
Sensor 2 Temperature Offset
Sensor 1 Humidity Offset
Activation delay
LCD Contrast
Language
Temperature Units
RS485 Network Address
Unit Description Min. Max.
Standar
Unit Min. Max.
Standar
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
Days
°F
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
Days
°C
°F
°F
%RH
sec.
-
-
-
-
°C
°C
%RH
sec.
-
-
-
-
05 06

5.11 Date and Time Setting
Functions for setting the internal controller clock. You must select time or date inside this menu to input the proper settings:
Date setting
Time setting
To enter the selection press , the date or time will be displayed according to your selection.Adjust the values using and keys and select
to enter the setting. Repeat this procedure to configure all the values. The key cancels the current setting and returns to the previous one.
This function allows you to configure the controller name, which is used to differentiate data from various Humitech Super when their dataloggers
are all downloaded to the same pendrive.When you enter this function each character can be changed by using the and keys and entered
by using the key. This function also jumps the cursor to the next character.
After entering the last character the key will enter the new name. The key is used to go back to the previous setting or to cancel the setting
when you are in the first character.
5.12 Controller Name Configuration
5.13 Datalogger Memory Clearing
You can use this function to manually clear datalogger memory. When you press for this function the Humitech Super displays a message
indicating the operation process.
6. OPERATION PARAMETERS (ACCESSIBLE TO THE OPERATOR)
In this menu you can configure the parameter settings related to the current . To enter the operation menu press the
key for 2 seconds until the Operation Mod is displayed. Press to enter your selection. To go back press the key. Value setting is selected
through the and keys. Press key to confirm the operation or press the key to cancel it.
NOTE: When changing the operation mode, the days count of program mode is rebooted.
Available selections are:
Humitech Super
For choosing the operation mode;Humitech Super
For manually turning Datalogger ON/OFF.
6.1 Operation Mode
This function allows you to choose operation mode.Available selections are:the Humitech Super
Off -
Manual -
Program -
OFF mode
Manual Operation mode
Programming mode
6.2 Manual Datalogger ON/OFF
This function allows you to manually turn the datalogger ON/OFF.
MENU
02-Datalog activ
01-Operation Mod
02-Time Adjust
01-Date Adjust
7. MANUAL MODE FUNCTIONS
On the functions menu of the manual mode, you can easily access the operation options when the controller is using the daily setpoint configuration.
To enter this menu, press the button quickly. This menu is only available when the controller is operating in "Manual Mode", adjustable in the
“Operation Mode”.
The options available are:
01- SetpManual Manual setpoint configuration
MENU
02-Rst Max Min Reset maximum and minimum temperature of the manual mode
C07-Temperature Units
C08-RS485 Network Address
Temperature measurement units
Device address in the network for communicating with SITRAD software.
Note: you cannot have two devices with the same address in a network.
®
7.1 Manual Setpoint Configuration
This function allows you to configure the Main Setpoint the uses when configured for the Manual Operation mode.
This function allows to reset the record of maximum and minimum temperatures of the manual mode.
Humitech Super
7.2 Reset maximum and minimum temperature of the manual mode
8.1 Start/Restart Day Counter
This function allows the operator to start or restart the counting of elapsed days. When this function is selected the counter automatically goes to the
first day and starts to use the setpoint programmed for that day.
This function allows the operator to manually advance the counting of elapsed days. Each time this function is selected the counter is increased by 1
day.
8.2 Increments Day Counter
9. OPERATION
9.1 Operation Modes
9.2 Minimum Ventilation
9.3 Fan Groups
Humitech Super
Humitech Super
provides 3 Operation Modes:
- OFF Mode: the controller keeps control outputs OFF but still reads humidity and temperature data. Datalogger operate as usual.
- Manual Mode: the controller operates as usual using the value configured in section “Manual Setpoint” as the Main Setpoint.
- Program Mode: the controller operates as usual using as Main Setpoint the values configured for each program day. The automatic selection
of Main Setpoint is made through the adjusted program duration. The controller uses the Elapsed Days Counter to compute which program
shall run and uses the Setpoint adjusted for this program. The Day Counter is incremented when the internal clock
reaches midnight.
The Minimum Ventilation output operates as follows:
-The output remains OFF when the average temperature is below the value returned by [
].
-The output remains ON when the average temperature is above the value returned by [
].
-The output stays in cyclic operation according to the time configured in
and in ,
whenever the average temperature is between these values.
Example
Main Setpoint:
Minimum Ventilation OFF Relative Temperature:
Minimum Ventilation ON Relative Temperature:
Time unit of minimum ventilation when activated:
Time unit of minimum ventilation when deactivated:
Minimum Ventilation output ON Time:
Minimum Ventilation output OFF Time:
While the average temperature reading is below 25.0°C the Minimum Ventilation output is OFF. When the temperature rises
above 25.0°C the output is in cyclic operation ( ). However if the temperature keeps rising and surpasses
( ) the output is always ON.
The Fan Groups are composed by 8 fan outputs individually programmed to be ON according to the average temperature read.
Individual activation levels for each group are adjusted based on the Main Setpoint and operate as follows:
- The corresponding output is ON when the average temperature surpasses the value returned by “
.
- The corresponding output is OFF when the average temperature is below the value returned by “
.
Example:
Main Setpoint:
Fan Group 1 Relative Temperature:
Fan Group 1 Hysteresis:
Fan Group 2 Relative Temperature:
Fan Group 2 Hysteresis:
When the average temperature rises and surpasses 32.0°C ( ) the fan group 1 is turned ON. If the temperature keeps rising and
surpasses 34.0°C (30°C + 4.0°C) the fan group 2 is turned ON. If the temperature still keeps rising the remaining groups will be turned ON
according to each individual setting. The fan group 2 is turned OFF when the temperature falls below 32.5°C ( ) and fan group
1 is turned OFF when the temperature falls below 31.0 °C ( ).
Minimum Ventilation OFF Relative Temperature +
Adjusted Setpoint
Minimum Ventilation ON Relative Temperature +
Adjusted Setpoint
“Time unit of minimum ventilation when activated”, “Time unit of
minimum ventilation when deactivated”, “Minimum Ventilation output ON Time” “Minimum Ventilation output OFF Time”
30,0°C
-5.0°C
10.0°C
seconds
minutes
5 seconds
2 minutes
(30.0°C + (-5.0°C))
5 seconds ON, 2 minutes OFF 40.0°C
30.0°C + 10.0°C
Fan Group Relative Temperature + Main
Setpoint”
Fan Group Relative Temperature - Fan
Group Hysteresis”
30.0°C
2.0°C
1.0°C
4.0°C
1.5°C
30.0°C + 2.0°C
30.0°C + 4.0°C 1.5°C
30.0°C + 2.0°C 1.0°C
8. PROGRAMMING MODE FUNCTIONS
The Programming mode function menu allows you to easily access the operation selections when the controller uses the Daily Setpoint Programs.
To enter this menu, press the key repeatedly.
This menu is available only when the controller is working in the Programming Mode selectable as per section Operation Modes”.
Available selections are:
Start/Restart the elapsed program day counter.
Increment the elapsed program day counter.
MENU
02-Goto next day
01-Start Program
07 08

9.4 Heating
9.5 Cooling
9.6 Water Sprayer Feature
The Heating output operates based on the Main Setpoint and works as follows:
-When the average temperature is below the value returned by [Relative Heating Temperature + Main Setpoint] the Heating output is turned
ON
-When the average temperature rises and surpasses [Relative Heating Temperature + Heating Hysteresis] the Heating output is turned OFF.
Example:
Main Setpoint:
Heating Relative Temperature:
Heating Hysteresis:
When the average temperature falls and stays below 25.0 the Heating output is turned ON. As the temperature rises and
surpasses 26.0°C ( ) the output is turned OFF.
The Cooling output is designed to operate a SprinklingAir-Cooling Evaporation System and it is controlled both by temperature and humidity.
- When the average temperature is above the value returned by “ the corresponding output
is turned ON in cyclic mode, according to the settings configured in the parameters and .
- When the average temperature falls and stays below the calculation this output is
turned OFF.
If at any time the Cooling is turned ON and air humidity surpasses the value configured in then the
Cooling output is turned OFF. The output is turned ON again only if the humidity falls below the calculation
.
Example:
Main Setpoint:
Cooling Relative Temperature:
Cooling Hysteresis:
High Humidity to Force Cooling OFF:
High Humidity Hysteresis to Restart Cooling:
Cooling output ON Time:
Cooling output OFF Time:
When the average temperature surpasses 40.0°C the Cooling output enters the cyclic operation (15 seconds ON 30 seconds
OFF). When the temperature falls below 39.0°C the output is turned OFF. If the air humidity rises above 80.0% RH
during the Cooling process, the Cooling output is OFF until the humidity falls below 75% RH
Humitech Super Water Sprayer feature operates two Water Sprayer outputs. Each output is turned ON separately,
according to the temperature or humidity. When turned ON the Water Sprayer outputs operate in cyclic mode
according to the times configured.
-When the average temperature is above the value returned by the Water Sprayer output is
turned ON in cyclic mode.
-If air humidity is below the value adjusted in , the corresponding Water Sprayer output will also be turned ON in
cyclic mode, regardless of the current average temperature.
The Water Sprayer output will be turned OFF when the following situation occurs:
The average temperature falls and stays below the above-mentioned temperature minus the
The air humidity rises and stays above the sum .
-If at any time the air humidity is above the value configured in outputs
will be turned OFF, regardless of the current average temperature.
- When turned ON the Water Sprayer outputs operate in cyclic mode according to the values configured in the functions
and .
Example:
Main Setpoint: 30.0°C
Water Sprayer 1 RelativeTemperature: 15.0°C
Water Sprayer 1 Hysteresis: 10.0°C
Water Sprayer 2 RelativeTemperature: 20.0°C
Water Sprayer 2 Hysteresis: 5.0°C
Water Sprayer 1 ON Humidity: 20.0% RH
Water Sprayer 1 OFF Humidity Hysteresis: 5.0% RH
Water Sprayer 2 ON Humidity: 8.0% RH
Water Sprayer 2 OFF Humidity Hysteresis: 10.0% RH
High Humidity to Force Water Sprayers OFF: 80.0% RH
High Humidity Hysteresis to Restart Water Sprayers: 5.0% RH
Water Sprayer output ONTime: 5 seconds
Water Sprayer output OFFTime: 10 seconds
When the average temperature surpasses 45.0°C ( ) Water Sprayer 1 output is turned ON. If the temperature keeps rising and
30.0°C
-5.0°C
1.0°C
(30.0°C +(-5.0°C))
30.0°C 5.0°C +1.0°C
Relative Cooling Temperature + Main Setpoint”
Cooling output ON Time Cooling output OFF Time
“Relative Cooling Temperature - Cooling Hysteresis”
High Humidity to Force Cooling OFF
“High Humidity to Force Cooling
OFF - High Humidity Hysteresis to Restart Cooling”
30.0°C
10.0°C
1.0°C
80.0% RH
5.0% RH
15 seconds
30 seconds
(30.0°C + 10.0°C)
(30.0°C + 10.0°C +(-1.0°C))
(80% RH - 5% RH)).
“Relative Cooling Temperature +Main Setpoint”
“Water Sprayer ON Humidity”
“hysteresis for the water sprayer”.
“Water Sprayer ON Humidity + Water Sprayer OFF Humidity Hysteresis”
“High humidity to Force Water Sprayers OFF both Water Sprayer”
“Water Sprayer
output ON Time” “Water Sprayer output OFF Time”
30.0°C + 15.0°C
If at any moment the average temperature is below the main setpoint the Water Sprayers outputs will be deactivated.
surpasses 50.0°C (30.0°C + 20.0°C), Water Sprayer 2 output is turned ON. When the relative air humidity is below 20.0% RH Water Sprayer 1
output is turned ON. If humidity falls below 8.0%RH, Water Sprayer 2 output is turned ON.
When the average temperature is below 45.0°C ( ) and air humidity is above 18.0% RH ( ) the Water
Sprayer 2 output is turned OFF.
When the average temperature is below 35.0°C ( ) and air humidity is above 25.0% RH ( ) Water
Sprayer 1 output is turned OFF.
At any time during the operation, if the relative air humidity is above 80.0% RH both Water Sprayer outputs are turned OFF. Outputs can be turned
ON again when the humidity falls below 75.0% RH ( ). Water Sprayer outputs always operate in cyclic mode when turned ON:
.
alarm system is divided into two outputs: alarm 1 and alarm 2:
-Alarm 1 output is turned ON when any of the following parameters is alarmed:
The thresholds for parameter alarms can be configured at the functions
, and
WhenAlarm 1 output is turned ON it operates in cyclic mode according to the value configured at the functionAlarm .
-Alarm 2 output is turned ON always when a power outage occurs. Power outage detection time can be configured at the function
. WhenAlarm Output 2 is activated it remains ON (steady).
Example:
Main setpoint:
Relative Low Temperature Alarm:
Relative High Temperature Alarm:
Temperature Alarm Hysteresis:
Low HumidityAlarm:
Low HumidityAlarm Hysteresis:
Alarm 1 Output Cycle Time:
Power outage delay for alarm validation (Alarm 2):
Alarm 1 output is turned ON when any of the following situations occurs:
-Average temperature above
-Average temperature below
-Air humidity below
The hysteresis for exiting High/Low Temperature Alarm condition is valid for both:
The hysteresis for exiting Low HumidityAlarm condition is
When turned ON alarm 1 output operates cyclic:
During a power outage the controller waits to make sure it is not a power spike/surge before turning ON alarm 2 output continuously.
Daily setpoint programs allow you to configure a Main Setpoint for each day of the program. This feature makes the controller automatically change
its Main Setpoint for each program day. Day counter is increased at mid-night and the total amount of days cannot be greater than 132. For the
controller to use this feature the operation mode selected must be “ ”.
Example:
Program 1 - duration:
Program 1 Main Setpoint:
Program 2 - duration:
Program 2 Main Setpoint:
Program 3 - duration:
Program 3 Main Setpoint:
Program 4 - duration:
When starting the program the controller is set to the setpoint of program 1: 30.0°C; at midnight of the first day, the day number changes from 1 to 2;
since program 1 duration is 2 days the setpoint for program 1 ( ) remains valid.
Day counter is changed to 3 at the next midnight; since the amount of days is already higher than the duration of program 1, the controller starts to
use the setpoint for program 2: 35.0°C.
When day counter reaches 6 days the controller starts to use the setpoint for program 3 ( ).
The last program configured in this example is the program 3 since the amount of days in program 4 was configured to 0 (disabled). Therefore the
program batch finishes when the counter reaches 10 days. The controller displays a message in the screen and remains in operation with the last
setpoint configured (37.5°C) until the user changes the controller operation.
The internal memory (datalogger) is used to store the following information:
- Sensor faults
-Alarms
- Operation mode
- Number of the program that is running
- Temperature setpoint being used
- Control output status
- Current temperature/humidity readings
30.0°C + 20.0°C - 5.0°C 8.0% RH + 10.0% RH
30.0°C + 15.0°C - 10.0°C 20.0% RH + 5.0% RH
80.0% RH 5.0% RH 5
seconds ON - 10 seconds OFF
High Temperature, Low Temperature, Low Humidity.
Relative High Temperature Alarm, Relative Low Temperature
Alarm, Temperature, Alarm Hysteresis Low Humidity Alarm Low HumidityAlarm Hysteresis.
1 Output Cycle Time
Power
outage delay for alarm validation (Alarm 2)
30.0 ° C
-20.0°C
40.0°C
5.0°C
15.0% RH
8.0% RH
10 seconds
3 seconds
70.0°C
10.0°C
15.0% RH
5.0°C.
8.0% RH
10 seconds ON 10 seconds OFF.
3 seconds
Program Mode
2 days
30.0°C
3 days
35.0°C
4 days
37.5°C
0 days (OFF)
30.0°C
37.5°C
9.7 Alarms
9.8 Daily Setpoint Program
9.9 Datalogger
Humitech Super
Humitech Super
10
09

9.10 USB
10. FUNCTIONS WITH EASY ACCESS
10.1 Max/Min Values
10.2 Other Viewing Options
You can use the USB port to connect a pendrive for downloading its internal memory data. When you plug the device in the
USB port the controller displays a message asking if you really want to save datalogger data. If you press the controller performs the function. If
you press the operation is cancelled.
If the data were already downloaded at the same day in the same pendrive the controller warns you that the file already exists in the USB device. You
can choose to rewrite the file ( ) or to cancel the operation ( key).
NOTE: Do not remove the USB flash drive during data transfer.
Press the key to view the minimum and maximum temperature values. Two situations may occur depending on the Humitech Super operation:
- If the current operation mode is “Manual Mode” the controller directly displays the minimum and maximum temperature occurred since the
controller was turned ON.
- If the operation mode is “Program Mode” the controller firstly displays the initial date of the day counting and you can use the and keys to
navigate through the 132 possible days of the program. Each day has its respective minimum and maximum temperature values stored. Press
to exit this viewing mode.
For switching between other viewing options press until the desired selection is displayed. The viewing option screens will scroll as follows:
Humitech Super
Temperature
25.5 @ 31.5 $C
Maximum
Temper. Day:003
25.5 @ 31.5 $C
Program Mode
Manual and OFF Mode
Minimum
MaximumMinimum
Program Day
Main Screen All Readings Operation Mode Datalogger Status
The time between samples can be configured in the parameter . If you want to force the controller to sample
temperature/humidity when data changes, you can configure this in the parameter
.
By using the selection you can configure the controller to rewrite or not the oldest data when the internal memory is full. If
you choose “Yes” for this parameter the will record new data at the beginning of the memory every time the memory end is
reached. This procedure overwrites old data to preserve the newest data. If you choose “No” the stops datalogger
operation every time internal memory end is reached. This preserves old data however the new data is lost. When datalogger operation is stopped
the controller displays an “out of memory” message.
By configuring the parameter you can use the functions accessible to the operato to set the Datalogger to be always
ON, always OFF or to be manually turned ON.
Data stored in internal memory can be accessed through serial communication or USB port and can be viewed through the SITRAD supervision
software.
Internal memory data can be erased through the Advanced Settings menu or when the data is accessed through USB port and the parameter
Memory Clearing when Downloading via USB is set to “Yes”.
Time Between Samples
Average temperature variation to force data recording and
Humidity variation to force data recording
Overwrite Data Memory
Datalogger Operation Mode
Humitech Super
Humitech Super
®
Main screen (manual mode)
TM:25.4# U:40.0%
SP:10.0#
Manual
Setpoint
Humidity
Average
temperature
Main screen (program mode)
TM:25.4# U:40.0%
SP:10.0# 002/010
Manual
Setpoint
Humidity
Average
temperature
Current
day
Number
of days
All readings
T1:25.4 T2:25.8
TM:25.6 Um:40.0%
Average
temperature
Sensor 2
temperature
Sensor 1
temperature
Humidity
Operation mode (OFF mode)
Off Mode
Current operation
mode
Operation mode (manual mode)
Manual Mode
SP:10.0#
Manual
Setpoint
Current operation
mode
Operation mode (program mode)
Prog 01/01Mode.
SP:10.0# 002/010
Manual
Setpoint
Current program
number
Current operation
mode
Current
day
Number
of days
Total of
programs
Datalogger status
Log Off
16/03/09 15:41
TimeDate
Datalogger
status
TM:25.4# U:40.0%
16/03/09 15:41
TimeDate
Humidity
Average
temperature
Main screen (OFF mode)
The sensor porous white bulb is threaded and can be removed for cleaning. Use a soft brush, water and neutral detergent for cleaning the bulb.
11. BULB CLEANING
10.3 Alarm output inhibition
When the alarm output 1 is being activated, you can suppress it by pressing the key quickly
11 12

12. INSTRUMENT FIXATION MODE
12.1 DIN mount fixation
12.2 Screw fixation (wall-mounted)
Screw for fixation
(Installed from the front side)
HUMITECH SUPER
13 2
1
2
Wall
DIN rail
Instrument
DIN RAIL
WALL
WIRING PANEL
IMPORTANT
1:
2:
3:
As chapters of IEC 60 364 norms:
Install protectors against over voltage on power supply
Sensor cables and computer signals can be together, however not at the same place where power supply And load drive pass for.
Install suppresor of transient (RC filters) in parallel to loads, as for to increase the useful life of the relays.
13. WIRING DIAGRAM
12V
M
I
N
M
I
N
COMONN
ALRM 1 ALRM 2
POWER
SUPPLY
90 ~264Vac
50/60Hz
RED
ORANGE
GREEN
BROWN
YELLOW
TEMPERATURE/
HUMIDITY SENSOR
TEMPERATURE
SENSOR 2
(OPTIONAL)
SERIAL
COMMUNICATION
RS-485
K1
BATTERY
(OPTIONAL)
RED
ORANGE
GREEN
BROWN
YELLOW
TEMPERATURE/
HUMIDITY SENSOR
K2 K4 K6 K8 K10 K12
K3 K5 K7 K9 K11 K13
K1 to K13: Contactors
contactor´s
Note 2: The battery connected to terminals 53 and 54 is intended to keep the controller
basic functions operating (readings / datalogger) in case of power outage.
3:
ollow the product)
(follow the product)
Note 1: Relay outputs cannot be used for direct powering the loads (except for alarms).
They are designed to activate bobbins.
Note In order to obtain the maximum sealing and consequent protection against humidity,
the external diameter of the cables must meet the following specifications:
SERIAL COMMUNICATION RS-485 (f : Ø between 3.5 and 5.5mm
TEMPERATURE AND HUMIDITY SENSOR: Ø between 5.0 and 6.2mm
POWER AND CONTROL OUTPUTS : Ø between 7.0 and 10.2mm
TEMPERATURE SENSOR 2: Ø between 3.5 and 5.5mm
USB INPUT
A1 and A2 are the
contactor coil.
Suppresor
A1
A2
Wiring diagram of suppresor in contactors
POWER
AND CONTROL
OUTPUTS
13 14

RS-485 Network
terminal
grounded
External
mesh
®
Distribution Box
Used to connect more than one instrument to the
Interface. The wire's connections must be made in
agreement with the following rules: terminal of the
instrument connects to the terminal of the
distribution box, that must be connected with the
terminal of the Interface. Repeat the action for
terminals and , being the cable shield.
A
A
A
B
The terminal of distribution box must be connected
to the respective terminals of each instrument.
HUMITECH SUPER
Serial interface
RS-485
Full Gauge
Offset S1
C01@ 10.0#
A
B
AA
BB
AB
14. INTEGRATING CONTROLLERS, RS-485 SERIAL INTERFACE AND COMPUTER
RS-485 Serial Interface
®
Device used to establish the
connection Full Gauge Controls’
instruments with the Sitrad .
15