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MIW-GTE-EN-000 - 17 / 01 / 2018

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MODBUS REGISTERS MAPS

INPUT REGISTERS (Read-only)

Data type

Description

Data

Values

1

Temperature input

unsigned int.

Analog temperature input

0—600

0 = 

600 =

0,0 °C

60.0 °C

2

Vmax

unsigned int.

Max. motor speed value

170—230 

170 = 

230 = 

170 VAC

230 VAC

3

Vmin 

unsigned int.

Min. motor speed value

80—160 

80 = 

160 = 

80 VAC

160 VAC

4

Output voltage 

unsigned int.

Current output voltage

0,80—230

 0 =

80 = 

230 = 

0 VAC

80 VAC

230 VAC

5

Temperature setpoint  

unsigned int.

Temperature setpoint value 

GTE21-60-DM
GTE-1-60-DM

50—350

150—350

50 =

150  =   

350 = 

5,0 °C

15,0 °C

35,0 °C

6

Proportional range

unsigned int.

Proportional temperature value

1—4

1  =  
2 = 
3 = 
4 = 

2 °C
4 °C

6 °C
8 °C

7

Hysterisis 

unsigned int.

Hysterisis value 

1—4

1  =  
2 = 
3 = 
4 = 

0,5 °C

1 °C
2 °C
3 °C

8

Off level 

unsigned int.

Off level value 

0, 1

0 = 
1 = 

OFF

ON

9

 Sensor status 

unsigned int.

Input sensor status

0, 1

0 = 
1 = 

sensor connected

sensor disconnected

10

Reserved, Returns ‘0’

Note: 

The input registers can be read via the Modbus command: “Read input registers”.

HOLDING REGISTERS (Read/write)

Data type

Description

Data

Default

Values

1

Address

unsigned int.

Modbus device address

1—247

1

 

 

2

Modbus baud rate unsigned int.

Modbus communication baud rate

1—4

2

1 = 
2 = 
3 =
4 =  

9.600

19.200

38.400

57.600 

3

Modbus parity 
mode

unsigned int.

Parity check mode

0—2

1

0 =
1 =
2 = 

8N1

8E1

8O1 

4

Device type

unsigned int.

Device type (Read only)

GTE21-60-DM=3013

GTE-1-60-DM=3003

 

 

5

HW version

unsigned int.

Hardware version of the device 
(Read only)

XXXX

GTE21-60-DM

GTE-1-60-DM

0x0210 = 

0x0200 =

HW version 2.10

 HW version 2.00

6

SW version

unsigned int.

Software version of the device (Read 
only)

XXXX

GTE21-60-DM

0x0300 =

 SW version 3.00

GTE-1-60-DM

0x0230  =  

SW version 2.30

7

Operating mode

unsigned int.

Mode of operation 

0—1

0

0 = 
1 = 

Standalone mode

Modbus mode

8

Output overwrite

unsigned int.

Output overwrite mode 

0—1

0

0 = 
1 = 

Disabled 

Enabled

9-10

 

 

Reserved, return ‘0’

 

 

 

11

Vmax

unsigned int.

Max. motor speed value 

170—230

230

170  =  

230 = 

170 VAC

230 VAC

12

Vmin

unsigned int.

Min. motor speed value

80—160

80

80 = 

160 = 

80 VAC 

160 VAC

13

Temperature 
setpoint

unsigned int.

Temperature setpoint value 

GTE21-60-DM
GTE-1-60-DM

50—350

150—350

150

50 =

150 = 

350 = 

5,0 °C

15,0 °C

35,0  °C  

14

Proportional 
range

unsigned int.

Proportional range value

1—4

2

1 =

2 = 
3 = 
4 = 

2 °C
4 °C

6 °C
8 °C

15

Hysterisis 

unsigned int.

Hysterisis value

1—4

3

1 = 

2 = 
3 = 
4 = 

0,5 °C

1 °C
2 °C
3 °C

16

Off level 

unsigned int.

Off level value 

0—1

0

0 =

1 = 

 OFF

ON

17

Modbus time-out 
control

unsigned int.

Modbus time-out control value

0—1

0

0 = 
1 = 

Disabled 

Enabled

18

Modbust time-
out

unsigned int.

Modbus time-out value

0—60

1

1  =   

60 = 

1 min

60 min.

19

Vout

unsigned int.

Set override output voltage

0,80—230

0

0 = 

80 = 

230 = 

0 VAC

80 VAC

230 VAC

20

 

 

Reserved, returns ‘0’

 

Note: The holding registers can be managed via the following Modbus commands: “Read Holding Registers”, “Write Single Register” or “Write Multiple Registers”.
If you want to find out more about Modbus over serial line, please visit: 

http://www.modbus.org/docs/Modbus_over_serial_line_V1_02.pdf

ELECTRONIC   
FAN SPEED CONTROLLER

GTEX1-60

Summary of Contents for GTEX1-60-DM

Page 1: ...Mounting and operating instructions GTEX1 60 ELECTRONIC FAN SPEED CONTROLLER ...

Page 2: ...ED AREA OF USE 4 TECHNICAL DATA 4 STANDARDS 5 WIRING AND CONNECTIONS 5 OPERATIONAL DIAGRAM 5 MOUNTING INSTRUCTIONS IN STEPS 6 VERIFICATION OF INSTALLATION INSTRUCTIONS 9 MODBUS REGISTERS MAPS 10 TRANSPORT AND STOCK KEEPING INFORMATION 11 WARRANTY INFORMATION AND RESTRICTIONS 11 MAINTENANCE 11 ELECTRONIC FAN SPEED CONTROLLER GTEX1 60 ...

Page 3: ...sible avoid condensation All installations shall comply with local health and safety regulations and local electrical standards and approved codes This product can only be installed by an engineer or a technician who has expert knowledge of the product and safety precautions Avoid contacts with energised electrical parts always treat the product as if it is live Always disconnect the power supply ...

Page 4: ...es yes no GTE 1 60 DM 15 35 ºC no no no yes GTE 1 60 DT 15 35 ºC yes yes yes no INTENDED AREA OF USE Greenhouses and temperature controlled ventilation systems For indoor use only TECHNICAL DATA Supply voltage 230 VAC 10 50 60 Hz Output load max 6 A Potentiometer for minimum speed setting Internal trimmer for maximum speed setting Adjustable hysteresis and proportional range Potentiometer for temp...

Page 5: ...eutral L1 230 VAC not regulated output max 2 A GND T TEMP PT500 temperature sensor A RS485 signal A B RS485 signal B P5 Motor connection GTEX1 60 DT L Supply voltage 230 VAC 50 60 Hz mono phase 10 N Neutral PE Ground L1 230 VAC not regulated output max 2 A GND T TEMP PT500 temperature sensor Schuko socket Motor connection OPERATIONAL DIAGRAM Control curve 100 90 80 70 60 50 40 30 20 10 Min 5 15 C ...

Page 6: ...ded in the set and factory connected Also the DT version has a Schuko socket to plug in the motor fan If your unit is DT please skip step 1 2 Fix the jumpers accordingly see Fig 2 Jumper positions below NOTE The DM version can be used both as a stand alone unit or in conjunction with a computer and operated by Sentera s 3SModbus software or the Sensistant configurator When used stand alone its jum...

Page 7: ...e maximum speed trimmer to the desired value You can choose from the range 170 230 VAC The factory setting is 230 VAC 5 Optional setting The Network Bus Terminator NBT see Fig 5 NBT jumper used with Modbus RTU By default the NBT is disconnected Fig 5 NBT jumper NBT is connected NBT is disconnected factory pre set NOTE Connect the NBT only in the two most distant units on the network line Connect t...

Page 8: ...nd the correct mounting position and unit mounting dimensions See Fig 6 Mounting dimensions and Fig 7 Mounting position Fig 6 Mounting dimensions Fig 7 Mounting position 140 102 140 97 140 204 Acceptable Not acceptable 4 Set the maximum speed trimmer to the desired value see Fig 8 Max speed trimmer You can choose from the range 170 230 VAC The factory setting is 230 VAC Fig 8 Max speed trimmer Vma...

Page 9: ... power supply cable Euro standard Integrated cable with PT500 sensor 4 The connected motor will run at min speed 5 Adjust the TEMP potentiometer to temperature equal to the ambient temperature 6 The motor fan will run at min speed and speed up if the ambient temperature rises hold the temperature probe in your hands to check 7 Adjust the temperature potentiometer to the min position 5 C for GTE21 ...

Page 10: ...0 DM 3003 5 HW version unsigned int Hardware version of the device Read only XXXX GTE21 60 DM GTE 1 60 DM 0x0210 0x0200 HW version 2 10 HW version 2 00 6 SW version unsigned int Software version of the device Read only XXXX GTE21 60 DM 0x0300 SW version 3 00 GTE 1 60 DM 0x0230 SW version 2 30 7 Operating mode unsigned int Mode of operation 0 1 0 0 1 Standalone mode Modbus mode 8 Output overwrite u...

Page 11: ... any responsibilities The manufacturer bears no responsibility for any misprints or mistakes in this data ATTENTION Use only fuses of the type and rating specified above otherwise loss of warranty will ensue MAINTENANCE In normal conditions this product is maintenance free If soiled clean with a dry or dampish cloth In case of heavy pollution clean with a non aggressive product In these circumstan...

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