background image

 

G.M. International ISM0361-3 

D5212

 - SIL 2 Quadruple Repeater Power Supply 

Configuration parameters: 

Screenshots: 

The SWC5090 is able to continuously scan the module and display the real-time values 
on screen. Note that while the module is being monitored, configuration screens are  
disabled. 
The display shows all the monitored parameters: 



Input: represents the value read from field. 



Output: represents the theoretical output value. 



Alarm status: is represented by a led, which is red when activated. 



Faults: is represented by a led, which is red when activated 

 



Graph: shows only the variable chosen from the monitored values box. 

INPUT: 
 Out of range: 



Low threshold: input value below which the fault is triggered 



High threshold: input value above which the fault is triggered 

 Tag:

 



16 alphanumerical characters 

OUTPUT: 
 Type: 
 



0-20 mA Source 



4-20 mA Source 

 



Custom Source 

all output parameters are fully customizable

 

 Downscale: 

analog output downscale in normal working condition (range 0 to 24 mA)

 

Upscale: 

analog output upscale in normal working condition (range 0 to 24 mA)

 

Under range: 

analog output value in under range condition (range 0 to 24 mA) 

 

Over range: 

analog output value in over range condition (range 0 to 24 mA) 

 

Fault output value: 

analog output value in case of fault condition (range 0 to 24 mA) 

 

Fault in case of: 

analog output is forced to “Fault Output Value” when input is out of 

configured range

 

Advanced settings: 

When the advanced settings button is clicked, the following 

settings box is shown. 

Input A selector: 

 



Input 1:   output represent Input1 

 



Input 2:   output represent Input2 



Input 3:   output represent Input3 



Input 4:   output represent Input4 

 Output operations:  



None:  

output operations are disabled. 



Subtraction: analog output represents the subtraction of the two selected  

 

 

 input channels. 

 



Sum:  

analog output represents the sum of the two selected input channels. 



Maximum:  analog output represents the higher of the two selected input ch. 

 



Minimum:   analog output represents the lower of the two selected input channels. 

  Input B selector: 

(it is shown when the output operations selected is not None) 

 



Input 1:   represents the second operand used for the output operation. 

 



Input 2:   represents the second operand used for the output operation. 



Input 3:   represents the second operand used for the output operation. 

 



Input 4:   represents the second operand used for the output operation. 

 

Monitor 

Data logger Configuration 

Output Configuration 

Output Advanced 

Summary of Contents for D5212Q

Page 1: ...D5212 SIL 2 Quadruple Repeater Power Supply G M International ISM0361 3 SIL 2 Quadruple Repeater Power Supply DIN Rail and Termination Board Model D5212Q D5212Q INSTRUCTION MANUAL...

Page 2: ...e mode current limited at about 25 mA Response time 100 ms max 10 to 90 step change Output ripple 20 mVrms on 250 Modbus Output for parameter configuration and burnout fault indication Modbus RTU prot...

Page 3: ...instruments associated with the barrier Terminal block connections HAZARDOUS AREA SAFE AREA Output Ch 1 1 Output Ch 1 2 Output Ch 2 3 Output Ch 2 4 Output Ch 3 5 Output Ch 3 6 Power Supply 24 Vdc 9 P...

Page 4: ...ea Hazardous Locations and group encountered and that its maximum allowable voltage current power Ui Vmax Ii Imax Pi Pi are not exceeded by the safety parameters Uo Voc Io Isc Po Po of the D5212Q Asso...

Page 5: ...I I I In 2 In 4 2 Wire Tx 2 Wire Tx External Powered Tx 2 Wire Tx 2 Wire Tx Common positive connection for passive transmitter input SIL 2 SIL 2 SIL 2 SIL 2 Common negative connection for active tran...

Page 6: ...all connections Identify the function and location of each connection terminal using the wiring diagram on the corresponding section as an example Connect 24 Vdc power supply positive at terminal 9 an...

Page 7: ...range 0 to 24 mA Over range analog output value in over range condition range 0 to 24 mA Fault output value analog output value in case of fault condition range 0 to 24 mA Fault in case of analog outp...

Page 8: ...nts the second operand used for the output operation Input 2 represents the second operand used for the output operation Input 3 represents the second operand used for the output operation Input 4 rep...

Page 9: ...ult High 16 bits 1 129 Input4 Downscale Low 16 bits 1 130 Input4 Downscale High 16 bits 1 131 Input4 Upscale Low 16 bits 1 132 Input4 Upscale High 16 bits 1 133 Input4 Fault Switch 3 134 Input4 Low Ra...

Page 10: ...High 16 bits 1 Output Data R 553 Output 2 virtual value Low 16 bits 1 Output Data R 554 Output 2 virtual value High 16 bits 1 Output Data R 558 Output 3 virtual value Low 16 bits 1 Output Data R 559...

Reviews: