Omega Speaker Systems DPS3301 Output Connector PIN Assignment, Output Connector Pin Assignment

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‘SIGNAL CONNECTOR’ in figure 4. Also indicated are the input signal’s positive and negative polarities for thermocouple connection. These markings are also on the printed circuit board in front of the connector. Care should be taken to connect the positive and negative legs of the signal source to the proper terminals on the connector. A wrong connection will result in incorrect process readings. (No polarity is necessary for RTD or thermistor).

OUTPUT CONNECTOR PIN ASSIGNMENT

Table 1 shows the output connector pin numbers and signal description. For convenience, the printed circuit board is labeled R1 through R7. Additionally, positive and negative outputs for open collector outputs are also indicated.

TABLE 1. Output Connector Pin Assignment

 

SC REW TER M IN AL O U TPUT CO NNEC TO R

 

1

2

3

4

5

6

7

8

9

10

11

12

13

14

PIN NO

 

 

 

 

DESCRIPTIO N

 

 

 

 

 

 

1

LIM IT 1 CO M M O N/O PEN CO LLECT O R PO SIT IV E

 

 

 

 

2

LIM IT 1 N O R M A LLY O PEN /O PEN CO LLECTO R N EG A TIV E

 

 

3

LIM IT 2 CO M M O N/O PEN CO LLECT O R PO SIT IV E

 

 

 

 

4

LIM IT 2 N O R M A LLY O PEN /O PEN CO LLECTO R N EG A TIV E

 

 

5

LIM IT 3 CO M M O N/O PEN CO LLECT O R PO SIT IV E

 

 

 

 

6

LIM IT 3 N O R M A LLY O PEN /O PEN CO LLECTO R N EG A TIV E

 

 

7

LIM IT 4 CO M M O N/O PEN CO LLECT O R PO SIT IV E

 

 

 

 

8

LIM IT 4 N O R M A LLY O PEN /O PEN CO LLECTO R N EG A TIV E

 

 

9

TIM ER 1 CO M M O N /O PEN CO LLECTO R PO SIT IV E

 

 

 

 

10

TIM ER 1 N O R M A LLY O PEN /O PEN CO LLECTO R N EG A TIV E

 

 

11

TIM ER 2 CO M M O N /O PEN CO LLECTO R PO SIT IV E

 

 

 

 

12

TIM ER 2 N O R M A LLY O PEN /O PEN CO LLECTO R PO SITIV E

 

 

 

13

 

D ISPLA Y H O L D SW ITCH CO N N EC ITO N

 

 

 

 

 

 

14

D ISPLA Y H O L D SW ITCH CO N N ECT IO N

 

 

 

 

 

NOTE: Pins on the connector other than those designated in table 1 must NEVER be connected to any other signal under any circumstances. Also, proper connection and correct orientation of the connector are necessary to avoid malfunction or permanent damage to the instrument.

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Contents DPS3301 Series Wall-MountProgrammable Temperature Monitor Specifications Description Thermocouple or RTD Selection Timers Specifications AccuracyDescription Thermocouple or RTD SelectionHow to Reset and Program Thermocouple Type or RTD Display ModesRetaining User Settings on Power Down Display Hold FeatureDisplay Units C/F Setpoint DeviationFlow Chart Program LimitsSetup Mode Entering and Exiting Setup ModeHow To Increase/Decrease Programmable Values Setup Passcode EntryProgram Controller Mode Display TimeDisplay Option Rate Time-BaseCold Junction adjustment Thermocouple Calibration‘PROGRAM LIMITS’ Mode Thermocouple type SelectionProcess Limits 1 thru Selection of Limit 3 as Process or Rate LimitSelection of Limit 4 as Process or Deviation Configure Timing ModeProgramming Limit Timers 1 Configuring Limits Normally Open/Normally ClosedRelay Deadband Relay Latching/non LatchingSetpoint Deviation Alarm Audio Alarm On/OffRate Alarm Resetting Rate AlarmProcess Alarms Timers Open Collector OptionTimer Modes Elapsed TimePower Signal ConnectionHow to Reset High & Low Peak readings High and LOW PeaksOutput Connector PIN Assignment Output Connector Pin AssignmentDPS3301 Series Terminal Compartment Direct Interface to Universal Relay Module Mounting Page Page M4300/0907