Omega Vehicle Security DPS3300 manual Power, Input Connector PIN Assignment

Page 25

POWER

Power connection should be made to the three terminal connector as shown in figure 3. Also, make note that it is very important that the power line inputs and the power ground are not switched. Doing so will permanently damage the instrument. Refer to Figure 3 for proper connections. For convenience, the printed circuit board is labeled

L1 L2 GND on the under side of three terminal power connector. For instruments with the 15Vdc power option, L1 = negative supply and L2 = positive supply.

NOTE: WHILE CONNECTING POWER TO THE UNIT, MAKE SURE THAT AC POWER LINE L1 OR L2 IS NOT ACCIDENTALLY CONNECTED TO GROUND (GND) TERMINAL. THIS WILL RESULT IN PERMANENT DAMAGE TO THE INSTRUMENT.

DOUBLE CHECK THE CONNECTIONS BEFORE APPLYING POWER!!

INPUT CONNECTOR PIN ASSIGNMENT

1

CH1 -

2 3

CH1+ CH2 -

4 5 6 7

CH2 + CH3 - CH3 + CH4 -

8 9

CH4 + CH5 -

10

11

12

13

CH5 + CH6 - CH6 + CH7 -

14

CH7 +

Table 4. DPS3300 Series Output Connector Pin Assignments

OUT-PUT CONNECTOR PIN ASSIGNMENTS

 

Pin #

Signal

Relay Output

Open Collector

 

1

Channel #1 Limit

Common

Positive Output

 

 

2

Channel #1 Limit

Normally Open/Closed*

Negative Output

 

3

Channel #2 Limit

Common

Positive Output

 

4

Channel #2 Limit

Normally Open /Closed*

Negative Output

 

5

Channel #3 Limit

Common

Positive Output

 

6

Channel #3 Limit

Normally Open/Closed*

Negative Output

 

7

Channel #4 Limit

Common

Positive Output

 

8

Channel #4Limit

Normally Open/Closed*

Negative Output

 

9

Channel #5 Limit

Common

Positive Output

 

10

Channel #5 Limit

Normally Open/Closed*

Negative Output

 

11

Channel #6 Limit

Common

Positive Output

 

12

Channel #6 Limit

Normally Open/Closed*

Negative Output

 

13

Channel #7 Limit

Common

Positive Output

 

14

Channel #7 Limit

Normally Open/Closed*

Negative Output

* = Normally Open/Closed is user programmable (Look under Set-up)

NOTE: PROPER RATING, CONNECTION AND CORRECT ORIENTATION OF THE CONNECTOR IS NECESSARY TO AVOID MALFUNCTION OR PERMANENT DAMAGE TO THE UNIT.

Page 24

Image 25
Contents Wall mount Multi-Channel Process Scanner Channel Configuration SetupSystem Configuration Display ModesPower Input Connector PIN Assignment Table of ContentsDirect Interface to Universal Relay Module Trouble Shooting Error Messages and Solutions MountingSpecifications Page Model no Description DescriptionDisplaying Parameters How to Display ParametersTo Display Perform Following Steps Mode Function Performed Elapsed Time ModeDisplay Modes High/Low Channel Mode Scan ModeDeviation Mode SetupDifference Mode Types of Deviation DisplaysSYS Parameter List CH Parameter ListSetup for Voltage or Current Input Channel ConfigurationSetup For Input Type Setup For Channel ON/OFFSetup For Low Scale Setup For High ScaleSetup For Offset Setup For TareSetup for Universal Relay Channel 1 Relay Setup For SetpointSetup For Limits Setup For DeadbandSetup For Engineering Units Setup for Thermocouple/ Thermistor/ RTD InputsTemperature units Turning Channels ON/OFFSetup Examples System ConfigurationSetup For Display Options Setup For Relay Latch/Non-Latch Setup For Display TimeSetup for Buzzer Setup For Cold Junction CalibrationInput Range Setup for current and voltage Setup For Channel CalibrationThermocouple Calibration Procedure Peaks Saving ParameterPage SYS CH Enter PasscodeSelect Channel Channel DiffLOW Channel Display Devn Channel Diff Elapsed Time IP Type Scan High ChannelThermistor CR.AL T/C K CurrentLimits RateOutputs Open Collector OptionInput Connector Output Connector Input Connector PIN Assignment PowerDirect Serial Interface to Direct Interface to Universal Relay ModuleError Messages and Solutions Trouble ShootingFactory Channel settings Slots in Terminal Compartment For Mounting Screws MountingWarranty Page M4302/0306