Related Manuals for Omega Engineering DPS3301 Series
Summary of Contents for Omega Engineering DPS3301 Series
- Page 1 DPS3301 Series Wall-Mount Programmable Temperature Monitor...
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Page 2: Table Of Contents
SPECIFICATIONS ... 4 DESCRIPTION ... 5 THERMOCOUPLE OR RTD SELECTION... 5 OW TO ESET AND ROGRAM HERMOCOUPLE FIGURE 1. T /RTD S HERMOCOUPLE DISPLAY MODES... 6 RETAINING USER SETTINGS ON POWER DOWN... 7 DISPLAY UNITS C/F:... 7 SETPOINT DEVIATION: ... 7 DISPLAY HOLD FEATURE: ... - Page 3 OUTPUT CONNECTOR PIN ASSIGNMENT ... 20 TABLE 1. O UTPUT ONNECTOR FIG 4. DPS3301 SERIES TERMINAL COMPARTMENT ... 21 DIRECT INTERFACE TO UNIVERSAL RELAY MODULE ... 21 DIRECT INTERFACE TO UNIVERSAL RELAY MODULE ... 22 MOUNTING ... 23 ... 16 ...
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Page 4: Specifications
SPECIFICATIONS Typical @ 25 C and rated supply voltage unless otherwise specified. INPUTS: • Input types: J,K,T,E,R,S,B t/c, RTD, Voltage, Millivolt, Current & thermistor • Cold junction compensation error: +/- 0.5C max (10C to 40C) • Open thermocouple indication: ‘OPEN TC’ displayed OPTIONS: •... -
Page 5: Description
The DPS3301 also functions as a rate monitor, indicating instantaneous as well as average rate of temperature change. Programmable time base allows the rate to be displayed in per second, minute, hour or any other interval. -
Page 6: How To Reset And Program Thermocouple Type (Or Rtd)
How to Reset and Program Thermocouple Type (or RTD) A DPS3301-TC that is calibrated for a J, K, T, or E type thermocouple or an RTD model may be A DPS3301-TC that is calibrated for a J, K, T, or E type thermocouple or an RTD model may be... -
Page 7: Retaining User Settings On Power Down
DISPLAY HOLD FEATURE: DPS3301 offers a display hold feature. When ever pins 13 and 14 are shorted together (e.g. through a remote switch), the reading taken at the time of shorting is frozen on the display. The unit will continue displaying this value until the short is removed. -
Page 8: Flow Chart
FLOW CHART PROGRAM LIMITS PROGRAM LIMIT1 PROGRAM LIMIT2 Configure Limit3 as Process or Rate PROGRAM LIMIT3 Configure Limit4 as Process or Deviation PROGRAM LIMIT4 Select Timer Modes 0,1 or 2 PROGRAM TIMER1 PROGRAM TIMER2 RELAY DEADBAND Limit1 Normally open or closed Limit2 Normally open or closed Limit3 Normally open... -
Page 9: Setup Mode
For the five keys there are five digits --- 1,2,3,4,5. Pass-code is a combination of these digits and for DPS3301 units the pass-code to program new parameters is 3254. Three attempts at entering the correct pass-code are allowed. -
Page 10: Program Controller' Mode
'PROGRAM CONTROLLER' MODE Display Time On entering Program Controller mode, the very first step lets you program is the display time. This determines the length of time (in seconds) that any VALUE is displayed before message, such as ‘PROCESS’ is flashed. The unit will first show 'dSPLy t' (for Display Time), and then the current setting in seconds. -
Page 11: Cold Junction Adjustment
Cold Junction adjustment: After setting Heat/Cool mode, the next parameter is the cold junction reference temperature adjustment. The display will first show 'COLd JN' , and then the cold junction temperature will be indicated. Use ‘^DIGv’ key to adjust until the display reads the proper temperature. -
Page 12: Thermocouple Type Selection
NOTE 1: The unit must be powered up for at least ten minutes before any adjustments are made. NOTE 2: For calibrating units with RTD or Thermistor inputs, connect the source to input connector, dial in a temperature near high end of the scale and adjust gain potentiometer on the back of the unit (See figure 7 for reference). -
Page 13: Programming Limit 3
‘^DIGv’ key to increment/decrement the flashing digit. Configure Timing Mode DPS3301 is equipped with 2 versatile timers that may be programmed to operate in 3 different modes, referred to as Timer Mode 0, 1, or 2. -
Page 14: Timers 1 And 2
energized. In Mode 1 the timer is ON for a programmed amount of time after a temperature limit is reached (limit1 for Timer 1 and Limit 2 for Timer 2). When programmed amount of time has elapsed, the timer is de- energized. -
Page 15: Audio Alarm On/Off
RATE DPS3301 monitors rate of change of temperature per programmed time base and can be displayed by pushing the ‘DATA’ key (time base is programmed during SETUP procedure). The unit is capable of displaying instantaneous (calculated over the last time base period) as well as average rate of temperature change. -
Page 16: Deviation Alarm
RLY RST. Selection of latching or non-latching mode for outputs is done during setup. Electro-Mechanical Relay Option DPS3301 units can be ordered with either open collector outputs or electro-mechanical relays for process Page... -
Page 17: Figure 2. Electro-Mechanical Relays Hookup Example
limit alarms. (Check model number printed on the unit for option). If ordered with relays, then these relays are programmed during Setup to operate as Normally Open (NO) or Normally Closed (NC). The default setting is Normally Open. Each of these limit relays provides a switched output whenever a limit is reached. The maximum rating for a 120Vac unit is 120Vac @ 0.5 amp or 28 Vdc @ 1.0 amp. -
Page 18: Resetting Timers
To display Timer #1 value, push the TIME key twice. The first push shows elapsed time, while the second push will first display 'tr1 Cnt' (for Timer1 Count) and then Timer 1 value. To display Timer #2 value, push TIMER key three times. First two pushes display elapsed time and timer 1 value respectively, while the third push brings up timer 2 value on the display. -
Page 19: High And Low Peaks
HIGH AND LOW PEAKS A useful feature provided by the DPS3301 system is its ability to track high and low temperature peaks. This function is useful if a process must be left unattended for a long period of time, and it is necessary to find temperature extremes during the unattended period. -
Page 20: Output Connector Pin Assignment
‘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. -
Page 21: Connector
FIG 4. DPS3301 Series TERMINAL COMPARTMENT OFFSET ADJUST GAIN ADJUST (For Millivolt, T/C input) SIGNAL OUTPUT CONNECTOR CONNECTOR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 GND L2 L1 POSITIVE NEGATIVE SIGNAL SIGNAL POSITIVE... -
Page 22: Direct Interface To Universal Relay Module
It operates from 100vac to 240vac. This power supply provides power not only to the internal electronics and relays but has up to 20watts (5vdc) available for external applications by the user. Direct Interface to Relay-URM 400/800 DPS3301 TERMINAL COMPARTMENT Page... -
Page 23: Mounting
MOUNTING PICTURE HANGING-TYPE FIXTURE FOR MOUNTING SCREW 120mm MOUNTING SCREW SLOTS 4.72” (Mount Screws from front—see picture below ) 151mm 5.94” SLOTS IN TERMINAL COMPARTMENT FOR MOUNTING SCREWS Page... - Page 24 Page Page...
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- Page 26 M4300/0907 Page...