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20 • Resistance/Temperature Conversion Table Pt. 100 as per Din 43760 

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7.

 

RESISTANCE/TEMPERATURE CONVERSION TABLE PT. 100 AS PER DIN 43760 

 

Temperature  
Units =Deg C   

Pt.100 (DIN 43760) 
Units = Ohms  

 

Temperature  
Units =Deg C   

Pt.100 (DIN 43760) 
Units = Ohms  

100.00 

 

110 

142.29 

10 

103.90 

 

120 

146.06 

20 

107.79 

 

130 

149.82 

30 

111.67 

 

140 

153.58 

40 

115.54 

 

150 

157.32 

50 

119.40 

 

160 

161.04 

60 

123.24 

 

170 

164.76 

70 

127.07 

 

180 

168.46 

80 

130.89 

 

190 

172.16 

90 

134.70 

 

200 

175.84 

100 

138.50 

 

 

8.

 

DIP SWITCHES SETTINGS FOR PT100/THERMISTOR INPUTS DESIGNATION 

The following must be done in order to set the right sensors connected to the TPR-6: 

1.  Set the sensor type in the TEMPERATURE SETTINGS page. Refer to section 

6.1 page 10. 

2.  Set the dipswitches as shown here after.   

In order to change the position of the dip switches the main PCB (In all models) and  the input PCB 
(In TPR-6/14 only) should be dismantled. 

Note:

 Take all safety precautions to prevent electrical shock or damage to the TPR-6 before 

dismantling the TPR. 

 

 

 

Main PCB (All models) 

Input PCB (TPR-6/14 only) 

Close look on dip switches 

S1&S2 

PT100/Thermistor inputs T1-T6 (All models) are designated via dip switches 1-6 on the main PCB. 
PT100/Thermistor inputs T7-T14 (TPR-6/14 only) are designated via dip switches 1-8 on the input PCB. 
Two sets of dip switches are on each PCB – marked S1 and S2. Each PT100/Thermistor input is designated 
by the position of two dip switches – one in S1 and the second in S2. Both dip switches must be in the same 
position. 
 
When dip switches are in ON position, the input is designated as a Thermistor input (PTC type or NTC type 
should be programmed via the key pad). 
When dip switches are in Off position the input is designated as PT100. 
 
For example, in order to designate PT100/Thermistor input T6 to Thermistor PTC put dip switch no. 6 in S1 
and dip switch no. 6 in S2 on the main PCB to its ON position. After doing so program this input as a PTC 
input via the key pad. 
In order to designate PT100/Thermistor input T8 to PT100 put dip switch no. 2 in S1 and dip switch no. 2 in S2 
on the input PCB to its OFF position. (Note that dip switches no. 1 in S1 & S2 are for PT100/Thermistor input 
T7). 

Содержание TPR-6

Страница 1: ...T TP PR R 6 6 T Te em mp pe er ra at tu ur re e P Pr ro ot te ec ct ti io on n R Re el la ay y I In ns st tr ru uc ct ti io on n M Ma an nu ua al l Ver June 1st 2010...

Страница 2: ...Information 27 15 Notes 28 Safety notes Read this manual carefully before operating the equipment and follow its instructions Installation operation and maintenance should be in strict accordance wit...

Страница 3: ...t in degrees C for RTD type sensors or K for Thermistor type sensors Time delay level 1 A time delay can be set for level 1 Time delay level 2 A time delay can be set for level 2 Group of sensors Used...

Страница 4: ...e digital parameters setting actual parameters readings and detailed trip and alarm message displays Changes can easily be prevented by the usage of the parameter lock feature RS485 serial link with M...

Страница 5: ...roup together with the RS 485 communication When using both connections verify that analog out user or RS 485 user is using an isolated circuitry Connect all shield wires to ground a short busbar may...

Страница 6: ...d as Alarm the relay de energizes This relay can be used to sense control supply outage TRIPPING ALARM Relay can be assigned to specific faults that are enabled as alarm or trip Common 1 N C 2 N O 3 O...

Страница 7: ...RTD 6 66 67 68 For a 14 thermal inputs Thermistor 7 21 22 RTD 7 21 22 23 Thermistor 8 24 25 RTD 8 24 25 26 Thermistor 9 27 28 RTD 9 27 28 29 Thermistor 10 30 31 RTD 10 30 31 32 Thermistor 11 33 34 RT...

Страница 8: ...ne will appear under the first letter of the lower line for example RTD Press once to increase parameter value Press and hold to increase value at a fast rate Press once to decrease parameter value Pr...

Страница 9: ...e minutes this parameter will be constantly displayed 2 A new parameter setting becomes effective upon setting even before storing it in the non volatile memory However setting a parameter without sto...

Страница 10: ...f Tx SENSOR TYPE is set to RTD this display is in deg C Celsius degrees If Tx SENSOR TYPE is set to PTC THERMISTOR or NTC THERMISTOR this display is in kOHM Press or keys to set Tx LEVEL 1 value Range...

Страница 11: ...r all sensor channels Press or keys to set time delay Range 0 1 20 Sec Press SELECT Any sensor 1 14 can be grouped for group measurement and analogue output Press or keys to set whether the temperatur...

Страница 12: ...P the relay changes position upon trip and returns to original position upon reset after fault has been removed TRIP FAIL SAFE the relay changes position upon voltage connection and return to original...

Страница 13: ...e modified Press or keys to lock unlock parameters settings Range NOT LOCKED LOCKED Press SELECT When locked parameters can be reviewed but not modified via the communication link When unlocked parame...

Страница 14: ...nsor will be displayed showing NOT USED Press SELECT Enabling Disabling trip function for T1 LEVEL 1 Press or keys to set if TRIP is after T1 LEVEL 1 Range DISABLE ENABLE Press SELECT Enabling Disabli...

Страница 15: ...keys to set if EXTERNAL FAULT 1 is set to TRIP the unit Range DISABLE ENABLE Press SELECT to see ALARM AUTO RST RELAY A RELAY D settings for EXTERNAL FAULT 1 Press SELECT Enabling Disabling trip funct...

Страница 16: ...upon communication failure Press or keys to set this function Range DISABLE ENABLE Press Select to see Alarm AUTO RST RELAY A RELAY D settings for COMM PORT FAILED Press SELECT Enabling Disabling tri...

Страница 17: ...SOR TYPE is set to PTC THERMISTOR T3 SENSOR TYPE is set to PTC THERMISTOR Press SELECT In case sensors are not connected the LCD will show FAILED SENSOR Press SELECT In case sensors are not connected...

Страница 18: ...25 5 KOHM R3 MAX VALUE 25 5 KOHM R3 AT TRIP TIME 0 KOHM 255 deg C Note When in the STATISTICAL DATA displays pressing RESET for more than 1 second will zero the display screen More than One Alarm or T...

Страница 19: ...STORE PAGE keys simultaneously Note All values set by you will be erased Display will show Press SELECT If it is required to reset all STATISTICAL DATA press STORE RESET keys simultaneously Note All...

Страница 20: ...electrical shock or damage to the TPR 6 before dismantling the TPR Main PCB All models Input PCB TPR 6 14 only Close look on dip switches S1 S2 PT100 Thermistor inputs T1 T6 All models are designated...

Страница 21: ...done 1 Identify the Main PCB in All models and Input PCB TPR 6 14 only 2 Remove four screws holding the back cover of the TPR 6 and remove the cover 3 Hold the Input PCB by the two sides of the connec...

Страница 22: ...T1 LEVEL 1 Always 49R 2 T2 LEVEL 1 Always 49R 3 T3 LEVEL 1 Always 49R 4 T4 LEVEL 1 Always 49R 5 T5 LEVEL 1 Always 49R 6 T6 LEVEL 1 Always 49R 7 T7 LEVEL 1 Always 49R 8 T8 LEVEL 1 Always 49R 9 T9 LEVE...

Страница 23: ...e key If an error is found during store process then next message is shown STORAGE ERROR Displayed when an error is found in the store process WRONG PARAMETERS Displayed after power up if the non vola...

Страница 24: ...and continuous updates of performance parameters Load control can be performed from host computers or by PLCs The following information and control can be accessed through the communication All Actua...

Страница 25: ...K Time delay 2 Sec Accuracy 3 of full scale resistance Max wire resistance 25 of Sensor resistance at 10 deg C Fault Time Delays Accuracy 0 5 Sec or 2 of time which ever is greater for all but the ab...

Страница 26: ...6 Dimensions and Cut Out Dimensions ________________________________________________________________________________________________ 13 DIMENSIONS AND CUT OUT DIMENSIONS 86 4 107 Cut Out 92 138 144 96...

Страница 27: ...uts Specify Description 6 6 Temperature Inputs 14 14 Temperature Inputs Supply Voltage Specify Description 2 110 240V 50 60Hz or DC 10 15 Communication Specify Description M RS485 with MODBUS protocol...

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