PRESSURE TRANSDUCERS 
TP1 Pressure transducer
 
Made of 17-4 ph stainless steel for highly dynamic stresses.
0.2% accuracy, 10bar to 700bar range 2mV/V output to fit all strain gauges instrumentation or 1-6V output.               1/4" Gas female connection.
 
 
 
All our standard strain gauge instrument can be used in connection with the TP1 transducer ( 2mV/V) So several TP1 can also be connected to totalize signals.
 
 
 
 

 

TP3 0.50% Pressure transducer
 
Made of 17-4 ph stainless steel for highly dynamic stresses.
Relative: 0.5bar to 20 bar pressure range.
Absolute 50bar - 2000 bar range pressure  1/4" Gas male, or 1/2 GAS male connection.
Working temperature: -10 - +70C
 
Supply 24VDC
Cable connection: DIN 43650 standard   or fixed cable.
 
Analog output modes:
0-5Volt or0-10Volt
4-20m A 2 wire
4-20mA 3 wire
 
 
TP12 0.20%Pressure transducer
Same data as TP3 except of accuracy
 
TP14 0.10% Pressure transducer
Same data as TP3 except of accuracy
 
 
TP14Lab 0.05%Pressure transducer
Same data as TP12 except of accuracy and 5kHz response
 

 

 

TP15 0.50% Pressure transducer
 
Made of 17-4 ph stainless steel for highly dynamic stresses.
relative 0.5 bar to 20 bar range                  Absolute 50 bar to 2000 bar pressure.          3/4" Gas male connection.
 
Working temperature: -10 - +70C
 
Supply 24VDC
Cable connection: DIN 43650 standard
 
Analog output modes:
0-5Volt or0-10Volt
4-20m A 2 wire
4-20mA 3 wire
 
PROTRUDING DIAPHRAGM

For easy cleaning and avoiding products build up inside transducer pressure area.

 

 

TP8 0.25% Pressure transducer
 
Made of 17-4 ph stainless steel for highly dynamic stresses.
Pressure mode:
Relative 5 bar to 20 bar range
Absolute 10 - 2000 bar range
 
Flange coupling connection for easy cleaning in food industry
 
Working temperature: -10 - +150C
 
Supply 5 - 12VDC
Cable connection: 3m
Special cable for high temperature.
 
Analog output modes:
2mV/V

 

Temperature range -10 - +150C

Non amplified, external amplifier needed, please ask and tell us what you need !!.

 

 

    NEW DF2 Differential Pressure   

 

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Copyright 2016 Nordisk Transducer Teknik
Last modified: maj 03, 2016