High pressure transmitter TST-SMH

High pressure transmitter TST-SMH

Measuring ranges from > 0 ... +1000 bar to 0 … +4000 bar

High pressure connection with double seal cone

Output signal 4 ... 20 mA (2- or 3-wire) or 0 ... 10 V (3-wire)

Suitable for aggressive liquid or gaseous media

Media temperature -40 … +125 °C

product description High pressure transmitter TST-SMH

High pressure transmitters of the TST-SMH series are designed for measuring tasks in high pressure applications with a pressure range between 0 ... +1000 bar and 0 ... +4000 bar, such as mechanical engineering, hydraulics, hydropower technology or test bench construction. The sensors of the TST-SMH series are characterized by their high reliability, a compact and robust stainless steel housing and high overpressure and bursting pressure resistances. The measuring range is individually definable in the range of more than +1000 bar up to +4000 bar. The most common analogue output signals and electrical connection variants can be combined with two high-pressure process connections with double sealing cone to adapt the TST-SMH to all igh pressure measurement tasks.

Standard high pressure ranges TST-SMH 10... / 20...
Individual pressure ranges on request
Measuring range P(bar) 1600 2000 2500 4000
Overpressure P(bar) 2400 2400 3600 4800
Bursting pressure P(bar) 3000 3000 4500 6000




Technical data High pressure transmitter TST-SMH 10... / 20...
Electrical parameters TST-SMH 10... TST-SMH 20...
Output signal
Operating voltage UB
Permitted max. load RA
Recommended max. load resistor RL
4 ... 20 mA (2- or 3-wire)
9 ... 32 V DC
RA ≤ (UB - 9 V) / 20 mA

0 ... 10 V DC (3-wire)
12 ... 32 V DC

RL > 5 kΩ
Response time (10 ... 90 %) < 1 ms < 1 ms

Accuracy specifications

for the pressure range ≤ +2000 bar for the pressure range > +2000 up to +4000 bar
BFSL ≤± 0,15 % FS ≤± 0,25 % FS
Total error at RT


≤± 0,50 % FS *
Optionally available with increased measuring accuracy of ≤± 0.25 % FS
≤± 1,00 % FS *
Optionally available with increased measuring accuracy of ≤± 0.50 % FS
  * Including nonlinearity, hysteresis, zero point and full scale error
(according to IEC 61298-2).
Stability per year ≤± 0,10 % FS ≤± 0,20 % FS