Application example: depth measurement on CTD Probes

More about the application ➔ competence platform

Main features

• Salt water resistance
• High accuracy: temperature compensation and long term stability
• Low power consumption
• salt water resistance

Specifications

• Pressure measurement range: 0-2b/0-5b/0-10b/0-50b/0-100bar absolute

• Overload: 3x FS

• Burst pressure: >850 bar

• Accuracy: ≤±0.05 % FS.

• Total error (-5ºC … 35ºC): ≤ ±0.1 % FS

• Long-term stability: ≤ ±0.1 % FS/year.

• Supply voltage: 5 V ± 0.25V

• Output signal:   0.5 – 4.5 V

• Power consumption: < 11 mWatt

• Material: Hastelloy

Application

Filling machine for injection bags

Specifications

• ATM/F analog pressure/temperature transmitter with clamp flange 1 inch,

• Connector Binder 723, 5 pins demountable

• Accuracy +/- 0.1% FS

• Oil filling: certified for food applications

Similar standard products

➔ ATM/F

Application

The sensor system is used to monitor static or dynamic pressure (explosion) on tank systems. A wide variety of media are measured, mostly organic or inorganic dusts, dyes, salts, solvents, alkalis and acids (cleaning) etc. The sensor is always mounted above the maximum level of the tank.

ATM.1ST

• Pressure range 0 … 0.8 MPa, absolute
• Process connection G 1/4 M, with 2 boreholes Ø 1.2 mm in hex
• Electrical connection Connector MIL 38999, 10SL, 5/8″-23 A
• Maximum process temperature 125°C
• Accuracy <=+/- 0.1% FS
• Compensated temperature range: -40 … 125°C
• Version welded
• Electronic packed in gel
• Seal copper 9

ATM/T Pressure and temperature sensor

• Pressure range 0 … 20 bar, absolute
• Overpressure 3xFS
• Process connection G 1/2 M, flush diaphragm, gilded
• Electrical connection Stecker Lumberg RSF 4, 4 polig
• Temperature measuring range -40 … 125°C
  

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➔ Lifetime Optimization of Pressure Transmitters

Application

Gold platted transducer for hydrogen application
Only with pressure connection G 1/2″ male flush
Pressure ranges not below 1 bar and not over 600 bar
The gold coating is about 0.1 … 1 μm