Differential Pressure Transmitter

Description

Description

 

Technical Parameters

Differential pressure measurement range ‐100kPa~0-10kPa~5Mpa
Overload 150%FS
Singal output 4‐20mA ;  4‐20mA+HART ; RS485
Power supply 24(12~36V)DC
Comprehensive accuracy 0.075%FS ; 0.1%FS ; 0.25%FS ; 0.5%FS
Long term stability ±0.1%FS/year
Non-linearity 0.1%FS
Repeatability 0.05%FS
Storage temperature ‐40~85℃
Operating temperature ‐20~125℃
Compensation temperature ‐10~80℃
Body material SS304;SS316L(Customizable)
Diaphragm material SS316L ; Hastelloy C ; Tantalum
Housing material Flameproof aluminum housing
On-site display LCD digital display
Protection grade IP67
Electrical Connection Ex-proof metal gland ; M20*1.5 Ex-proof gland (external) ; M20*1.5 Ex-proof gland (internal) ; 1/2NPT Ex-proof gland (external) ; 1/2NPT Ex-proof gland (internal) ; G1/2Ex-proof gland (external) ; G1/2 Ex-proof gland (internal) ; M20*1.5 plastic gland
Process connection 1/4NPT/F ; 1/2NPT/F ; M20*1.5 T-joint

Features

1. Flameproof explosion-proof design, high safety
2. Adopt high-precision silicon sensor technology
3. Excellent static pressure performance (maximum static pressure can reach 32MPa)
4. Overload strong static pressure error is better than ≦ ±0.05%/10MPa
5. Optional HART communication protocol or RS485 digital signal

Application

1. Hydraulic and pneumatic control systems, liquid level measurement and control
2. Petrochemical, environmental protection (CEMS), pharmaceuticals
3. Power station operation inspection, locomotive braking system
4. Thermal power units, light industry, machinery, metallurgy
5. Industrial process detection and control
6. Building automation, constant pressure water supply, automatic control and detection systems

Differential Pressure Transmitter

Model:PT124B-3501

PT124B-3501 differential pressure transmitter is used to measure the pressure, level or density of liquid, gas or steam. The fully sealed silicon differential pressure sensitive element is used to ensure high pressure measurement accuracy while ensuring excellent stability and reliability.

This product can be configured with HART communication protocol and can communicate with control systems or handheld operators to set, monitor, test and configure through them.

The HART protocol uses the industrial standard BELL202 frequency shift keying (FSK) technology to achieve communication by superimposing digital signals on 4~20mA signals. During communication, the frequency signal does not interfere with 4~20mA.

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