PRODUCTS

Using single crystal silicon resonant sensor technology.
Suitable for measuring flow, level, density and pressure of liquid, gas or steam.
Output 4~20mA DC current signal.
Can measure static pressure with built-in display or remote monitoring.
Fast response, remote setting, diagnostics and optional pressure alarm output.
Multi-sensor technology provides advanced diagnostic capabilities to detect blockages in the pressure line or abnormalities in the heating system.
FF fieldbus type is available.
The standard EJX series is TÜV certified and meets SIL 2 safety requirements.

Protection: Guards transmitter diaphragms against thermal, corrosive, or viscous processes.
Seal System: Offers multiple solutions, including specialized seals for challenging industrial processes.
Safety Certification: The system is certified safe and does not require installation hardware.
Application Versatility: Suitable for various pressure measurement applications, ensuring reliable remote measurements.

Output pressure range:
0～40KPa
0～250KPa
0～0.16～1MPa
0～0.4～2.5MPa
0～1.6～10MPa
Output type:
Ordinary analog type: 4～20mA
Conventional smart type: 4～20mA
Intended use: liquids, gases and vapors.

Output pressure range:
0～40KPa
0～250KPa
0～0.16～1MPa
0～0.4～2.5MPa
0～1.6～10MPa
Output type:
Ordinary analog type: 4～20mA
Conventional smart type: 4～20mA
Intended use: liquids, gases and vapors.

Multiple process connections, materials and output protocols Specifications: Maximum operating pressure 300psi, process temperature range -157°F to 401°F
Communication protocols: 4-20mA HART®, WirelessHART®, FOUNDATION™ Fieldbus, PROFIBUS®, 1-5V Low Power HART®
Transmitter connections: welded, serviceable process connections, flanged
Process wetted materials: 316L SST, Alloy C-276, Tantalum
Diagnostics Basic Diagnostics Certifications: SIL 2/3 certification based on IEC 61508, NACE® certification, hazardous location certification

Supports input of thermocouple, thermal resistance, DC voltage or resistance signals.
Converted to 4-20 mA DC signal or fieldbus signal output.
It is divided into HART communication type and FOUNDATIONTM fieldbus communication type.
The HART communication type complies with SIL2 safety level.

Product Name: Siemens Pressure Transmitter
Model: 7MF/7ML/7ME/7NG/7MH/7MB/7KG/7KM
Output signal type: 4-20mA or 0-10V
4-20mA signal advantages: suppress electromagnetic interference, easy to use
Application industries: chemical industry, petrochemical, food, pharmaceutical, aerospace, shipbuilding
Advantages: high precision, good stability, strong anti-interference ability, easy installation and maintenance

Honeywell transmitters convert pressure into an electronic signal.
The output signal is usually 4-20mA.
Signal is linearly related to pressure.
The control panel adjusts the sensitive components.
Provides output signal calibration options.
Pressure testing ensures resistance to extreme pressures.

Measure liquid, gas or vapor pressure.
Output 4~20mA DC current signal.
Fast response, remote setup and monitoring.
Diagnostic functions: high/low pressure alarm output.
Multi-sensing technology detects anomalies. FF fieldbus type is available.
TÜV certified and meets SIL 2 safety requirements.

Measure liquid, gas or vapor pressure.
Output 4~20mA DC current signal.
Fast response, remote setup and monitoring.
Diagnostic functions: high/low pressure alarm output.
Multi-sensing technology detects anomalies. FF fieldbus type is available.
TÜV certified and meets SIL 2 safety requirements.

Measure liquid, gas or vapor pressure.
Output 4~20mA DC current signal.
Fast response, remote setup and monitoring.
Diagnostic functions: high/low pressure alarm output.
Multi-sensing technology detects anomalies. FF fieldbus type is available.
TÜV certified and meets SIL 2 safety requirements.

Measure liquid, gas or vapor pressure.
Output 4~20mA DC current signal.
Fast response, remote setup and monitoring.
Diagnostic functions: high/low pressure alarm output.
Multi-sensing technology detects anomalies. FF fieldbus type is available.
TÜV certified and meets SIL 2 safety requirements.