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WZP Armored Temperature Sensor
Standard Temperature Output for Control SystemsSBWR is a temperature transmitter designed around “Standard Temperature Output for Control Systems.” Supports -200~600, 4–20mA, 0–10V, 0–5V, RS485 for stable temperature measurement and system integration. The standardized signal path routes the measured value to PLCs, DCS platforms, displays or remote monitoring equipment. The confirmed values highlighted here are -200~600, 4–20mA, 0–10V, 0–5V. The feature is directly relevant to food process, temperature monitoring and industrial process projects. Connect field measurements directly to existing plc and monitoring systems, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation. | |
Flexible Bending for Restricted Installation SpaceWZP is a armored temperature sensor designed around “Flexible Bending for Restricted Installation Space.” The dedicated mechanical and connector structure simplifies installation, replacement and field maintenance. The dedicated mechanical, connector or mounting structure helps the instrument fit the intended pipe, tank, cabinet or equipment interface. The feature is directly relevant to boiler system, process pipeline and temperature monitoring projects. Shorten installation time and simplify later field maintenance, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation. | |
Customizable Mechanical Structure for Different InstallationsWZP is a armored temperature sensor designed around “Customizable Mechanical Structure for Different Installations.” The dedicated mechanical and connector structure simplifies installation, replacement and field maintenance. The dedicated mechanical, connector or mounting structure helps the instrument fit the intended pipe, tank, cabinet or equipment interface. The feature is directly relevant to boiler system, process pipeline and temperature monitoring projects. Shorten installation time and simplify later field maintenance, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation. | |
Technical Specifications | |
Built-in Sensor Element:Pt100 resistance temperature detector (IEC 60751); optional K/E/J/T/S-type thermocouples Accuracy Class:Standard Class A Pt100; Class 0.5 thermocouples Temperature Measurement Range:Pt100: -200°C to +400°C; TC thermocouples: 0 to 800°C Nominal Resistance at 0°C:Pt100: 100.00 Ω, temperature coefficient α = 0.003851 Ω/°C Built-in Transmitter Output:Standard 4–20 mA analog signal; optional 0–5 V/0–10 V voltage output Overall Transmitter Accuracy @25°C:±0.2% FS; high-precision customization: ±0.1% FS Transmitter Temperature Drift Coefficient:≤50 ppm/°C FS Maximum Output Load Resistance (4–20 mA):≤550 Ω Step Response Time:≤12 s (flowing medium) Lead Configuration (Sensor Element):Pt100: 3-wire configuration as standard; thermocouples: 2-wire configuration Long-Lead Compatibility:Built-in isolation; probe lead resistance ≤100 Ω with no measurement offset Fault Diagnosis:NAMUR standard wire break alarm (≤3.6 mA / ≥21 mA) Power Supply Specifications:DC 24 V ±10%; compatible with wide voltage range DC 12–32 V Calibration Method:Factory digital calibration; measurement range customizable upon request Supports Reverse Signal:Supports custom 20–4 mA reverse output | |
Dimension Chart |
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Wiring Diagram |
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