| Input Signal: | Please select |
|---|---|
| Output Signal: | |
| Channel: | Please select |
| Power Supply : | Please select |
| SKU: | |
| Availability: | |
| Quantity: | |
WS9050 RTD Temperature Transmitter
WS9050 is a temperature transmitter designed around “Reliable Rtd Measurement & Conversion.” Supports PT100, Cu50 for stable RTD measurement and system integration. The sensing structure converts the physical process variable into a clear signal for industrial monitoring and automation. The confirmed values highlighted here are PT100, Cu50. The feature is directly relevant to water tank, control cabinet and process pipeline projects. Improve measurement clarity and maintenance efficiency in water tank applications, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation.
WS9050 is a temperature transmitter designed around “Direct Single-channel Temperature Conversion.” Multiple channel arrangements support centralized temperature monitoring. The channel and model arrangement makes it easier to match the number of field points without changing the overall cabinet architecture. The feature is directly relevant to water tank, control cabinet and process pipeline projects. Handle more monitoring points with fewer separate cabinet modules, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation.
WS9050 is a temperature transmitter designed around “Standard Temperature Output for Control Systems.” Supports 4–20mA, 0–5V, 0–10V, RS485, PT100 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 4–20mA, 0–5V, 0–10V, RS485. The feature is directly relevant to water tank, control cabinet and process pipeline 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.
Working Principle Diagram
Maximum Input Load (RTD Lead Resistance):≤100 Ω
Input Excitation Voltage:Constant voltage 1.2 V
Input Impedance (RTD Sensing Terminal):≥100 MΩ
Maximum Output Load Resistance (4–20 mA/0–20 mA):0–500 Ω
Voltage Output Load Impedance (0–5 V/1–5 V/-1–5 V):≥10 kΩ
Step Response Time (Output Reaches 90% Steady State):<500 ms
Temperature drift coefficient:<100 ppm/°C FS
Independent linearity error:±0.1% FS
Overall accuracy of the unit (at 25°C ambient temperature):Standard: ±0.5% FS; High-precision custom: ±0.2% FS
Supports reverse signal output:Supports custom reverse 20–4 mA and negative voltage output (-1–5 V)
Two-wire sensor power supply:None (built-in constant-voltage excitation; no external power supply required)
RTD open-circuit fault diagnosis:Open-circuit output ≈25 mA, out-of-range alarm
Optional output channels:1 input, 1 output / 1 input, 2 outputs (dual independent transmitters)
Supports RTD scale codes:Pt100, Pt1000, Cu50
Dimension Chart
L*W*H : 108mm x 25.4mm x 47mm
Wiring Diagram