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SBWR-Z Smart RTD Thermocouple Temperature Transmitter
Multi-type RTD & Thermocouple InputSBWR-Z is an intelligent temperature transmitter designed to support multiple RTD and thermocouple input signals. Its flexible sensor compatibility allows the same transmitter platform to adapt to different temperature measurement requirements, reducing the need to select a completely different module for each sensor type. It is suitable for industrial temperature measurement, process equipment and automation systems. | |
Intelligent Adjustable Temperature RangeSBWR-Z supports intelligent adjustment of the temperature measurement range, allowing the transmitter to be configured around different field temperature requirements. This makes the measuring range easier to match to the actual process instead of relying on a single fixed temperature span. It is suitable for industrial processes requiring flexible temperature configuration and measurement. | |
Flexible Standard Signal OutputsSBWR-Z converts temperature measurements into standard industrial signals, with output options including 4–20mA, 0–5V, 0–10V and RS485. The flexible output configuration makes measured temperature data easier to integrate with PLCs, displays and industrial monitoring systems for centralized process measurement and control. | |
Working Principle Diagram |
Technical Specifications | |
Input Compatibility Types:RTD: Pt100/Pt1000/Cu50/Cu100 (2/3/4-wire); TC: K/E/J/T/S/B/R/N/WRe; millivolt (mV) signal Input Impedance:RTD ≥ 120 MΩ; TC millivolt channel ≥ 25 MΩ RTD Long-Lead Compensation:Automatic compensation for total lead resistance ≤ 100 Ω Thermocouple Cold-Junction Compensation:Built-in high-precision digital compensation, compensation error ≤ ±0.3 °C AD Conversion Resolution:24-bit high-precision sampling, minimum temperature resolution 0.01°C Maximum Output Load Resistance (4–20 mA):≤550 Ω Voltage Output Load Impedance (0–5 V / 0–10 V / –1–5 V):≥10 kΩ Step Response Time (90% Steady-State Output):≤500 ms, software-configurable filter settings Temperature Drift Coefficient (Full Temperature Range: -40°C to +85°C):≤40 ppm/°C FS Independent Linearity Error:±0.05% FS Overall Accuracy of the Unit @ 25°C Ambient Temperature:±0.1% FS (Class 0.2 high precision) | |
Dimension Chart |
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Wiring Diagram | ||
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