Yokogawa YTA610‑JB2A2DN/NF2
- Product Name: Smart Temperature Transmitter, YTA610 Series
- Product Brief: High‑precision HART‑protocol smart temperature transmitter by Yokogawa, converts RTD/thermocouple input signals to standard 4–20 mA analog output signals for industrial temperature measurement.
- Technical Specifications:
- Input: Pt100 RTD, K/J/T/S‑type thermocouple
Detailed content
-
- Output Signal: 4–20 mA DC, HART 7 communication protocol
- Supply Voltage: 10.5–42 VDC
- Housing Protection Grade: IP67
- Functional Features: Temperature linearization, self‑diagnosis, cold‑junction compensation, sensor breakage detection, remote parameter setting via HART communicator
- Performance Parameters: Measurement accuracy = ±0.05% FS, stability = ±0.02% FS per year, response time <1 s, operating temperature = −40–85 °C
- Material Composition: Stainless steel housing, aluminum alloy terminal block, high‑temperature‑resistant internal circuit board, fluorine‑rubber seals
- Structural Characteristics: Head‑mounted design compatible with standard temperature sensor wells, two‑wire loop‑powered structure, sealed terminal compartment
- Working Principle: Collects temperature signals from thermal sensors, performs signal conditioning and digital compensation via microprocessor, outputs standardized analog signals with HART digital data overlay
- Advantage Highlights: Wide operating temperature range, high long‑term stability, explosion‑proof certification, corrosion‑resistant housing, remote calibration capability
- Applicable Industries: Oil & gas, chemical processing, power plants, pharmaceutical industry, food & beverage, energy management
- Model Series: YTA600 series smart temperature transmitters
- Installation Requirements: Installed on temperature sensor sleeves, maintain proper grounding, use explosion‑proof wiring fittings in hazardous areas
- Usage Precautions: Comply with intrinsic safety standards for hazardous location installation; avoid direct sunlight exposure; regularly inspect wiring tightness












