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Yokogawa UR5CG3‑015N‑6A B‑2TA‑N
- Product Name: Yokogawa UR5CG3‑015N‑6A B‑2TA‑N Pressure Transmitter
- Product Series: UR5 Series Gauge/Absolute Pressure Transmitter
- Technical Specifications: Measuring range: 0–1.5 MPa (suffix 015N); output signal: 4–20 mA analog signal (6A); sensor type: diffused silicon pressure sensor; process connection: standardized industrial thread (2TA); version: N standard industrial grade
Detailed content
- Functional Features: Converts process pressure into standard 4–20 mA analog signal; provides over‑pressure protection; supports stable long‑term pressure monitoring; compatible with industrial control systems
- Performance Parameters: Accuracy: ±0.075% FS; stability: ±0.1% FS per year; operating temperature: −40 °C to +85 °C; burst pressure: 4× rated range
- Material Composition: Wetted parts: 316L stainless steel; sensor diaphragm: high‑precision stainless steel alloy; housing: aluminum alloy with anti‑corrosion coating; seal: fluorine‑resistant rubber
- Structural Characteristics: Compact integral transmitter structure; sealed explosion‑proof housing; standardized process connection and electrical terminal box; integrated surge protection circuit
- Working Principle: Process pressure acts on diffused silicon diaphragm; diaphragm deformation changes semiconductor resistance; bridge circuit converts resistance variation to electrical signal, then linearized and output as 4–20 mA standard signal
- Advantages & Highlights: High‑precision long‑term stability; anti‑vibration and anti‑corrosion design; wide temperature adaptability; standard 4–20 mA output for universal system compatibility
- Applicable Industries: Oil & gas, petrochemical, power generation, water supply, chemical processing, hydraulic systems, refrigeration engineering
- Installation Requirements: Mount vertically or horizontally on process piping/equipment; ensure proper pressure impulse piping installation; implement electrical shielding wiring for signal stability
- Usage Precautions: Avoid direct impact on pressure‑sensing diaphragm; prevent over‑pressure exceeding burst pressure rating; implement proper electrical grounding
