Yokogawa S9562FA Universal Signal Conditioner Connector Unit

Product Description

The S9562FA functions as a high-performance signal conditioning interface designed to bridge raw sensor data with industrial control systems. This unit provides essential electrical isolation and signal normalization, converting diverse analog inputs into stable, linear outputs. Engineered for high-density control cabinets, the S9562FA ensures that low-level field signals are accurately conditioned for processing by PLC or DCS analog input cards, effectively mitigating common-mode noise and signal degradation over long cable runs.

Detailed Technical Specifications

• Input Configuration: Multi-mode support for Voltage, Current, Thermocouple (TC), Resistance Temperature Detector (RTD), and Strain Gauge bridge signals

• Signal Output: Configurable Voltage or Current loops

• Measurement Accuracy: ±0.1% of reading (instrument grade)

• Supply Voltage: 24 VDC nominal

• Operating Thermal Range: -10 °C to +55 °C

• Housing Dimensions: 90 x 60 x 30 mm

• Net Weight: 0.3 kg

• Hardware Condition: Factory New and Original (OEM)

Operational Applications

The S9562FA is a versatile solution for multi-sensor environments. It is frequently applied in thermal processing plants for RTD/TC linearization and in structural monitoring systems for strain gauge bridge amplification. Its wide input compatibility makes it a standard choice for consolidating disparate field measurements into a unified 4-20mA or 0-10V signaling architecture.

Integration FAQ

Does the S9562FA support cold-junction compensation for thermocouples?Yes, when configured for thermocouple inputs, the unit utilizes internal temperature sensing to provide accurate cold-junction compensation, ensuring high-precision thermal readings across the rated operating range.

Can I reconfigure the input type in the field?Input selection typically depends on the specific wiring and jumper/software settings associated with the Yokogawa interface series. This allows for significant flexibility when repurposing spare hardware for different sensor types.