V95720035 Sensor

V95720035 Sensor

The V95720035 Sensor is a precision temperature monitoring component designed for use in automotive and industrial cooling systems. It delivers accurate, real‑time data on coolant or refrigerant temperatures, enabling optimal engine performance, efficient HVAC operation, and reliable safety controls.

Key Functionalities

• High Accuracy: Measures temperature with a tolerance of ±0.5 °C across the full operating range.
• Wide Temperature Range: Operates from –40 °C to +120 °C, suitable for both automotive engines and refrigeration units.
• Fast Response Time: Less than 200 ms to reach steady‑state after a temperature change.
• Robust Construction: Encased in a durable stainless steel housing that resists corrosion, vibration, and thermal cycling.
• Low Power Consumption: Consumes less than 5 mA when powered at 12 V, ideal for battery‑powered applications.

Technical Specifications

Applications

The sensor is engineered for a broad spectrum of cooling systems:

• Automotive Engines: Monitors coolant temperature to regulate fuel injection, ignition timing, and engine protection.
• HVAC Systems: Controls refrigerant flow in air‑conditioning units, ensuring efficient heat exchange.
• Industrial Process Cooling: Provides critical data for machinery that relies on precise temperature regulation.
• Marine and Off‑Road Vehicles: Withstands harsh environments, making it suitable for boats and all‑terrain vehicles.

Installation Guidelines

1. Select the correct connector type (M12 or terminal block) based on your control system.
2. Mount the sensor in a location where it is exposed to the coolant or refrigerant but protected from direct mechanical impact.
3. Ensure the sensor’s electrical leads are routed away from high‑temperature zones and moving parts.
4. Secure the housing with stainless steel screws; avoid overtightening which could damage the seal.
5. Verify that the output voltage matches the expected range for your controller before powering the system.

Calibration and Maintenance

For optimal performance, calibrate the sensor at least once a year using a traceable temperature reference. Follow these steps:

1. Place the sensor in a calibrated bath or use a precision thermocouple.
2. Record the output voltage at known temperatures (e.g., 0 °C, 50 °C, 100 °C).
3. Adjust the controller’s calibration curve to match the recorded values.

Routine maintenance involves inspecting for corrosion, ensuring tight electrical connections, and cleaning the sensor housing with a non‑abrasive cloth. Replace any damaged components immediately to maintain accuracy.

Compatibility Matrix

Performance Highlights

• Consistent readings in extreme temperatures.
• Low drift over extended periods.
• Resistant to electromagnetic interference due to shielded wiring.
• Compact size allows installation in tight spaces.

Conclusion

The V95720035 Sensor stands out as a reliable, high‑precision temperature monitoring solution for diverse cooling applications. Its robust design, wide operating range, and ease of integration make it an essential component for engineers seeking accurate thermal data to safeguard performance and longevity in automotive, HVAC, and industrial systems.