Description

Product Description

Overview
The AMS EZ1000 Series Eddy Current Displacement Sensor is engineered for precision measurement in industrial environments, designed for seamless integration with AMS EZ1000 converters. Its modular architecture streamlines both installation and ongoing maintenance, providing reliable, high-accuracy performance for ferromagnetic materials.

Technical Specifications

Sensor Details

• Sensor Type: Eddy current displacement

• Tip Diameter: 8 mm

• Thread Size: M10x1

• Threaded Length: 40 mm

• Unthreaded Length: Not applicable

• Cable: Non-armored, PTFE insulated, length 1 meter

• Mounting Style: Threaded installation

• Compatible Systems: AMS EZ1000 converter series

Measurement Parameters

• Measurement Range: ~2 mm (80 mils)

• Initial Air Gap: 0.5 mm (20 mils)

• Linearity (DSL Deviation): ±0.025 mm (±1 mil) over 0–45°C

• Minimum Shaft Diameter: 25 mm

• Target Material: Ferromagnetic steel (typically 42CrMo)

Environmental Specifications

• Operating Temperature (Sensor): -35°C to +180°C

• Operating Temperature (Cable): -35°C to +150°C

• Ingress Protection: IP66

Material Construction

• Sensor Tip: PEEK (Polyether Ether Ketone)

• Cable Material: PTFE (Teflon)

Applications
Ideal for industrial machinery monitoring, rotating shaft displacement measurement, and precision alignment in steel-based components. Suitable for environments with high temperature and moderate exposure to dust or moisture.

FAQ

Q: Can this sensor be used with non-ferromagnetic materials?
A: No, the AMS EZ1000 Series Eddy Current Sensor is calibrated specifically for ferromagnetic targets such as steel.

Q: Is the cable replaceable if damaged?
A: Yes, the sensor is compatible with standard PTFE cables, allowing for quick replacement without recalibration.

Similar Models for Comparison

• AMS EZ2000 Series: Wider measurement range, suitable for larger shafts.

• AMS EZ1000 High-Temp Version: Extended operating temperature up to +200°C.

Specifications

• Brand: EMERSON

Advantages

• High reliability in industrial environments
• Supports continuous operation
• Compatible with major PLC/DCS systems