NM1-IP-2L Tilt Measuring System

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Key features

• Measuring range ±3° up to ±60° or 0 - 90°
• Accuracy ±0,1° (up to ±10°), ±0,2° (up to ±30°), ±0,25° (up to ±60°)
• Analogue output 4 - 20 mA (2-wire-technology)
• Supply voltage 18 - 28 VDC

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About the NM1-IP-2L Tilt Measurement System

The NM1-IP-2L is an industrial, single-axis tilt measurement system for precise detection of inclination angles in demanding environments. It is based on a combination of a contactless tilt sensor and specially matched electronics, enabling reliable single-axis measurements.

The system is designed for sidewall mounting and is ideal for use in machinery, plants, and other industrial applications where continuous tilt monitoring is required.

The measurement range is flexible and can be selected from ±3° to ±60° or 0 … 90°, depending on the version. Measured values are output via a standardized 4 … 20 mA analog signal in 2-wire technology, ensuring easy integration into existing control and evaluation systems.

The robust, EMC-protected aluminum die-cast housing with IP68 protection provides high resistance to moisture, dust, and vibrations. The encapsulated electronics offer additional protection and ensure reliable operation even under harsh conditions.

Technical Highlights

• Single-axis tilt measurement
• Measurement range: ±3° to ±60° or 0 … 90°
• High accuracy: up to ±0.1° (depending on range)
• Analog output: 4 … 20 mA (2-wire technology)
• Supply voltage: 18 … 28 VDC (reverse polarity protected)
• Frequency range: approx. 0.5 Hz
• Low cross-axis sensitivity < 1.5%
• Operating temperature: −20 °C to +60 °C
• Robust aluminum housing, IP68 protection
• Weight: approx. 550 g (with connection cable)

Typical Applications

The NM1-IP-2L is particularly suitable for applications requiring precise and robust tilt monitoring, such as:

• Machinery and plant monitoring
• Construction and conveying technology
• Mobile working machines
• Industrial automation
• Positioning and alignment systems

The NM1-IP-2L offers high measurement accuracy, robust design, and easy integration thanks to its standardized analog output. The combination of reliable sensor technology and a durable housing makes it an ideal solution for long-term use in industrial environments.

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