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PROSOFT IMC-BHS-AC
1. Overview
The PROSOFT IMC-BHS-AC is a displacement sensor based on the principle of electromagnetic induction. It accurately calculates displacement values by measuring changes in electromagnetic fields, boasting fast response speed, high precision, and excellent linearity. This sensor series is typically used for monitoring and controlling micro-displacement changes during motion processes.
2. Specifications
The main technical specifications of this sensor are as follows:
- Measuring range: 0.5 mm to 50 mm
- Resolution: 0.1 μm to 0.5 μm
- Accuracy: ±1 μm
- Linearity error: < 0.5%
- Output signal: Analog signal (0–10 V) or digital signal (RS485)
- Operating temperature: -10°C to 60°C
- Protection class: IP65
3. Product Features
The PROSOFT IMC-BHS-AC sensor offers the following outstanding features:
- High-precision measurement: Enables micron-level accurate measurement, thanks to advanced electromagnetic induction technology.
- Non-contact measurement: No physical contact with the measured object, minimizing friction and wear, and ideal for high-speed motion measurement scenarios.
- Strong anti-interference capability: Resists ambient temperature variations and electromagnetic interference effectively, ensuring stable and reliable measurement performance.
- Easy integration: Compact size and convenient installation, suitable for seamless integration into various industrial field applications.
4. Structure and Components
The main structural components of the sensor include:
- Induction coil: The core component for transmitting and receiving electromagnetic signals, forming the basis of displacement measurement.
- Iron core: Guides magnetic flux and realizes displacement measurement by detecting magnetic flux changes.
- Housing: Usually made of stainless steel or aluminum alloy, providing excellent protection performance to shield internal electronic components from harsh external environmental factors.
- Signal output port: Used for connecting to measuring instruments or control systems, and outputting displacement data signals.
5. Application Fields
This sensor is mainly applied in the following industries and scenarios:
- Metal processing: For measuring micro-displacements of machine tool worktables and workpiece fixtures.
- Machine tool industry: Monitors the operating status of machine tool spindles and worktables to ensure machining accuracy.
- Industrial automation: In automated production lines, it is used to monitor the motion displacement of components such as conveyor belts and robotic arms.
- Measurement and testing: Applied in material mechanics experiments to measure the deformation of materials under stress.
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