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The MRS1000P is a multilayer range sensor designed for precise distance measurement in industrial environments. Part of SICK’s MRS series, it features a laser-based detection system that measures distances by emitting infrared light and detecting its reflection from objects. The sensor operates with high angular resolution and delivers reliable performance across various applications requiring accurate object detection. With an IP65 enclosure rating, the MRS1000P is built to withstand harsh industrial conditions including dust and water exposure. Its robust design ensures durability while maintaining consistent measurement accuracy. This sensor is ideal for integration into automation systems where precise range sensing is essential. The device supports rotatable connectors and offers a compact footprint suitable for diverse mounting configurations.
The MRS1000P utilizes a laser class 1 infrared beam to detect objects, ensuring safe operation without requiring additional safety measures. It employs a multilayer range sensor technology with an angular resolution of 0.25° (equivalent to 4.4 mrad), enabling high-precision measurements even at longer distances. The light spot size on the device cover is 7 mm (rounded up), which helps in understanding the beam’s footprint during operation. For accurate readings, a reflective surface is required for the beam to be reflected and received by the sensor. The sensor operates with a motor frequency of 12.5 Hz, contributing to stable and repeatable performance. Its laser class 1 classification ensures compliance with safety standards, making it suitable for environments where personnel access may occur.
The MRS1000P has a housing version 0 rated IP65, providing protection against dust and water jets. It features a rotatable connector with three M12 connections for flexible installation and alignment. The sensor operates using an electrical voltage that can cause severe injury or death, emphasizing the need for proper handling and safety procedures during installation and maintenance. The device is designed to measure distances in meters (ft), though specific range values are not provided in the source material. The diameter of the light spot on the object surface increases with distance, which must be considered when interpreting measurement accuracy. All technical specifications are derived from official SICK documentation and reflect only documented performance parameters.
The MRS1000P is configured with a rotatable connector (3 x M12), allowing for flexible mounting orientation to suit application-specific requirements. Connection and electrical installation must be performed according to manufacturer guidelines, ensuring correct voltage supply and secure connections. The device requires proper grounding and adherence to electrical safety standards due to the potential for severe injury or death from incorrect voltage handling. Basic practical technical training is recommended for personnel involved in installation and maintenance. Integration into automation systems involves connecting the sensor via its defined interfaces while maintaining alignment with target objects to ensure reliable reflection of the laser beam.
The MRS1000P is designed for operation in industrial environments where exposure to dust, moisture, and mechanical stress is common. Its IP65 enclosure rating ensures protection against solid particle ingress and water jets from any direction. The sensor performs reliably under standard ambient conditions but must be installed in accordance with environmental limits specified by SICK. Electrical installation should follow local regulations and safety standards due to the risk of severe injury or death from voltage exposure. Installation, maintenance, and operation must be carried out by trained personnel who understand the device’s operational requirements and safety precautions.
The MRS1000P is suitable for use in industrial automation applications requiring accurate distance measurement, such as object detection, level sensing, and position monitoring. Its ability to detect reflected infrared beams makes it effective in environments where objects are visible and reflective. The sensor’s high angular resolution supports precise positioning tasks in assembly lines or material handling systems. It can be used in scenarios involving moving parts or dynamic environments where consistent range data is needed. Applications include pallet detection, conveyor alignment, and robotic guidance systems where reliable object proximity sensing is critical.
| Specification | Value |
|---|---|
| • Storage temperature | see "Technical data", page 34. |
| connector | , 3 x M12 |
| supply voltage | until installation is complete and all connecting cables have been |
| accuracy | , the devices should be arranged such the laser beams are not |
| connection | s. |
| key | h Laser type 0 |
| e Housing version 0 | IP65 enclosure rating |
| value | 0 V Blue |
| f Connection 1 | Rotatable connector, 3 x M12 |
| i Motor frequency 1 | 12.5 Hz |
| measuring range | in m (ft) |
| • Light spot size on the device cover | 7 mm (rounded up) |
| Angular resolution | 0.25° → 4.4 mrad |
| mounting | 5 |
| measurement | accuracy, the devices should be arranged such the laser beams are not |
| output | s. |
| voltage used (conditions | cable cross-section 0.34 mm², 20 °C cable tempera‐ |
| 1 Vs Supply voltage | +10 ... +30 V DC Brown |
| 3 GND Supply voltage | 0 V Blue |
| e Housing version | 0 |
| f Connection | 1 |
| i Motor frequency | 1 |
| Connection | diagram................................................................................. 28 |
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