About SMP1A - Connection with cable Safety magnetic sensors Connection with cable
Safety magnetic sensors
Safety magnetic sensors by Comepi represent the best solution in safety gates control for every application, mainly in environment with strong presence of dust and dirtiness. Available in two different sizes, with cable or connector and equipped with three different contacts configurations. The use of our safety magnetic sensors is particularly indicated for use with safety modules MSA31 series, in order to reach safety performances up to SIL3 and PLe.
Reliable Industrial Safety SensingDesigned for demanding environments, the SMP1A cable safety magnetic sensor guarantees accident prevention through precise, contactless detection. Its encapsulated epoxy resin and ABS body refine durability, making it suitable for various challenging industrial settings. The IP67 sealing and reinforced cable provide protection against dust, moisture, and external impacts.
Effortless Installation and MaintenanceInstallation is straightforward with the sensor's surface mount design and compact dimensions. The flexible 2 m cable allows easy connection to control systems. Maintenance is simplified by the robust build, long mechanical life, and matte finish, supporting frequent use without degradation. Regular inspections ensure optimal operation across temperature ranges.
Versatile Applications and PerformanceThis sensor module integrates seamlessly into automation systems where safety is paramount, such as conveyors, doors, or machinery guards. It is capable of handling various voltages and offers fast response times for immediate safety feedback. With wide distributor availability in Italy and globally, procurement and integration are hassle-free.
FAQ's of SMP1A - Connection with cable Safety magnetic sensors AAA Connection with cable:
Q: How do I install the SMP1A cable safety magnetic sensor for optimal performance?
A: Mount the SMP1A on a flat surface near the moving machinery, ensuring the actuator's magnet aligns within the specified 8 mm switching distance from the sensor. Use the provided 2-meter PVC-insulated cable for electrical connection and secure the body using the mounting holes. Maintain the temperature range between -25C and +70C for reliability.
Q: What makes the SMP1A suitable for industrial automation applications?
A: Its IP67 protection rating, robust ABS construction, encapsulated epoxy resin, and capacity to withstand over 1,000,000 operations make the SMP1A highly suited for industrial settings. It provides quick response (1 ms), high insulation resistance, and dependable NO reed contact switching for effective process safety.
Q: When should the SMP1A sensor be used in machinery or automation setups?
A: Deploy the SMP1A whenever safety interlocking or monitoring of doors, guards, or moving parts is essential. Use it in environments requiring prompt and reliable feedback for operator protection, typically during maintenance, operation, or access control periods.
Q: Where can I purchase the SMP1A sensor module?
A: The SMP1A sensor module is available through distributors, exporters, importers, suppliers, and traders in Italy and internationally. Contact your local automation equipment provider or authorized distributor for ordering and product support.
Q: What is the process for connecting the SMP1A sensor to an electrical control system?
A: Connect the sensor's two wires (normally open circuit) directly to your safety relay or controller input. Ensure the rated voltage (24 VDC or 230 VAC) and max current (200 mA) specifications are respected. Double-check insulation resistance and contact resistance for system compliance during installation.
Q: How is the sensor used in everyday operation, and what are its main benefits?
A: The SMP1A is used in safety interlocking, monitoring, and automation processes where magnetic actuation provides contactless system feedback. Its benefits include rapid response, high durability, simple surface mount installation, resistance to environmental stress, and compatibility with a variety of industrial voltages.