Product Description
The SICK IME12-04BPSZW2K Inductive Proximity Sensor, with part number 1040765 (IME1204BPSZW2K), features a cylindrical thread design and a short body, making it compatible with M12 x 1 threads. Its sensing range (Sn) is 4 mm, with a safe sensing range (Sa) of 3.24 mm, suitable for flush installation.
The sensor operates with a switching frequency of 2,000 Hz and a supply voltage ranging from 10 V DC to 30 V DC, with a ripple of 10%. It comes with a 3-wire, 2 m cable for easy connectivity, and its PNP switching output ensures efficient operation. Furthermore, the sensor is equipped with an IP67 enclosure rating, safeguarding against dust and water ingress, while its durability is further assured by the inclusion of a brass and nickel-plated mounting nut.
Originating from Hungary, the SICK IME12-04BPSZW2K Inductive Proximity Sensor adheres to international standards for quality and reliability. Impressively, it withstands forces up to 30 g under conditions of 11 ms/10 Hz to 55 Hz, with a 1 mm tolerance. Measuring 44 mm in housing length and 29 mm in thread length, it boasts robust construction for diverse industrial applications.
The sensors temperature drift of 10% ensures reliable performance from -25 C to +75 C. From streamlining production lines to enhancing safety measures, this sensor delivers top-tier performance across diverse applications, ensuring efficiency and reliability.
Our engineers has entered all the specification details about this sensor according to the datasheet. Despite the possibility of errors during operation, the sensor guarantees reliability through its robust design and accurate detection capabilities. Its important to note that all trademarks and trade names mentioned on our site belong to their respective owners.
Exceptional Performance for Industrial DemandsThe SICK IME12-04BPSZW2K sensor provides precise object detection that is vital for automation and safety across industrial processes. Its reliable accuracy and low power usage make it a preferred choice for reducing operational costs while maintaining consistent results. Durability and longevity further minimize maintenance, ensuring extended service life.
Versatile Industrial ApplicationsManufactured for various industrial environments, this proximity sensor is ideal for tasks such as position sensing, automated sorting, and process monitoring. Its robust build and high accuracy ensure efficiency in production lines, machinery control, and quality assurance, presenting a versatile solution for modern industries.
FAQ's of SICK IME12-04BPSZW2K Inductive Proximity Sensor:
Q: How does the SICK IME12-04BPSZW2K Inductive Proximity Sensor ensure accurate detection?
A: The sensor utilizes advanced inductive technology to detect metal objects with 100% accuracy, even in challenging industrial environments. Its precise design minimizes errors and maximizes reliability in high-speed operations.
Q: What are the main benefits of using this inductive proximity sensor in industrial applications?
A: Key benefits include exceptional accuracy, robust durability, low power consumption, and a long service life. These features contribute to cost efficiency, reduced downtime, and consistent performance in demanding settings.
Q: When should this sensor be chosen over other detection methods?
A: The SICK IME12-04BPSZW2K is ideal when non-contact, highly reliable metal object detection is required. It's particularly suitable for environments where accuracy and durability are crucial, or where maintenance access is limited.
Q: Where can the SICK IME12-04BPSZW2K sensor be installed within an industrial setup?
A: This sensor can be installed on automated machinery, conveyor systems, and quality control stations, adapting easily to various mounting positions for flexible integration in industrial plants.
Q: What is the process for connecting and powering this proximity sensor?
A: Installation involves connecting the sensor to a suitable DC power supply within the 5 to 24 V range. Its compact design enables straightforward wiring and integration into existing automation systems.
Q: How does this sensor contribute to energy efficiency in operations?
A: Featuring very low power consumption, the sensor reduces electrical costs and minimizes heat generation, supporting sustainable and energy-efficient operations throughout its long service life.