8P-03BMMM-SL7B05

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circular cable assemblies allow for the connection of multiple cables and connectors in a single, robust and reliable unit. Circular outlets with durable components and construction are ideally suited for applications in harsh outdoor environments. The 8P-03BMMM-SL7B05 circular cable assembly is designed for a wide range of applications and is available with different features including high performance and a comprehensive range of accessories. This article will discuss the 8P-03BMMM-SL7B05 application field and working principle.

The 8P-03BMMM-SL7B05 cable assembly has been designed for applications that require a reliable, secure connection in tough environments. It is particularly suitable for use in military, medical, industrial, transportation and marine environments. The sturdy construction and high-performance features make it ideal for extreme outdoor conditions, withstanding temperature variations from -40° to over 100° Celsius. Inside the cable assembly, the interface between the right- and left-angle braid connectors is sealed with an environmental sealant, ensuring maximum environmental protection.

The key features of the 8P-03BMMM-SL7B05 include: high-performance interconnects; flexible, robust construction; sealed connections; and an extensive range of accessorizes. The cable assembly is designed to provide secure and reliable connections in the most challenging of environments. The high-performance features allow for fast data transmission, ensuring a reliable and secure link. The robust construction ensures the 8P-03BMMM-SL7B05 can withstand temperatures ranging from -40° to over 100° Celsius and can resist an IP67 rating, making it suitable for harsh outdoor environments. Additionally, the sealed connections protect against water, dirt, dust, corrosive substances and extreme temperatures.

The 8P-03BMMM-SL7B05 Applications include automotive, marine, military, medical, white goods, agricultural and general engineering applications. It is suitable for data, signal and power transmission in these applications. Additionally, the cable assembly can be used in a range of commercial and industrial equipment such as robotic arms, elevators or factory robots.

The construction of the 8P-03BMMM-SL7B05 is composed of an over-molded circular connector that combines both female and male strain relief functions. The assembly is further strengthened by a curved shield and stainless steel clips that provide reliable connection in tight environments. The inner connecting wire is protected by an EMI/RFI shielding gasket, further increasing signal quality. The gasket also prevents external electromagnetic and radio frequency interference, ensuring optimal performance.

The working principle of the 8P-03BMMM-SL7B05 circular cable assembly is based on the four-connector design. It consists of two male connectors connected to outer sides of the cable, and two female connectors connected to the inner sides of the cable. This construction provides a secure and reliable connection in harsh industrial environments. The assembly\'s design offers additional benefits, such as enhanced robustness, eliminating the need for additional connector types.

The 8P-03BMMM-SL7B05 cable is designed to provide a reliable, secure and robust connection in a variety of harsh industrial environments. It is perfect for applications such as military, medical, industrial, transportation and marine environments, withstanding temperatures from -40° to over 100° Celsius and offering an IP67 rating, protecting against water, dirt, dust, corrosive substances and extreme temperatures. The assembly is composed of four connectors, two male connectors and two female connectors, and is further strengthened by curved shield and stainless-steel clips, providing further protection. Additionally, the EMI/RFI shielding gasket inside the cable offers superior signal quality and protection against external interference.

The specific data is subject to PDF, and the above content is for reference