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ABB PMKHRMMCL10 System Cable 20
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ABB PMKHRMMCL10 System Cable 20"

+86-15305925923
Mr.Wang
wang@kongjiangauto.com
PMKHRMMCL10 System Cable 20"
13833.00
¥5254.00
Weight:2.000KG
Product parameters
  • Telephone:+86-15305925923
  • contacts:Mr.Wang
  • Email:wang@kongjiangauto.com
Description
PMKHRMMCL10 System Cable 20"

ABB PMKHRMMCL10 System Cable 20"

Basic Information

Product model number: PMKHRMMCL10.

Product name: System Cable 20’, which indicates that it is a system cable with a length of 20 inches (about 50.8 cm), a cable manufactured by ABB for the connection of industrial automation systems or related equipment.

Functional features

Signal transmission function

Wide signal adaptability: capable of transmitting many types of signals, including digital, analogue and possibly some special control signals. In industrial automation systems, this versatile signal transmission capability makes it possible to use it for connecting different types of equipment, such as sensors (which output analogue signals) and controllers (which process digital signals), to ensure effective communication between the various parts of the system.

Signal Integrity Guarantee: Focus on signal integrity during transmission. Signal attenuation is reduced through the use of suitable conductor materials and construction, such as high-quality copper-core conductors. Meanwhile, for signal distortion problems that may occur in long-distance transmission, special signal compensation technology or stranded pair design may be used to ensure accurate transmission of signals in the cable and to ensure that the receiving end is able to obtain accurate information about the original signal.

Physical Performance Characteristics

Appropriate Length and Flexibility: The 20-inch length is designed to allow for connections in relatively small device spacings. Moreover, the cable has good flexibility to facilitate the wiring between devices. It can be bent and adjusted to fit the actual layout of the equipment, making it easy to install in control cabinets or equipment-intensive areas without the stiffness of the material making installation difficult or damaging the cable.

Durable materials and construction: Durable outer jacket materials are often used, such as plastic or rubber with good resistance to abrasion and chemical corrosion. This enables the cables to be used in harsh industrial environments, such as where there are chemical leaks, dusty conditions or frequent mechanical friction, and still maintain good performance. The internal conductor structure has also been carefully designed to withstand a certain degree of stretching and twisting, enhancing the overall durability of the cable.

System compatibility and safety

Compatibility with ABB systems: As an ABB product, it has good compatibility with ABB's industrial automation systems and related equipment. This means that it can be easily integrated between ABB's control systems, input/output devices, drives and other equipment, reducing the risk of system failure due to compatibility issues and ensuring the overall stability and reliability of the system.

Electrical safety performance: Electrical safety factors have been fully considered during the design and manufacturing process. The cables are well insulated to prevent electrical accidents such as current leakage and short circuit. At the same time, it may comply with relevant industrial safety standards and electrical codes, such as UL (Underwriters Laboratories) certification standards or IEC (International Electrotechnical Commission) standards, etc., to provide a guarantee for the safe operation of industrial systems.

Application Areas

Industrial automation control system: widely used in automation control system of chemical, petroleum, natural gas, electric power, metallurgy, pharmaceutical and other industries. It is used to connect various devices, such as communication between controllers and I/O modules in control cabinets, or to connect sensors and actuators in the vicinity, to ensure that control instructions and feedback signals in the production process can be accurately transmitted, and to achieve precise control and real-time monitoring of the production process.

Smart factory device connection: used to connect smart devices and automation systems in the construction of smart factories. For example, connecting the controllers and sensors of intelligent robots, or communication lines between automated production line equipment, helps to realise information sharing and collaborative work between equipment, and promotes the efficient operation and intelligent management of smart factories.

Transportation system automation equipment: It is also used in automation equipment in the field of transport such as railways, highways and ports. For example, it is used to connect different control units and monitoring devices in the control system of harbour cranes, or to connect communication devices and control terminals in the vehicle dispatching system to ensure the safe, efficient operation and automated operation of transport equipment.

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