At the same time, self-locking nylon cable ties are as complex and fragile as the "nervous system", and the processing process is prone to problems, failing normal operation. Therefore, it is very important to ensure the reliability and processing accuracy of self-locking nylon cable ties. So what are the measures and mechanisms of self-locking nylon cable ties? Let's take a look.
After the cable is laid, to form a continuous circuit, the lines at each end should be connected as a whole, and each connection point is the cable joint. For cable joints, it is necessary to test the insulation status of the cable joints. Once problems are found, they must be adjusted in time. So what is the reason for the failure of nylon cable glands insulation? Let's take a look.
To ensure the quality and reliability of terminals blocks and prevent the occurrence of the above fatal failures, it is recommended to study and formulate corresponding screening technical requirements according to the technical conditions of the products, and carry out the following targeted failure prevention reliability inspections.
In the specific application process of Nylon Cable Glands' online insulation state detection technology, it can comprehensively detect the insulation state of power equipment based on maintaining the power supply. When the specific detection operation is carried out, the various data obtained by the detection can be updated in real-time, and at the same time, the acquired data can be accurately and quickly transmitted to the computer, and the corresponding measurement operation can be completed intelligently.
Terminal blocks are a kind of appurtenant product used to realize the electrical connection, which is divided into the order of connectors in the assiduity. With the adding degree of artificial robotization and the stricter and more precise conditions of artificial control, the quantum of terminals blocks is gradationally adding. With the development of electronics assiduity, the use of terminal blocks is adding, and there are more and more types. In addition to PCB board outstations, the most extensively used bones are tackle outstations, nut outstations, spring outstations, and so on. What are the product structure design and process adaptation of terminals blocks? Then are some answers.
With the beginning of my country's 3C certification system, the country has put forward higher requirements for the safety and electromagnetic compatibility of electrical products. The relevant standards are GB16836-2003 "General Requirements for the Safety Design of Measuring Relay Protection Devices", GB /T14598.3-1993 "Insulation Test of Electrical Relays", JB/T 9568-2000 "General Specifications for Power System Relays, Protections, and Automatic Devices", International Standard IEC60255-27 (CD: 2002) "Measuring Relays and Protection Devices" "Product Safety Requirements", in which the safety items involved in GB16836-2003 mainly include: mechanical structure, shell protection, insulation coordination, heat generation, the fire test, protection against electric shock, safety signs and safety instructions. What are the product requirements for terminals blocks? let's see.