What does din 41612 type f connectors manufacturer's capacity relate to? This temperature includes an increase in the ambient temperature and the conducting temperature of the din 41612 type f connectors manufacturer. This temperature includes an increase in the ambient temperature and the conducting temperature of the din 41612 type f connectors manufacturer. On the contrary, the ambient temperature is appropriate, the electrical conductivity is good, the heat is good, din 41612 type f connectors manufacturer internal temperature consistency is better, the highest temperature point temperature is lower, din 41612 type f connectors manufacturer can withstand higher current loads.
What does din 41612 type f connectors manufacturer's capacity relate to?
1. Ambient temperature and din 41612 type f connectors manufacturer temperature
Temperature is an important factor in load flow. This temperature includes an increase in the ambient temperature and the conducting temperature of the din 41612 type f connectors manufacturer. If the din 41612 type f connectors manufacturer temperature is too high, heat dissipation is not good, din 41612 type f connectors manufacturer load flow must be limited, Affect the reliability of din 41612 type f connectors manufacturer and even induce safety risks; On the contrary, the ambient temperature is appropriate, the electrical conductivity is good, the heat is good, din 41612 type f connectors manufacturer internal temperature consistency is better, the highest temperature point temperature is lower, din 41612 type f connectors manufacturer can withstand higher current loads.
2. Contact material and surface treatment
din 41612 type f connectors manufacturer The base material for contactors must be a material with high electrical conductivity and adequate mechanical strength, such as copper alloys. The surface of the substrate will be coated with a layer of metal protective layer, generally nickel bottom in the surface treatment process of the precious metal layer, nickel bottom is mainly used to avoid the decline of a large number of potential structures on the precious metal surface, and precious metals can play a good role in electrical and thermal conductivity. In general, this material and technical treatment will greatly improve the capacity of the din 41612 type f connectors manufacturer.
3. Contactor geometry
din 41612 type f connectors manufacturer contactors strive to design more scientifically optimized geometry, mainly refers to within a reasonable design range, to ensure that the cross-sectional area of the contactor is as large as possible, the length is as short as possible, can ensure that the overall resistance is smaller, thereby improving the conductor current carrying capacity.
4. Shell material and structure
In order to improve the heat dissipation of the din 41612 type f connectors manufacturer, the internal structure and design of the housing can be optimized to achieve internal convection. In addition, from the point of view of the shell material, the heat dissipation effect of the metal shell is better than that of the plastic shell. Only with good heat dissipation effect can a contactor with higher current load be designed.
din 41612 type f connectors manufacturer https://www.kujunconnector.com/TYPE-F-Connectors
