ET60S-04-24-06-L-VT1-GP

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ET60s-04-24-06-L-VT1-GP is a type of backplane connector specialized for industrial uses and hazardous areas. This particular model is designed for applications that are limited to using 0.075 model type, meaning the current that is carried through it is limited to 4.5A, and the potential that is created is limited to 6V. This is useful for applications in which a larger current cannot be used due to safety reasons.

The ET60s-04-24-06-L-VT1-GP connector has an impedance of 50Ω and a minimum insulation resistance of 500V (dc)³. Its small and large diameter make it suitable for use in tight spaces and hazardous areas that may pose a danger if a larger size were to be used. Its plating is made out of a nickel and gold material, which helps it resist corrosion and creates a stable connection.

This backplane connector also features multiple points of contact. This system ensures that a stronger and more reliable connection than the more typical two-pin system can be created. The multiple connections also improve its heat transfer ability, meaning that heat can be spread out and dissipated faster, reducing the potential for faults or damage to occur to the connectors.

This connector has an operating temperature range of -55°C – +125°C meaning that it can be used in a wide variety of applications, ranging from extreme low temperatures in the arctic to extreme high temperatures in areas where temperatures tend to rise quickly. This is due to the special insulation material used, which allows it to maintain its integrity regardless of the temperature.

The ET60s-04-24-06-L-VT1-GP backplane connector also features its own special mounting style. It is mounted with 4 screws or molybdenum pins, which are then secured into place and provide the necessary insulation and connection strength.

Finally, the ET60s-04-24-06-L-VT1-GP backplane connector is an ideal choice for industrial applications or hazardous areas. Its multiple contact points and insulation material make it an excellent choice for any situation in which safety and reliability are of primary concern. Its limited size and plating material ensure that it can be used securely and reliably in any environment, regardless of its level of heat or cold.

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