09140006253

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09140006253 has a wide application field in industries of aviation, military and commercial electronics. It is a heavy duty connector contact specially designed for use in high voltage and power applications. This contact supports a wide voltage range of up to 250V, and is designed for maximum heat and current handling capabilities.

09140006253 works on the principle of electrical contact resistance. This contact type is made from a combination of elastomer and metal materials that create a uniform contact surface. This contact has enhanced durability and is designed for superior electrical performance, and can be used in a variety of high voltage and power applications. The contact’s unique design also minimizes the potential for arcing in highly voltage applications, which makes it suitable for use in aircraft, military and commercial electronics.

09140006253 can be used in many different applications. It can be used in high voltage distribution, motor circuits, and electric generator systems. It is also suitable for use with high voltage switching, control circuits and power sensing. This contact also has low profile design and requires minimal space for installation. As a result, it can easily be used in cramped environments such as vehicles and aircraft.

09140006253 has been designed to withstand a high level of electrical and thermal stress. The contact features improved temperature stability, reduced arcing and sustained high contact force. This contact is also capable of handling temperatures up to 200°C without losing its electrical and thermal performance. Additionally, 09140006253 offers reliable electrical connectivity and contact resistance stability over a wide range of temperatures and shock, as well as vibration resistance.

In conclusion, 09140006253 is a heavy duty connector contact specifically designed for use in high voltage and power applications. It is made from a combination of elastomer and metal materials that create a uniform contact surface, and is designed for superior electrical performance, durability, and minimal installation space. In addition, this contact is capable of handling temperatures up to 200 degrees Celsius and has improved temperature stability, reduced arcing and sustained high contact force, making it suitable for a variety of applications in aircraft, military and commercial electronics.

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