LY20-4P-DLT1-P1E-BR

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The LY20-4P-DLT1-P1E-BR is a rectangular connector - header with male pins. It’s designed for use in pressurized areas such as medical, defense, aerospace applications. It offers superior electrical performance, secure mating, and robust long life operation. This connector is suitable for use in harsh environments and can withstand very high temperatures.

The LY20-4P-DLT1-P1E-BR comes in a two-piece construction with pins that are fully encapsulated in a durable, lightweight encapsulating material. This material protects the contacts from potential damage and ensures a secure mating. The pins of the connecter are arranged in an ergonomic layout with four positions separated by a common alignment line. The pins are designed to allow proper alignment of the mating connectors and to reduce the chances of unintentional disconnection.

The LY20-4P-DLT1-P1E-BR connector features a wide variety of assembly options, such as soldering, crimping, bonding, and snap-in mounting. It is compliant to RoHS and hazardous material restrictions, making it more suitable for use in sensitive applications such as medical and aerospace. The pins of the connector are rated for Power Handling up to 33A, and its durability and electrical performance ensure superior connectivity and reliability.

The LY20-4P-DLT1-P1E-BR has a high-temperature range of -55 to 105 °C and is suitable for high-temperature applications such as automotive, defense, and space. It also has a moisture protection rating of IP67 which makes it dust and waterproof. Its impact resistance eliminates the risk of short-circuiting and ensures a robust connection for long life operation.

The LY20-4P-DLT1-P1E-BR is designed to provide superior performance in pressurized areas and meets a wide range of application requirements. Its simple assembly options, robust construction, and reliable performance make it an ideal choice for use in harsh or hostile environments. It can be used in medical, aerospace, defense, automotive, and space applications where superior performance is required.

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