KR2508 Series SCN Board In Connector

SCN connector, this multi-circuit board-in connector meets the needs for high-density mounting on PC boards efficiently and economically.

Pitch 2.50mm
Circuits: 2-15pin
Current: 3A
Voltage: 250V

 

KR2508 Series SCN Board In Connector

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General Specifaction

Material: PA66/UL94/Phosphor Bronze/Brass
Insulation O.D 2.50mm
Withstanding Voltage: 800V AC/ minute
Temperature Range: -40℃~+105℃
Contact Resistance: 10m Q/max
Insulation Resistance: 1000MQ/ min
Product Plating Tin over Nickel

Overview

The KR2508 series connectors offer a high degree of compatibility with JST SCN connectors. This series of connectors, with its 2.5mm pitch multi-circuit board-in connectors, is designed for high-density installation on printed circuit boards, bringing efficient and cost-effective solutions to industries such as new energy storage. The KR2508 series connectors operate stably and efficiently over a wide temperature range of -40°C to +105°C. The upper limit of contact resistance is strictly controlled. The upper limit of contact resistance is strictly controlled within 10mΩ, while the excellent insulation resistance performance can reach as low as 1000MΩ. In addition, the connector can withstand a voltage of up to 800V AC per minute, ensuring a reliable and efficient electrical connection in different application scenarios.

Advantages

  • High Density Mounting

The KR2508 series connectors are particularly suitable for high-density PCB mounting. Their compact design maximises the use of every inch of space on the board and supports the integration of electronic devices.

  • Easy Assembly

Users can easily insert contacts into KR2508 series connectors without complicated operations, greatly simplifying the assembly process and saving valuable time.

  • Reliable Connection

The KR2508 series connector system is carefully designed to be securely mounted on printed circuit boards, effectively reducing the risk of disconnection or performance degradation of electronic products due to connection problems, providing users with stable and reliable electrical connection solutions.