ESW-108-37-G-S

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Rectangular connectors are highly reliable interconnection solutions used in a variety of applications. In many cases, they are the primary medium for communication and data transmission. This article will discuss the application field and the working principle of the ESW-108-37-G-S, a standard rectangular connector.

ESW-108-37-G-S Features

The ESW-108-37-G-S is a standard rectangular connector designed to meet high-level specifications for mission-critical applications. It features 8 pins, 37 mating cycles, a glass-filled thermoplastic housing, and a gold-flash plated terminal with an insulation displacement technology. It also has a single row pattern for easy wiring. The product features an operating voltage of 250V AC and current rating of 15A.

Application Fields

The ESW-108-37-G-S is primarily used in a variety of power control and communication applications. It is typically used to connect power and signal lines for a wide range of industrial automation, automation/PLC systems, renewable energy sources, machine tools, power supply, and electronic equipment.

Working Principle

The ESW-108-37-G-S works on the principle of friction-locking. When plugged in, an internal taper locks the circuit in place, preventing it from slipping out due to vibrations and shock. This, combined with the insulation displacement technology in the terminals, ensures reliable performance and a secure connection.

The working principle of this connector is simple and effective. The luer-locking system on the male contacts ensures that the connection is both secure and reliable. Additionally, the insulation displacement technology enables a low-resistance connection even when the wires themselves may be damaged. As a result, the ESW-108-37-G-S provides both secure and reliable connections for a variety of applications.

Conclusion

The ESW-108-37-G-S is a standard rectangular connector with 8 pins, 37 mating cycles, a glass-filled thermoplastic housing, and gold-flash plated terminals with an insulation displacement technology. It is primarily used to connect power and signal lines for a wide range of industrial automation, automation/PLC systems, renewable energy sources, machine tools, power supply, and electronic equipment. Its working principle is one of friction-locking, using an internal taper to secure the connection, combined with insulation displacement technology in the terminals to ensure a secure and reliable connection.

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