TX2SS-L2-1.5V-Z

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Signal Relays, Up to 2 Amps

The TX2SS-L2-1.5V-Z is a signal relay capable of operating with up to 2 Amps. This product provides a wide variety of applications and prevents circuit shorts and signals from being lost. It can be used for power distribution in general industrial applications, telecommunication networks, and electrical/electronic systems.

Application Field

TX2SS-L2-1.5V-Z is used in many different industrial applications, including medical equipment, computer data networks, and other sensitive electronic equipment. It is also used for X-ray imaging, measuring instruments, lab automation, instruments and control systems, and LED lighting and Control gear. In addition, it can be used in communication and control systems, automotive electromechanical components, test and measurement systems, and more.

Working Principle

The TX2SS-L2-1.5V-Z utilizes a relay contact mechanism that opens and closes as it is signaled. It is designed with high-performance materials and provides a short-circuit protection mechanism with double insulation. This type of signal relay uses a differential amplifier to detect the signal from the input terminals and to amplify it so that it can reliably activate the relay contacts. Its contacts are made of a combination of silver alloy and gold. It has a maximum switching capacity of 2 Amps.

The TX2SS-L2-1.5V-Z signal relays are low profile, with a terminal pitch of 5.08mm. This makes them suitable for applications with limited spaces. The LED lamp indicator is helpful in confirming circuit operation. The unit also features a quick disconnect header, which allows for installing the signal relay in a few quick steps.

In conclusion, the TX2SS-L2-1.5V-Z signal relay is a reliable and durable piece of equipment, designed for use in a variety of applications. Its versatility and high-performance materials make it suitable for a wide range of industrial applications. It is an ideal choice for applications that require precision control over signal voltage and current.

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