Schneider Electric TeSys Pneumatic Timer for use with TeSys D, TeSys Deca, TeSys F, 690 V

This pneumatic timer serves as a time delay auxiliary contact block designed for efficient operation within industrial settings. With a robust build to endure various conditions, it features a front mount design, compact dimensions of 48mm height, 44mm width, and 61mm depth, making it a versatile component for automation applications. Compatible with the TeSys range, including TeSys D, TeSys Deca, and TeSys F, this analogue timer operates at a voltage rating of 690V and provides an adjustable timer range from 1 to 30 seconds.

• Offers an analogue ON delay timer function for precise control
• Supports a wide timer range of 1 to 30 seconds for flexibility
• Rated for 690V AC operation, ensuring high performance in demanding environments
• Features 1NO + 1NC contact configuration for versatile connectivity
• Incorporates front mount design for straightforward installation
• Adept at handling up to 10A current rating for heavy-duty applications

• Utilised with TeSys D and TeSys Deca for enhanced control
• Ideal for sequential operation in machinery and automation processes
• Employed in motor control circuits for time delay operations
• Suitable for integration with TeSys F products in industrial setups
• Applied in environments requiring reliable time delay mechanisms

The ON delay function allows for a controlled startup sequence, reducing the risk of mechanical stress and prolonging the lifespan of connected components. This prevents potential failures during sudden energisation.

It supports screw clamp terminals that accommodate cables ranging from 1 to 2.5mm², ensuring secure connections for both flexible and rigid wires, which simplifies installation.

This device is rated for operation in ambient temperatures between -40°C and 70°C, making it suitable for a wide variety of industrial environments, including extremes.

With a durability rating of 5 million cycles, the device assures reliable operation over time, minimising maintenance needs and enhancing productivity in continuous use scenarios.