Description
Schneider RE7TM11BU | on-delay timing relay with control contact – 0.05..1 s – 24 V AC DC – 1OC
1. Technical Specifications
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Model: Schneider RE7TM11BU
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Type: On-delay timing relay with control contact
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Timing Range: 0.05 to 1 second
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Control Voltage: 24 V AC/DC
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Relay Contact Configuration: 1 normally open contact (1OC)
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Mounting Type: Rail-mountable
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Housing Material: Thermoplastic
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Protection Rating: IP20 (protection against solid objects >12 mm, no protection against water)
2. Features
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Precise Timing Function: The relay offers an adjustable time delay range from 0.05 to 1 second, allowing for fine-tuned timing control in various automation tasks.
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Versatile Control Voltage: Designed to operate with 24 V AC/DC control voltage, providing compatibility with a wide range of low-voltage control systems.
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Reliable Contact Configuration: Equipped with a 1 normally open contact (1OC), suitable for initiating or controlling other circuits when the timing function is completed.
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Space-Saving Design: Compact design for rail mounting, making it easy to integrate into control panels, electrical cabinets, and other automation systems.
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Durable Construction: Made with thermoplastic materials, ensuring the relay is robust and suitable for use in industrial environments.
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User-Friendly Adjustments: The timing range can be easily set within the specified range, allowing flexibility for various applications.
3. Applications
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Automation Systems: Ideal for use in time delay circuits where a precise time interval needs to be introduced before activating a subsequent action or process.
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Control Panels: Commonly used in control panels to manage various processes that require a specific time delay before activation, such as in motor start/stop sequences or lighting control.
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Industrial Equipment: Can be used in industrial machines to delay the activation of certain equipment or processes, ensuring proper sequence timing.
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HVAC Systems: Useful in HVAC applications for delaying certain actions like the operation of pumps or fans to maintain system stability.
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Signal and Alarm Systems: Can be applied to alarm and signaling systems where an action needs to be delayed before being triggered.
