Omron H5CX-BWSD-N Реле времени

Omron H5CX Series Timer Relay, 12 to 24 V DC Supply Voltage, DPST Switch Configuration - H5CX-BWSD-N

This timer relay is designed for various industrial applications, featuring an ultra-compact design that measures 48mm in width, 65mm in depth, and 48mm in length. It operates with a supply voltage range of 12 to 24 V DC as well as 24V AC, making it highly versatile. The model supports multi-function capabilities, ensuring various timing operations for efficient electrical control.

Features & Benefits

• Isolated power supply enhances safety during operation
• Adjustable time range from 0.001 seconds to 9999 hours
• Flexible DPST switch configuration for diverse usage
• User-friendly interface enables quick adjustments with Up/Down keys

Applications

• Used in automation systems for precise control
• Ideal for requiring adjustable timer functionalities
• Utilised in electrical installations and machinery maintenance
• Suitable for timing operations in production environments
• Applied in controlling lighting and HVAC systems

How does this relay enhance safety in its applications?

The isolated power supply design prevents electrical faults from affecting the input circuits, significantly enhancing safety during use.

What is the maximum voltage that can be supplied to this relay?

The maximum voltage for this relay is 30V DC, which allows compatibility with various electrical setups and devices.

Can the time settings be adjusted during ongoing operations?

Yes, the timer allows on-the-fly adjustments, which facilitates flexibility without interrupting the operation.

What kind of environments is the relay suitable for due to its waterproof design?

The waterproof rating of IP66 ensures protection against water ingress, making it suitable for wet or humid industrial environments.

How can I monitor the operational status of the relay?

The relay features a visual display that presents real-time information, including the current value and output status, allowing easy monitoring during operation.