Print relay BENEDICT NY-24W-K-IE 24 V DC, 5 A, 1 × normally closed contact

DIN-rail print relay BENEDICT NY-24W-K-IE with a 24 V DC coil and 5 A switching capacity is designed for control, isolation and small-power switching tasks in industrial and automation installations. The relay provides a single changeover output arranged as a normally closed contact, enabling circuit interruption when the coil is energised. Its compact PCB/mountable form factor allows installation on relay boards or within control panels where space is limited.

Advantages

The relay offers a combination of compact DIN-rail compatible packaging and a reliable 24 V DC coil suited to common control systems. With a 5 A contact rating it supports many low-power loads while the normally closed contact arrangement simplifies fail-safe wiring and default-circuit behaviour. The PCB/mountable construction eases integration into existing relay arrays or custom control modules.

Suitable for

• Signal switching and isolation in control cabinets
• Interfacing sensors and small actuators in automation systems
• Fail-safe or default-closed control circuits
• Relay boards and compact control panel assemblies

Key specifications

• Coil voltage: 24 V DC
• Contact configuration: single changeover output configured as normally closed
• Contact switching capacity: 5 A
• Mounting: PCB/mountable, DIN-rail compatible form
• Application class: control, signaling and small-power switching

How to use

Mount the relay on the intended PCB or into the relay socket within the control panel following the panel layout and wiring diagrams. Connect the 24 V DC coil supply to the appropriate coil terminals and wire the normally closed contact in series with the circuit that must be interrupted when the relay is energised. Ensure correct polarity and secure terminal connections. Verify that the load current does not exceed the 5 A switching capacity and that appropriate protection (fuses or circuit breakers) is in place.

Usage recommendations

Use the relay for low-current control and signaling tasks, and avoid connecting loads that exceed the 5 A rating. For inductive loads, add appropriate suppression (RC snubber or diode on DC coil circuits) to extend contact life. Perform periodic inspection of terminal tightness and contact operation when used in demanding or vibration-prone environments.