Finder 48 Series Interface Relay Module, DIN Rail Mount, 24V Coil, SPDT, 1-Pole, 16A Load

View this category

Subtotal (1 unit)*

£19.18

(exc. VAT)

£23.02

(inc. VAT)

Add to Basket
Select or type quantity
In Stock
  • 12 unit(s) ready to ship
  • Plus 30 unit(s) shipping from 19 December 2025
Need more? Click ‘Check delivery dates’ to find extra stock and lead times.
Units
Per unit
1 +£19.18

*price indicative

Sponsored
Finder Relay Sockets
Finder Relay Sockets
Finder relay sockets are known for their reliability, ease of use, and versatility in various electrical and industrial applications. Browse the complete range of Finder Relay Sockets today.
Explore Finder Relays Sockets
RS Stock No.:
286-8573
Mfr. Part No.:
48.61.8.024.1060SPA
Brand:
Finder
Find similar products by selecting one or more attributes.
Select all

Brand

Finder

Coil Voltage

24V

Contact Configuration

SPDT

Mounting Type

DIN Rail

Series

48

Number of Poles

1

Load Current Rating

16A

Load Voltage Rating

250/400V ac

Switching Voltage

250/400V ac

Contact Material

Silver Alloy

Accessory Type

Interface Relay

Relay Type

Interface Relay

Standards Met

cURus, EAC

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

+70°C

Turn On Time

7ms

Life

100000 Cycles

Operating Temperature Range

-40 → +70°C

Turn Off Time

4ms

COO (Country of Origin):
IT

Finder Series 48 Interface Relay Module, 24V Coil Voltage, SPDT Contact Configuration - 48.61.8.024.1060SPA


This interface relay module is a single-pole SPDT device, engineered to streamline operations in automation systems. It features a 24V relay coil voltage and is designed for mounting on DIN rails, making it a compact solution at just 15.8mm wide. Built for high performance, it operates effectively across a temperature range of -40 to +70°C.

Features & Benefits


• High load capacity of 16A allows for versatile applications
• Switching voltage of 250/400V AC ensures compatibility with various systems
• Reliable AgNi contact material enhances lifetime up to 100,000 cycles
• Quick turn-on time of 7ms and turn-off time of 4ms for efficient operation
• Meets international standards (cURus, EAC) for added assurance
• Supports a wide load voltage rating for enhanced application range

Applications


• Used in building automation systems to control lighting and HVAC
• Integrated into control panels for seamless operational management
• Ideal for lifts and elevators where safe relay control is essential
• Utilised in carousel warehouses for effective inventory management
• Substituted in medical and dental equipment for reliable electronic control

What advantages does the contact material provide in heavy-duty applications?


The AgNi contact material not only offers excellent conductivity but also withstands high loads, ensuring a long operational life without deterioration over time. This is crucial in heavy-duty applications where performance and reliability are essential.

How does the relay module handle different load types effectively?


The design supports both resistive and inductive loads, factoring in the specified breaking capacity at various voltage levels. This adaptability ensures optimal performance and reduces the risk of failure in diverse operational settings.

What safety features are incorporated into this relay module?


The relay module complies with cURus and EAC standards, ensuring it meets strict safety regulations. The forcibly guided contacts significantly enhance safety by preventing unintended operation, which is vital in critical applications.

How can the relay be mounted and what installations are recommended?


It is designed for mounting on standard 35mm DIN rails, facilitating quick and efficient installation in various setups, particularly in electrical distribution boards and industrial control systems.

What maintenance procedures are recommended to ensure optimal performance?


Regular inspections of the connections and ensuring that the operating temperature remains within specified limits will help maintain optimal functionality. Additionally, ensuring that ambient conditions are stable can prolong the lifespan of the module.

Related links