Finder 96 14 Way 250 V ac DIN Rail Relay Socket

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$24.79

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$27.27

(inc. GST)

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1 - 49$24.79
50 - 199$24.32
200 +$23.98

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RS Stock No.:
666-7983
Distrelec Article No.:
300-89-676
Mfr. Part No.:
96.04SMA
Brand:
Finder
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Brand

Finder

Voltage

250 V ac

Product Type

Relay Socket

Current

12A

Series

96

Terminal Type

Screw

Standards/Approvals

EAC, RoHS, CE

Number of Contacts

14

Mount Type

DIN Rail

COO (Country of Origin):
IT

Finder Series 96 Relay Socket, 250V AC Voltage, 12A Current Rating - 96.04SMA


This relay socket is engineered for the Finder 56 series, providing efficient connectivity for electrical circuits. It accommodates a voltage rating of 250V AC and supports a current rating of 12A, making it suitable for demanding applications. Designed for DIN rail mounting, it features screw termination for secure connections, ensuring reliability in operation.

Features & Benefits


• Designed for 250V AC compatibility for versatile applications

• Handles a current rating of 12A for high power requirements

• DIN rail mounting simplifies installation in control panels

• Screw termination ensures robust and secure electrical connections

• Built with environmental protection for durability in various conditions

Applications


• Utilised in control panels and industrial motors

• Ideal for vending machines and ovens in industrial settings

• A crucial component for effective circuit management

• Supports carousel warehouses for automated systems

What type of mounting options are available for this relay socket?


The relay socket is designed for DIN rail mounting, facilitating easy installation in various panel setups.

How does the current rating of this socket affect its performance?


Operating at a 12A rating ensures it can efficiently handle high-power devices, enabling reliable performance in demanding applications.

What are the maintenance guidelines for ensuring optimal operation?


Regular checks for tight connections and visual inspections for wear can enhance longevity and prevent operational issues in high current applications.

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