Finder 50.14.9.024.4310 - 50 Series Relays with forcibly guided contacts

Finder 50.14.9.024.4310 – 50 Series Relays with forcibly guided contacts

Finder 50.14.9.024.4310 – 50 Series Relays with forcibly guided contacts.

SKU: 50.14.9.024.4310Alt SKU: 501490244310MPN: 50.14.9.024.4310
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List Price £27.20 ex VAT
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Overview

The Finder 50.14.9.024.4310 is an industrial safety relay with forcibly guided contacts from Finder's 50 Series, designed for use in safety-related control circuits, machinery monitoring and industrial automation equipment. Featuring a 24 V DC coil, four mechanically linked contacts arranged as 3 normally open (NO) and 1 normally closed (NC), and an 8 A rated contact current, this relay provides dependable electromechanical switching for appropriately designed safety control systems.

Unlike conventional general-purpose relays, the Finder 50.14 incorporates forcibly guided contact technology. This mechanically linked contact arrangement helps prevent normally open and normally closed contacts from being closed simultaneously, even under defined contact fault conditions. The technology supports contact-state monitoring and fault detection when incorporated into a suitably designed safety circuit.

The 50.14.9.024.4310 features silver tin oxide (AgSnO2) contacts, compact PCB mounting and a low-consumption DC coil. Its four-contact arrangement makes it suitable for safety monitoring interfaces, emergency-stop control assemblies, guard monitoring circuits and other industrial equipment requiring mechanically linked relay contacts. The relay is a component for safety-related systems rather than a complete standalone safety controller.

Key Advantages

  • Forcibly guided contacts: Supports contact-state monitoring and fault detection in appropriately designed safety circuits.
  • 3 NO + 1 NC configuration: Provides three normally open switching paths and one normally closed monitoring path.
  • 8 A rated contacts: Suitable for appropriately rated AC and DC switching applications.
  • 24 V DC operating coil: Compatible with commonly used industrial DC control supplies.
  • Low coil consumption: Nominal 0.8 W coil power supports efficient control circuit design.
  • AgSnO2 contact material: Provides robust contact construction for industrial switching duties.
  • Compact PCB mounting: Supports integration into electronic safety modules and control assemblies.
  • Four-pole construction: Enables multiple switching and feedback functions through a single relay.
  • Wide operating temperature range: Specified for operation from −40 to +70 °C.
  • Finder 50 Series technology: Part of Finder's range of relays with mechanically linked contacts for safety-related applications.

Key Features

  • Finder 50 Series electromagnetic safety relay.
  • Manufacturer part number 50.14.9.024.4310.
  • Forcibly guided contact construction.
  • Four contacts: 3 NO + 1 NC.
  • 8 A rated switching current.
  • 250 V AC resistive contact rating.
  • 30 V DC resistive contact rating at 8 A.
  • 400 V AC maximum switching voltage.
  • 24 V DC nominal coil voltage.
  • 0.8 W nominal coil consumption.
  • 720 Ω nominal coil resistance.
  • 33.3 mA nominal coil current.
  • Silver tin oxide (AgSnO2) contacts.
  • PCB through-hole mounting.
  • 5 mm terminal pitch.
  • 40 × 13 × 16.5 mm housing dimensions.
  • −40 to +70 °C operating temperature range.
  • Suitable for integration into appropriately engineered safety-related control circuits.

Reliable Forcibly Guided Switching for Safety-Related Control Systems

The Finder 50.14.9.024.4310 uses a 24 V DC electromagnetic coil to operate four mechanically linked contacts. When the coil is energised, the three normally open contacts close and the normally closed contact opens. When coil power is removed, the contacts return to their normal positions. The forcibly guided construction provides a defined mechanical relationship between the NO and NC contacts, allowing suitable external monitoring circuits to detect certain contact faults.

This functionality makes the relay useful in safety-related control designs where feedback and diagnostic monitoring are required. However, forcibly guided contacts do not make the relay a complete safety system on their own. Achieving a specified safety performance level or safety integrity level depends on the complete circuit architecture, diagnostics, component reliability, protective measures and validation. The connected load must also remain within the relay's specified electrical ratings.

Typical Applications

  • Emergency-stop control circuits: Relay switching and feedback within appropriately designed emergency-stop systems.
  • Machine guarding: Contact monitoring in safety-related guard interlock assemblies.
  • Industrial safety modules: Integration into electronic safety control equipment.
  • Safety monitoring: Mechanically linked contact feedback for fault detection.
  • Industrial automation: Safety-related auxiliary switching in machinery control systems.
  • OEM safety equipment: PCB integration into purpose-designed safety control products.
  • Machinery control panels: Switching and monitoring functions in engineered safety circuits.
  • Equipment maintenance: Replacement of compatible Finder 50.14 safety relay components.

Technical Specifications

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Device Type Positively Guided Relay
Auxiliary Contacts 1 NC
Switching Current (A) 8 A
Mounting Type PCB
Manufacturer Finder
Product series 50 Series
Relay type 50.14
Manufacturer part number 50.14.9.024.4310
Product category Electromagnetic safety relay
Contact technology Forcibly guided / mechanically linked contacts
Contact configuration 3 NO + 1 NC
Contact form 4PST, 3 Form A + 1 Form B
Number of contacts 4
Rated contact current 8 A
Maximum contact current 15 A
AC resistive contact rating 8 A at 250 V AC
DC resistive contact rating 8 A at 30 V DC
Maximum AC switching voltage 400 V AC
Maximum DC switching voltage 220 V DC
Nominal coil voltage 24 V DC
Coil supply type DC
Nominal coil consumption 0.8 W
Nominal coil resistance 720 Ω
Nominal coil current 33.3 mA
Must-operate voltage 18 V DC
Must-release voltage 2.4 V DC
Contact material Silver tin oxide (AgSnO2)
Mounting type PCB through-hole
Termination PCB pins
Terminal pitch 5 mm
Housing dimensions 40 × 13 × 16.5 mm
Operating temperature −40 to +70 °C
Typical operate time 10 ms
Typical release time 4 ms
Operating mechanism Monostable electromagnetic
Typical applications Safety monitoring, industrial machinery and safety-related control equipment

Frequently Asked Questions

What is the Finder 50.14.9.024.4310 used for?

The Finder 50.14.9.024.4310 is an electromagnetic safety relay with forcibly guided contacts, designed for integration into safety-related control circuits, machinery monitoring equipment and industrial automation systems. It provides three normally open contacts and one normally closed contact.

What does forcibly guided contact technology mean?

Forcibly guided contacts are mechanically linked so that normally open and normally closed contacts cannot occupy their closed positions simultaneously under the defined fault conditions. This enables suitable monitoring circuits to detect certain contact failures, such as a welded contact.

What coil voltage does the Finder 50.14.9.024.4310 require?

The relay has a 24 V DC nominal coil with 0.8 W nominal power consumption, 720 Ω coil resistance and approximately 33.3 mA nominal current.

What are the contact ratings of the Finder 50.14.9.024.4310?

The relay has 8 A rated contacts, with resistive load ratings of 8 A at 250 V AC and 8 A at 30 V DC. Its maximum switching voltages are 400 V AC and 220 V DC, subject to the applicable load limitations.

Can the Finder 50.14.9.024.4310 be used as a standalone safety relay controller?

No. Although the Finder 50.14.9.024.4310 has forcibly guided contacts, it is an individual relay component rather than a complete safety controller. Any safety-related application must use an appropriately engineered and validated circuit that meets the required safety performance.

Trusted by Industrial Automation and Machine Safety Engineers

Finder 50 Series relays with forcibly guided contacts provide dependable electromechanical switching and contact monitoring capabilities for professionally engineered safety-related control systems, machinery interfaces and industrial automation equipment.

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