Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Finder 50.14.9.024.4220 is a Series 50 PCB-mounted electromechanical safety relay featuring a 24 V DC coil, four forcibly guided contacts arranged as 2 NO plus 2 NC and an 8 A rated contact current for monitored industrial control circuits.
£21.74
The Finder 50.14.9.048.4220 is an electromechanical safety relay from the Finder Series 50 range, designed for monitored switching in industrial machinery and safety-related electrical control systems. Its forcibly guided contact construction supports the detection of certain contact faults when incorporated into appropriately designed external monitoring circuitry.
Featuring a 48 V DC nominal coil, the Finder 50.14.9.048.4220 is intended for control systems operating with a compatible direct-current supply. The Type 50.14 construction provides a four-contact relay format suitable for applications requiring multiple switching and feedback connections.
The complete 50.14.9.048.4220 manufacturer part number identifies the required coil voltage and specific relay variant. Matching the full designation is important when selecting a replacement for an existing safety-related control assembly.
The Finder 50.14.9.048.4220 operates through an electromagnetic coil that changes the state of its contacts when a suitable 48 V DC supply is applied. Its forcibly guided contact mechanism mechanically links the switching contacts, allowing appropriately designed external circuitry to monitor their behaviour.
This construction is useful in safety-related switching assemblies where detecting certain relay contact faults is important. The relay is a component rather than a complete safety controller; the overall safety performance depends on the external control architecture, diagnostic circuitry and validation of the finished system.
Tick the specs you need, then view products that match.
| Device Type | Positively Guided Relay | |
|---|---|---|
| Timing Function | None (instantaneous) | |
| Manufacturer | Finder | |
| Series | Series 50 | |
| Model | 50.14.9.048.4220 | |
| Product type | Electromechanical safety relay | |
| Relay type | 50.14 | |
| Nominal coil voltage | 48 V DC | |
| Coil supply type | DC | |
| Contact technology | Forcibly guided | |
| Relay format | Four-contact | |
| Operating mechanism | Electromagnetic, monostable | |
| Product family | Finder safety relays | |
| Manufacturer variant | 4220 |
It is an electromechanical safety relay intended for monitored switching in appropriately designed industrial control and safety-related electrical circuits.
The relay uses a 48 V DC nominal coil and requires a compatible direct-current control supply.
Forcibly guided contacts are mechanically linked so that specified normally open and normally closed contacts cannot simultaneously occupy their closed positions under defined fault conditions, supporting external fault monitoring.
The Type 50.14 is a four-contact relay format. The precise normally open and normally closed arrangement should be matched to the specified 4220 configuration.
No. It is an electromechanical relay component. A complete safety function requires suitable control architecture, diagnostics and verification against the applicable safety requirements.
No direct substitution should be assumed. The 50.14.9.048.4220 has a 48 V DC coil, so a replacement must be compatible with the available control supply and the original relay configuration.
Finder Series 50 safety relays provide forcibly guided contact technology for industrial equipment designers, automation engineers and electrical control professionals. The Finder 50.14.9.048.4220 offers a 48 V DC electromagnetic switching component for integration into suitably engineered monitored control circuits.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.