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.
41.31.9.012.5311 Finder Miniature PCB relay 1pole 12A DC 12V
Finder 41.31.9.012.5311 PCB relay with a 12 V DC coil and SPST-NO contacts for industrial control and electronic switching applications.
Why Choose the Finder 41.31.9.012.5311 PCB Relay?
The Finder 41.31.9.012.5311 is a compact electromechanical PCB relay designed for reliable switching in industrial, automation and electrical control applications. As part of the Finder 41 Series low-profile PCB relay range, it provides dependable switching performance in compact electronic assemblies.
This relay combines a miniature low-profile design with robust switching capability, making it suitable for control boards, automation systems and electronic equipment where reliable electrical isolation and switching are required.
With a 12 V DC coil supply and a 12 A AC contact rating, the Finder 41.31.9.012.5311 is designed for dependable switching applications requiring a compact PCB-mounted relay solution.
Key Advantages
- Compact low-profile PCB relay design for space-saving installations.
- 12 V DC coil voltage suitable for electronic control circuits.
- 12 A AC switching capability for general purpose loads.
- SPST-NO contact configuration for straightforward switching applications.
- AgNi + Au contact material for reliable contact performance.
- Suitable for industrial automation and electronic control equipment.
Key Features
- Finder 41 Series low-profile PCB relay.
- 12 V DC coil supply.
- SPST-NO (1 normally open contact) configuration.
- 12 A rated AC contact current.
- 25 A maximum contact current.
- AgNi + Au contact material.
- PCB mounting format.
- Compact 15.7 mm low-profile construction.
Reliable Switching for Electrical Control Systems
PCB relays such as the Finder 41.31.9.012.5311 provide electrical isolation and reliable switching between control circuits and connected loads. Their compact construction allows integration into electronic equipment where space efficiency and dependable operation are important.
The Finder 41 Series is designed for engineers and manufacturers requiring compact relay solutions for industrial automation, control systems and electronic circuit boards.
Typical Applications
- Industrial control systems.
- Automation equipment.
- Electronic circuit boards.
- Building automation systems.
- Timers and lighting controls.
- Machine control applications.
Technical Specifications
Tick the specs you need, then view products that match.
| Device Type | PCB Relay | |
|---|---|---|
| Mounting Type | PCB | |
| Switching Current (A) | 12 A | |
| Coil / Supply Voltage | 12 V DC | |
| Contacts | 2NO | |
| HS Code | 85364900 | |
| Manufacturer | Finder | |
| Series | 41 Series | |
| Model | 41.31.9.012.5311 | |
| Product type | Electromechanical PCB relay | |
| Coil voltage | 12 V DC | |
| Contact configuration | SPST-NO (1 normally open contact) | |
| Rated contact current | 12 A | |
| Maximum contact current | 25 A | |
| AC contact rating | 12 A / 250 V AC | |
| Mounting type | PCB mounting | |
| Coil resistance | 360 Ω | |
| Coil power consumption | 400 mW | |
| Dimensions | 29 × 12.6 × 15.7 mm |
Frequently Asked Questions
What is the Finder 41.31.9.012.5311 used for?
This relay is used for switching electrical loads in industrial control systems, automation equipment and electronic applications.
What coil voltage does this relay require?
The Finder 41.31.9.012.5311 uses a 12 V DC coil supply.
What type of contacts does this relay have?
The relay features an SPST-NO (1 normally open contact) configuration.
What is the contact rating of this relay?
The relay has a 12 A AC contact rating with a maximum contact current of 25 A.
How is this relay mounted?
The relay is designed for PCB mounting in electronic and control assemblies.
Trusted by Electrical Engineers Worldwide
Finder 41 Series PCB relays are trusted by engineers and manufacturers for compact, reliable switching performance in industrial automation and electronic control applications.
