Why Choose the Finder 40.62.7.006.4000 6 V DC Miniature Power Relay?
The Finder 40.62.7.006.4000 is a compact electromechanical miniature power relay designed for electrical switching in industrial automation, electronic control equipment and machinery applications. As part of the established Finder Series 40 relay family, it provides dependable electromagnetic switching in a space-efficient package suitable for printed circuit board assemblies.
Featuring a 6 V DC nominal operating coil and two changeover contacts (2 CO / DPDT), the Finder 40.62.7.006.4000 allows two separate switching circuits to be controlled simultaneously. Each changeover contact provides normally open and normally closed connections, offering flexibility for control logic, auxiliary switching, signalling and equipment interfacing.
The relay is designed for applications where compact dimensions, low-voltage DC control and reliable electrical isolation are important. Its Finder 40.62 double-pole contact configuration makes it particularly useful in electronic control modules, OEM machinery and industrial automation equipment requiring two mechanically linked switching contacts.
Key Advantages
- Compact miniature electromechanical power relay for industrial and electronic control applications.
- 6 V DC nominal coil voltage suitable for compatible low-voltage control circuits.
- Two changeover contacts (DPDT) provide flexible switching of two circuits.
- Electromagnetic operation provides galvanic separation between the coil and contact circuits.
- Space-saving construction supports integration into compact PCB assemblies.
- Suitable for control logic, signalling and auxiliary electrical switching.
- Non-latching operation provides automatic contact return when the coil is de-energised.
- Part of the established Finder Series 40 range for electrical control and automation.
Key Features
- Finder Series 40 miniature PCB relay.
- 6 V DC nominal operating coil.
- Two changeover contacts (2 CO / DPDT).
- 8 A nominal contact current rating.
- 250 V AC rated contact voltage.
- Electromechanical, non-latching switching operation.
- Two electrically separate changeover contact sets operated by one coil.
- Compact design for printed circuit board integration.
- Galvanic isolation between the control coil and switched contact circuits.
- Suitable for industrial automation, electronic equipment and machinery control applications.
Reliable Dual-Circuit Switching for Industrial Automation
Electromechanical relays such as the Finder 40.62.7.006.4000 use an electromagnetic coil to operate mechanically linked electrical contacts. When the 6 V DC coil is energised, both changeover contacts transfer from their normally closed positions to their normally open positions. When the coil supply is removed, the contacts return to their normal state.
The Finder 40.62 configuration provides two separate changeover contacts within one compact relay body. This arrangement enables two electrical circuits to be switched using a common control signal, making it useful for interlocking, equipment signalling, auxiliary control and automation interfaces.
Its PCB mounting format supports integration into electronic control assemblies and compact industrial equipment. When selecting the relay, engineers should consider the operating coil voltage, contact loading, switching frequency and electrical characteristics of the connected circuits. Inductive and capacitive loads may require additional protection or contact derating to maintain reliable service life.
Typical Applications
- Industrial automation and machinery control systems.
- Printed circuit board assemblies and electronic control modules.
- Low-voltage DC control and switching circuits.
- PLC interfacing and auxiliary control logic.
- Dual-circuit switching and electrical interlocking.
- Building automation and equipment management systems.
- Industrial signalling and monitoring equipment.
- Heating, ventilation and air conditioning control electronics.
- OEM machinery and electronic equipment manufacturing.
- General-purpose switching of appropriately rated electrical loads.
