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 40.61.7.012.1000 is a 16 A Series 40 miniature electromechanical power relay with a 12 V DC sensitive coil, one SPDT changeover contact, AgNi contact material and PCB or compatible socket mounting for industrial automation and electrical load switching.
The Finder 40.61.7.012.1000 is a compact 16 A miniature electromechanical power relay designed for industrial automation, electrical load switching and electronic control applications. Part of the Finder Series 40, this relay combines a high-current changeover contact with a sensitive DC coil, making it suitable for equipment requiring reliable switching from a low-power control circuit.
Featuring a 12 V DC sensitive coil, one changeover contact (SPDT / 1 CO) and a 16 A rated contact current, the Finder 40.61.7.012.1000 provides flexible switching for compatible AC and DC electrical loads. Its silver nickel (AgNi) contacts offer dependable electromechanical switching, while the sensitive coil design reduces the power required to operate the relay.
The relay features a compact 12.4 × 29 × 25 mm housing, a 5 mm contact pin pitch and a PCB/plug-in connection format. Its RT II flux-proof construction makes it suitable for appropriate PCB assembly processes, while compatibility with suitable relay sockets offers additional installation flexibility for control panels and industrial equipment.
The Finder 40.61.7.012.1000 uses an electromagnetic coil to operate a single changeover contact. When the specified 12 V DC control voltage is applied, the relay energises and transfers its common contact from the normally closed terminal to the normally open terminal. When coil power is removed, the relay returns to its original position.
Its sensitive DC coil is designed to operate with a nominal power consumption of approximately 0.5 W, making the relay suitable for compatible electronic control circuits where coil power demand is an important consideration. The 16 A changeover contact enables switching of suitable electrical loads while maintaining electrical separation between the coil and contact circuits.
The relay's compact PCB/plug-in format supports integration into electronic equipment and industrial control assemblies. When used with a compatible socket, it can also be incorporated into modular control panel installations. Designers should ensure that the socket, PCB tracks, wiring and protective devices are rated for the intended load, particularly when operating near the relay's maximum contact current.
The RT II flux-proof construction provides protection against soldering flux ingress during suitable assembly processes. It should not be confused with a sealed or wash-tight relay, and the component should be handled in accordance with the manufacturer's PCB assembly recommendations.
Tick the specs you need, then view products that match.
| Device Type | Plug-in Relay | |
|---|---|---|
| Mounting Type | PCB, Plug-in socket | |
| Switching Current (A) | 16 A | |
| Manufacturer | Finder | |
| Series | Series 40 Miniature PCB Relays | |
| Model | 40.61.7.012.1000 | |
| Product type | Miniature electromechanical power relay | |
| Relay technology | Electromechanical | |
| Relay operation | Monostable, non-latching | |
| Nominal coil voltage | 12 V DC | |
| Coil type | Sensitive DC | |
| Coil resistance | 288 Ω | |
| Nominal coil power | 0.5 W | |
| Nominal coil current | Approximately 41.7 mA | |
| Contact configuration | 1 changeover (SPDT / 1 CO / 1 Form C) | |
| Number of poles | 1 | |
| Rated contact current | 16 A | |
| Rated contact voltage | 250 V AC | |
| Maximum AC switching voltage | 400 V AC | |
| Rated AC1 switching capacity | 4000 VA | |
| Maximum peak contact current | 30 A | |
| Contact material | Silver nickel (AgNi) | |
| Operate time | 12 ms | |
| Release time | 4 ms | |
| Contact pin pitch | 5 mm | |
| Mounting type | PCB through-hole or compatible relay socket | |
| Connection format | PCB/plug-in terminals | |
| Dimensions | 12.4 × 29 × 25 mm | |
| Relay protection category | RT II (flux-proof) | |
| LED indication | Not fitted | |
| Primary application | Electrical load switching and industrial control interfacing |
The Finder 40.61.7.012.1000 is a 16 A miniature electromechanical power relay used for switching compatible electrical loads in industrial automation, electronic equipment and electrical control systems. Its single changeover contact provides flexible switching from a low-voltage DC control circuit.
The relay features a 12 V DC sensitive coil with a nominal resistance of 288 Ω and nominal power consumption of approximately 0.5 W. It is designed for compatible DC control supplies.
The relay has one changeover contact (SPDT / 1 CO) rated at 16 A and 250 V AC, with a maximum AC switching voltage of 400 V AC. The permissible load depends on the switching category, load characteristics and installation conditions.
No. The Finder 40.61.7.012.1000 is a monostable, non-latching relay. Its contacts change position when the coil is energised and return to their normal position when the coil supply is removed.
The relay supports PCB through-hole mounting and installation in a compatible relay socket. DIN rail installation is possible using an appropriate socket, provided that the socket and wiring are rated for the intended electrical load.
Finder Series 40 miniature power relays provide compact electromechanical switching solutions for industrial automation, electronic equipment and electrical control systems. With its 12 V DC sensitive coil, 16 A changeover contact and dependable AgNi contact material, the Finder 40.61.7.012.1000 offers a practical solution for engineers and machine builders requiring reliable high-current switching from a low-power control circuit.
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.