Finder PCB Mount Power Relay, 12V dc Coil, 30A Switching Current, DPDT

Currently unavailable
We don’t know if this item will be back in stock, it is being discontinued by the manufacturer.
RS Stock No.:
492-6855
Mfr. Part No.:
66.22.9.012.0000
Brand:
Finder
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Brand

Finder

Coil Voltage

12V dc

Contact Configuration

DPDT

Mounting Type

PCB Mount

Switching Current

30A

Number of Poles

2

Latching

No

Terminal Type

PCB Pin

Maximum Switching Voltage AC

250V ac

Length

51.5mm

Coil Resistance

85Ω

Coil Power

1.7W

Height

31mm

Minimum Operating Temperature

-40°C

Series

66 Series

Depth

33.5mm

Standards Met

CE, EAC

Contact Material

Silver Alloy

Maximum Operating Temperature

+70°C

Life

10000000 (Electrical) cycles, 10000000 (Mechanical) cycles

Maximum Switching Power AC

7.5 kVA

Application

Power

66 Series - 66.22


Finder's 66 series of PCB power relays are designed to suit photovoltaic (PV) inverters, domestic appliances and other equipment needing reinforced insulation, high ambient temperature and full disconnection contacts. The 66 series of PCB power relays are rated up to 30A and available in DPST-NO or DPDT formats with AC or DC coils.
The DPST-NO versions (stock numbers 749-5133, 749-5137, 749-5146, 749-5143 and 749-5149) have a contact gap separation of 1.5mm, fully meeting the requirements of the VDE 0126-1-1 standard for photovoltaic (PV) inverter applications. In addition, stock number 749-5143 features a 5mm air gap (stand-off) between relay base and PCB for extra cooling, ideal in systems where forced air cooling is employed as with many photovoltaic (PV) inverters.
All of Finder's 66 series PCB power relays have been designed with an 8mm clearance and creepage distance, ensuring safe separation of supply and output, and reinforced insulation between coil and contacts, meeting the requirements of EN60335-1 (VDE 0700).

Suitable for heavy duty load switching
Contact gap ≥1.5mm according to VDE 0126-1-1 for solar inverter applications (DPST-NO versions only)
Reinforced insulation between coil and contacts according to EN60335-1 (VDE 0700), with safe separation and 8mm clearance and creepage distance
6kV (1.2/50 μs) isolation, coil to contact
Dielectric strength 4000Vac, coil to contact
Flux proof construction

Note

For flange mount versions with 0.25 inch Faston style terminals see the 66.82 series, stock number 749-5152 typically.

Approvals

DPST-NO versions IMQ; cULus
DPDT versions CSA, IMQ, RINA, cULus; VDE

Finder Series 66 Power Relay, DPDT Contact Configuration, 30A Switching Current - 66.22.9.012.0000


This power relay is designed for precise control in various electrical applications. Operating at a coil voltage of 12V DC, it offers a robust solution for switching tasks in automation and electrical circuits. With a dual pole double throw (DPDT) configuration, this component effectively handles high voltage and current loads, making it essential for electrical systems.

Features & Benefits


• Supports 30A switching capabilities for substantial power handling
• Built with bifurcated terminals for secure connections
• Operates at voltages up to 250V AC for varied Applications
• Compatible with PCB mounting for easy integration into devices
• Functions in extreme temperatures ranging from -40 to +70°C
• Designed for up to 10 million electrical and mechanical cycles

Applications


• Control power in automation systems
• Ideal for energy management in industrial equipment
• Suitable for machinery requiring dependable switching
• Employed in telecom and data equipment for circuit control
• Utilised in lighting and HVAC for efficient operation

How can the relay be mounted in my application?


It can be easily mounted on a PCB, allowing for straightforward installation.

What type of circuits is it suitable for?


It is effective in both high voltage and high current circuits, suitable for various electrical applications.

Can it be used in extreme environments?


Yes, it operates well in temperatures from -40 to +70°C.

Is it compatible with other electrical components?


Yes, it is designed to integrate seamlessly with various electronic systems.

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