Garo

Compact 32A Garo RCBO with B characteristic, 6kA short-circuit capacity, and Type A RCD functionality.

• Voltage: 230V AC
• Current Rating: 32A
• Short-Circuit Capacity: 6kA
• Tripping Characteristic: B, Type A
• Residual Current: 100mA
• Residual Breaking Capacity: 1500A
• Terminals: 1-10mm², max. torque 1.5Nm
• Width: 18mm (1 module)
• Temperature Range: -20°C to +40°C
• Rated Frequency: 50Hz

The GARO 40A 3 Pole Safety Switch is a durable, weatherproof isolator designed for safe power control in commercial and industrial installations. Built with a robust IP65-rated enclosure, it provides reliable protection against dust and water ingress, making it suitable for both indoor and outdoor environments.

Manufacturer: GARO
Rated Current: 40A
Poles: 3 Pole (3P)
Protection Rating: IP65
Colour: Black
Part Number: GEAGSS340IP65B

The GARO GSS332IP65B 32A 3 Pole Safety Switch is a compact, heavy-duty isolator designed for safe switching and isolation in commercial and industrial electrical installations. With an IP65-rated enclosure and robust black rotary handle, it is ideal for use in outdoor environments, plant rooms, workshops, and general distribution applications where reliable circuit isolation is required.

Manufacturer: GARO
Model: Safety Switch IP65
Part Number: GSS332IP65B
Rated Current (AC22): 32A
Number of Poles: 3 Pole (3P)
Rated Power AC3 230V: 7.5kW
Rated Power AC3 400V: 11kW
Rated Continuous Power (In): 32A
Terminal Capacity: 6–16mm²
Knockouts: 4 x M20/25
IP Rating: IP65
Interlocked: Yes
Standard: BS EN 60947-3
Certification: CE, UKCA

The GARO Solar Distribution Board with Meter is a compact, installer-friendly distribution solution designed specifically for solar PV applications. Supplied in a durable IP65 enclosure, it provides reliable protection and monitoring for solar systems, making it suitable for both indoor and outdoor installations.

This board includes a bi-directional 100mA RCBO, offering protection for both incoming and outgoing circuits, alongside integrated surge protection to help safeguard equipment against voltage spikes. Its practical internal layout allows easy access during installation and provides flexibility for future system upgrades or expansion.