120A 4 Pole IP65 Isolating Switch – ME-ISO-4P120A

The ME-ISO-4P120A is a heavy-duty 120A 4 Pole rotary isolating switch designed to provide safe and reliable electrical isolation in high-current installations. It is suitable for applications where a clearly accessible local disconnect point is required for operation, servicing and maintenance.

Featuring a 120A rated current, 4 Pole (4P) configuration and a robust IP65 surface-mounted enclosure, the isolator is designed for 230–440V AC electrical systems.

Its enclosed rotary design makes it suitable for power distribution, industrial equipment, commercial electrical installations and EV charging projects where dependable high-current isolation is required.

Key Features

• Rated Current: 120A
• Poles: 4 Pole (4P)
• Rated Voltage: 230–440V AC
• Protection Rating: IP65
• Installation: Surface Mount
• Function: Main Switch / Maintenance Switch
• Type: Rotary Isolating / Load Disconnect Switch
• Reference: ME-ISO-4P120A
• Standard: IEC/EN 60947

Heavy-Duty Electrical Isolation

The ME-ISO-4P120A provides a clear rotary ON/OFF operating mechanism for electrical isolation. It is designed to provide a convenient local disconnect point before maintenance, servicing or electrical work.

IP65 Surface-Mounted Enclosure

The enclosed surface-mounted design provides an IP65 protection rating, making the isolator suitable for demanding electrical environments where protection against dust and water ingress is required.

Applications

• EV charger electrical installations
• High-current electrical systems
• Power distribution systems
• Commercial electrical installations
• Industrial machinery and equipment
• Electrical panels and control systems
• Maintenance and service isolation

Technical Specifications

120A 4 Pole Isolator for EV Charger Installations

For EV charging projects and other high-current electrical applications, the ME-ISO-4P120A can provide a local means of electrical isolation between the power supply and connected equipment.

The final isolator selection should always be coordinated with the equipment input current, upstream circuit protection, cable sizing and applicable electrical installation requirements.