
IMO | Enclosed DC Switch Isolator | 32A 600V | 2 Pole 1 String | IP66
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SI32A 600V Enclosed DC Isolator Switch for PV Installs
#2: IMO-SI32-PEL64R-2 Ā Switches - DC Isolators
Reliable DC Switch Disconnector for Solar PV Safety
The IMO SI32 Enclosed DC Switch Disconnector is a high-performance isolator specifically designed for safe DC disconnection in photovoltaic (PV) systems. Built to comply with IEC 60364-7-712 regulations, it ensures that solar installations meet strict safety requirements by effectively interrupting the DC/AC inverter from the solar panel array.
Its IP66-rated enclosure provides complete protection against dust and water ingress, while the patented Safelock function and fast switching (< 5ms) guarantee enhanced operator safety and long-lasting performance.
Key Benefits
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High Current Rating: 32A at 600V DC ā ideal for single-string PV systems
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IP66 Weatherproof Enclosure: Resistant to dust and water for reliable outdoor use
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IMO Patented Safelock Function: Ensures safe operation and prevents accidental engagement
-
Ultra-Fast Switching: Switching time of less than 5ms for maximum protection
-
Compliance: Fully compliant with IEC 60364-7-712 for photovoltaic installations
-
Durable Build: Grey insulated housing with a black rotary switch
Technical Specifications
Electrical Ratings
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Rated Current: 32A
-
Rated Voltage: 600V DC
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Poles / Strings: 2 Pole (1 String)
Mechanical & Environmental Data
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Protection Class: IP66 ā suitable for indoor & outdoor use
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Enclosure Material: Grey insulated plastic body
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Switch Handle: Black rotary type
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Switching Time: < 5 ms
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Special Feature: IMO patented Safelock mechanism
Dimensions
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Width: 180 mm
-
Height: 98 mm
-
Depth: 107 mm
Why Choose the IMO SI32 Enclosed DC Isolator?
The IMO SI32 DC isolator combines fast, reliable switching performance with robust IP66 protection, making it a trusted choice for UK solar PV installations. With its Safelock safety design and compliance with international standards, it ensures maximum safety, durability, and peace of mind for system operators.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
-
SI32A 600V Enclosed DC Isolator Switch for PV Installs
#2: IMO-SI32-PEL64R-2 Ā Switches - DC Isolators
Reliable DC Switch Disconnector for Solar PV Safety
The IMO SI32 Enclosed DC Switch Disconnector is a high-performance isolator specifically designed for safe DC disconnection in photovoltaic (PV) systems. Built to comply with IEC 60364-7-712 regulations, it ensures that solar installations meet strict safety requirements by effectively interrupting the DC/AC inverter from the solar panel array.
Its IP66-rated enclosure provides complete protection against dust and water ingress, while the patented Safelock function and fast switching (< 5ms) guarantee enhanced operator safety and long-lasting performance.
Key Benefits
-
High Current Rating: 32A at 600V DC ā ideal for single-string PV systems
-
IP66 Weatherproof Enclosure: Resistant to dust and water for reliable outdoor use
-
IMO Patented Safelock Function: Ensures safe operation and prevents accidental engagement
-
Ultra-Fast Switching: Switching time of less than 5ms for maximum protection
-
Compliance: Fully compliant with IEC 60364-7-712 for photovoltaic installations
-
Durable Build: Grey insulated housing with a black rotary switch
Technical Specifications
Electrical Ratings
-
Rated Current: 32A
-
Rated Voltage: 600V DC
-
Poles / Strings: 2 Pole (1 String)
Mechanical & Environmental Data
-
Protection Class: IP66 ā suitable for indoor & outdoor use
-
Enclosure Material: Grey insulated plastic body
-
Switch Handle: Black rotary type
-
Switching Time: < 5 ms
-
Special Feature: IMO patented Safelock mechanism
Dimensions
-
Width: 180 mm
-
Height: 98 mm
-
Depth: 107 mm
Why Choose the IMO SI32 Enclosed DC Isolator?
The IMO SI32 DC isolator combines fast, reliable switching performance with robust IP66 protection, making it a trusted choice for UK solar PV installations. With its Safelock safety design and compliance with international standards, it ensures maximum safety, durability, and peace of mind for system operators.













