IMO-SI32-PEL64R-6 Pole 3 String DC Disconnect

IMO-SI32-PEL64R-6 Pole 3 String DC Disconnect

Regular price
$395.00
Sale price
$395.00
Quantity must be 1 or more

SKU: IMO-SI32-PEL64R-6 

 

IMO SI32-PEL64R-6 32A True DC Isolator – 6-Pole Solar Disconnect with Lockable IP67 Enclosure

The IMO SI32-PEL64R-6 is a 32A 6-pole True DC isolator switch engineered for photovoltaic (PV) systems requiring safe and reliable DC disconnection between panels and inverters. Housed in a robust IP67-rated plastic enclosure, this model is purpose-built for harsh environments and meets IEC 60364-7-712 standards for solar PV safety.

Unlike derated AC switches, the IMO SI isolator features a true DC architecture with fast-acting ratchet switching, arc suppression chambers, and knife-edge contact design. It provides high-integrity performance for up to three strings in series, making it suitable for small to mid-size solar arrays in residential and commercial settings across Canada.


Technical Specifications:

Attribute Specification
Rated Current (Ith) 32A
Insulation Voltage (Ui) 700V (Overvoltage Cat. I–III, Uimp = 8kV)
Poles 6 (configured for 3 PV strings)
Contact Gap per Pole 8mm
Enclosure Rating IP67 / NEMA 4X
Enclosure Material Self-extinguishing plastic
Lockable in OFF Position Yes
Cable Entry M25 gland compatible
Wiring Terminals 16mm² box terminals for easy termination
Torque Requirement Max 1Nm
Operating Temperature -40°C to +45°C
Certifications UL508i (E362605), UL508 (E146487), CE, TUV, GOST, IEC CB, CSA

 

Applications in Canadian Solar Installations:

  • String-level DC disconnection for rooftop PV arrays

  • Ground-mount solar system protection

  • Code-compliant inverter isolation switch

  • Battery hybrid PV systems requiring dedicated DC isolation

  • Outdoor and high-moisture environments


Designed for Canadian Compliance and Durability:

  • 🌨️ Operates in sub-zero winter climates

  • 🔒 Lockable handle ensures technician safety during service

  • 🧯 Self-extinguishing enclosure for fire safety

  • 📦 Compact form factor for space-limited installations