AIMS Corporation
AIMS Corporation DC1600V32A2IO Solar DC Disconnect Switch
A solar DC disconnect switch rated for 1600 V and 32 A with California Proposition 65 warnings
- 1600 V DC rating handles high-voltage solar arrays safely
- 32 A continuous current supports robust power transfer
- Two isolated circuits enable flexible string configurations
- Proposition 65 notice alerts installers to regulated chemicals
- New condition guarantees full manufacturer specifications intact
DC Disconnect Switch for Solar Arrays
The AIMS Corporation DC1600V32A2IO is a solar-rated DC disconnect switch built for photovoltaic installations. It provides a manual means to isolate the direct-current side of a solar array for maintenance or emergency shutdown. The unit is supplied new and carries California Proposition 65 warnings for chemicals known to cause cancer and reproductive harm.
Suited for Qualified Solar Installers
This switch is intended for electricians and system integrators who are wiring DC circuits in compliance with local electrical codes. It is not for homeowners attempting self-installation without proper training, nor for alternating-current distribution panels or battery banks that exceed the rated voltage and current limits.
Rated 1600 Volts and 32 Amps DC
The contacts are rated for 1600 V DC and 32 A, giving headroom for typical string voltages in commercial and utility-scale arrays. It will not accommodate systems that require higher current carrying capacity or multi-pole switching beyond the two-pole configuration.
Highlights
- 1600 V DC rating handles high-voltage solar arrays safely
- 32 A continuous current supports robust power transfer
- Two isolated circuits enable flexible string configurations
- Proposition 65 notice alerts installers to regulated chemicals
- New condition guarantees full manufacturer specifications intact
Specifications
| Brand | AIMS POWER |
|---|
Questions about this item
What DC voltage and current rating must my solar array stay within for the 1600 V, 32 A disconnect to operate safely?
The switch is rated for up to 1600 V DC and 32 A, so the array’s open-circuit voltage and short-circuit current must not exceed those values.
Can the disconnect be used with older charge controllers that only accept lower voltage inputs?
The disconnect itself simply isolates the circuit; it does not convert voltage, so the downstream controller must still be rated for the array’s full DC voltage.
How can I verify the switch is actually breaking the circuit after installation?
Measure the DC voltage across the load-side terminals with a multimeter while the handle is in the OFF position; it should read zero volts.
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