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DC Miniature Circuit Breaker, 2 Pole 600V 32 Amp Isolator for Solar PV System, Thermal Magnetic Trip, DIN Rail Mount DC Disconnect Switch C32

Free shipping on orders over $29.99

$14.12

$ 6 .99 $6.99

In Stock

1.Style:20 Amp


About this item

  • FUNCTIONS: Used to protect power distribution facilities from overload and short-circuit damage, and can also be used for control and isolation.
  • ARC EXTINGUISHING: These DC miniature circuit breakers have a more powerful arc extinguishing magnetic system to help extinguish arcs.
  • QUALITY: Silver alloy contacts, flame retardant material shell, color indicators.
  • APPLICATION: Used in DC power system, ship electric power system, solar photovoltaic system, or other DC system.
  • INSTALLATION: 35mm DIN rail mount, Screw clamp wires(soft silicone wire needs to crimp fixed the wire end with copper crimp first).



Product Description

DC circuit breaker Solar disconnect switch 1000v MCB disyuntor 4P

Specifications

Product type:DC Miniature Circuit Breaker

Rated operational voltage: 600V DC

Rated current [In]: 10 A / 16 A / 20 A / 25 A / 32 A / 40 A / 50 A / 63 A (optional)

Poles: 2P

Trip unit technology: Thermal-magnetic

Curve code: C

Breaking capacity: 5 kA Ics=Icu

Uimp: 4 kV

Mechanical durability: 10000 cycles

Electrical durability: 3000 cycles

Operating temperature: -13°F(-25℃) ~ 140°F(60℃)

Mounting support: 35 mm DIN rail

Tightening torque: 2.5 N.m

Standard: IEC60947-2

Package includes:

1 x DC miniature circuit breaker

1 x DIN rail

2 x screws

Installation

DC circuit breaker Solar DC disconnect switch MCB Din rail

DIN Rail

  • Install the 35mm DIN rail horizontally in a stable environment.

DC circuit breaker Solar DC disconnect switch

Installation

  • Hang the circuit breaker slot on the DIN rail
  • Push the lower end of the circuit breaker into the DIN rail

DC circuit breaker Solar DC disconnect

Dismounting

  • Push the circuit breaker upward
  • Turn the upper end of the circuit breaker out of the DIN rail

Customer
Reviewed in the United States on March 5, 2025
Worked good for off grid solar protection
Customer
Reviewed in the United States on February 23, 2025
No problems so far
kat
Reviewed in the United States on February 15, 2025
I was having difficulty finding the voltage range of 600V for my solar system when I found these. I was a little concerned about the pricing, but they have bee performing flawlessly.
Paco
Reviewed in Mexico on February 11, 2025
Buena relación calidad precio.
Awileyone
Reviewed in the United States on December 3, 2024
I recently installed this circuit breaker in my RV's solar PV system, and it’s been working great. The thermal magnetic trip feature provides reliable protection, and the DIN rail mount made installation quick and easy.The build quality feels solid, and it handles the load from my solar setup without any issues. It’s a compact and effective DC disconnect switch that gives me peace of mind. Definitely a solid choice for anyone working on a solar project.
Customer
Reviewed in the United States on December 17, 2024
I use these switches for solar panel shutoff
Richard a lesley
Reviewed in the United States on November 5, 2024
Same as first units
Ann
Reviewed in the United States on November 1, 2024
The circuit breaker seems to work well. It fits well and it looks well made. It was easy to install
John F Hall
Reviewed in the United States on October 31, 2024
I have a large 15kW solar installation consisting of three 5kW strings of panels. This switch is installed before the 10 guage solar run wires connect to my charge controller. The switch allows me to disconnect the DC power comming in from the panels when I need to work on the charge controller. I use a din rail to mount all my switches so this one fits nicely within my current setup. I've used the switch several times so far with no issues and it seems to be holding up nicely in my system. I've not testing the automatic "breaker" capability as I have no way to generate the 50+ amps of current to do so. I like the dual pole design as it disconnects both the positive and negative legs of the high voltage solar input.