Renogy Suntree 160 Amp 2-Pole DC Circuit Breaker for Off-Grid Solar System Molded Case
Renogy Suntree 160 Amp 2-Pole DC Circuit Breaker for Off-Grid Solar System Molded Case
- 【MULTIPLE USES】Used to protect cables and devices from overload or short circuit, and can be disconnected for maintenance and replacement of system devices. - 【DOUBLE SECURITY】 Equipped with both the thermal and magnetic tripping mechanism for reliability and safety. - 【DURABLE FOR USE】 After the circuit breakers is disconnected, only reset is needed and there will be no damage. - 【CLEARLY MARK】 Built-in indicator window helps identify the contact position. Renogy offer 1-year material and workmanship warranty - 【QUICK TO INSTALL】 Equipped with DIN rail and panel mounting for easy installation.
From the manufacturer
IDEAL FOR INDOOR USE
FAQs
Rated Operating Voltage: 1000V
Rated Current: 160A
Mechanical Life: 10000 Times
Electrial Life: 2000 Times
Number of Poles: 2
Protection Rate: IP20
Operating Temperature Range : -40°F - 167°F
Conductor Size: 4 AWG~ 4/0 AWG
Dimension: 7.9 x 3.5 x 5.3 in
Weight: 4.67 lb
The Suntree DC Molded Case Circuit Breaker is used to protect cables and devices from high current or damage caused by overload or short circuit. In addition, it can be disconnected during maintenance or replacement of system devices to avoid electric shock.
Equipped with both the thermal and magnetic tripping mechanism for reliability and safety, along with the certification of CE, RoHS, CB, TUV
Excellent product quality and strong service life.
Advice of choosing suitable circuit breaker for different situations
Connected on positive and negative
Built-in indicator window helps identify the contact position
Offers DIN rail installation and panel installation. Remember to install the insulation barriers before operation to ensure safety.
How to choose suitable circuit breaker?
What is the difference between 1P and 2P circuit breaker?
1P connects on positive only.
2P connects on positive and negative, so it can cuts them both at the same time.
Normally, 2P can afford greater rated current and working voltage than 1P.