PV DC Mould Case Circuit Breaker Enclosure

Model : SHXC
The PV DC Mould Case Circuit Breaker Enclosure is designed for use as a DC MCCB (Moulded Case Circuit Breaker) enclosure and is fitted with a unique venting valve at the bottom. This innovative design prevents moisture from accumulating in the enclosure due to temperature differences, allowing air to circulate freely and expel any moisture, thus protecting internal components from moisture and corrosion, ultimately increasing product life and reliability.
Description:

The PV DC Mould Case Circuit Breaker Enclosure is made of UV-resistant PC (polycarbonate) material, which effectively blocks strong sunlight. The use of UV resistant PC not only ensures the long term durability of the housing, but also maintains its aesthetic appeal by minimising fading and degradation caused by exposure to harmful UV rays. In short, the SHXC series features a vent valve and UV resistant PC housing to provide superior protection for DC MCCBs in a variety of outdoor and harsh environments.

 

Material characteristics 

Material:ABS Shell / PC Door

According to IEC 60695-2-11 glow wire test temperature:650 °C

UL 94 Class:V-2

Temperature resistance:-25 °C up to +80 °C

Rated current (A):100

Halogen-free:Yes

Silicone-free:Yes

 

Product properties

Number of modules: 2

Number of rows: 1

IP protection level: IP66

Impact protection class:IK09

Flame retardant: 650℃ (30s)

 

Environmental condition

Application area: Indoor/Outdoor installation

Maximum ambient temperature 24 h: 35 °C

Ambient temperature: -25~+40. max, 95% humidity

Relative humidity: ≤ 50 % at 40 °C, ≤ 100 % at 25 °C

Parameter:

Characteristic:

The SHXC distribution box is specifically designed for DC molded case circuit breakers.  Its enclosure boasts a waterproof rating of IP65, ensuring reliable protection against water ingress.

SHXC distribution box is equipped with UV resistance, making it resilient against various harsh environmental conditions.  Inside, the thoughtful design incorporates vents to prevent the formation of moisture even under significant temperature fluctuations.

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