ICHYTI suppliers has been committed to establishing a "reliable brand in the 40 amp dc fuse", focusing on talents, strict quality control and scientific development. ICHYTI has also established a provincial-level enterprise technology center, and invested in the construction of a high-tech intelligent industrial park, a new R&D center and a marketing center in wenzhou China.
China Factory ICHYTI Low Price 40 amp dc fuse designed specifically to protect photovoltaic strings can interrupt in the event of reverse current or other low current abnormal faults in multiple photovoltaic string connected arrays, protecting the normal operation of the photovoltaic system.
Product Model |
YRPV-63 |
Colour |
White |
Breaking capacity |
25kA |
Rated Current (A) |
10A, 15A, 20A, 25A, 32A, 40A, 50A, 63A |
Rated Voltage(V DC) |
1000/1500 |
Installation |
Rail installation |
Fuse link size(mm2) |
14*65 |
◉ Technical parameters: DC 1000V/1500V rated current
◉ High breaking capacity.
◉ Fire resistant housing: able to withstand high temperature environments
◉ CE. TUV. CCC. certification to use more assured.
Q: How do I choose a DC fuse?
A: To choose the right input fuse for a dc-dc converter, you need to take into account various factors. These include the converter's voltage and current ratings, its interrupting and temperature derating capabilities, the melting integral or I2t, the maximum fault current of the circuit, and the necessary agency approvals. You should also consider mechanical aspects such as the fuse's size, mountability, and accessibility.
Q: What are the advantages of DC fuse?
A: CHYT Fuse is a highly effective means of mitigating large short circuit currents, with the added advantage of producing no disruptive byproducts such as flame, gas or smoke. It possesses the capacity to act at a faster rate than circuit breakers, making it a preferred primary safeguard against short circuits.
Q: How does a DC fuse work?
A: When an excessive amount of current flows through a DC circuit, a fuse made of metal wire will melt and break the connection to the power source, thereby protecting the rest of the circuit from damage.