16a Fuse Holder Manufacturers

The YRPV-30 1000VDC 10×38mm PV Fuse Holder is specifically designed to provide fast-acting protection under overload current conditions associated with Photovoltaic (PV) systems. The recommended fuse link size is 10×38mm, which can safely protect 1000VDC Photovoltaic (PV) systems. The most common applications of this YRPV-30 1000VDC 10×38mm PV Fuse are PV combiner boxes, inverters and so on. 1000VDC 30A 10×38mm Solar PV DIN Rail Fuse Holder was made of the flame-retardant shell with V0 standard, and the dead-front design made it possible to match the busbar mounting in the Photovoltaic (PV) system. YRPV-30 1000VDC 10×38mm PV Fuse Holder also available in 1, 2, 3 and 4-pole configurations.

Galaxy Fuse’s (Yinrong) 690VAC 100A Australia Type Clear HRC Cutout Fuse is designed to ensure a secure connection and low contact resistance throughout and is typically used to protect the supply to a flat or a dwelling and used as a service head. Glass-reinforced Polyester (DMC) material provides strength, durability, and excellent tracking resistance.

Galaxy Fuse’s (Yinrong) 690VAC 1250A NT4 HRC Fuse is generally designed to cover a wide range of protection for most of industrial applications with different operating class such as gG/gL, aM and aR. This square body with blade terminals fuse was made in a standardized configuration for global acceptance. 690VAC 1250A NT4 HRC Fuse is available in multiple ampere ratings from 800A up to 1250A, which helps match specific requirements in various industrial applications, such as motors, transformers, low voltage distribution, control circuits and so on.

Galaxy Fuse is a leading China 690V 125A BS88 Style High Speed Fuse manufacturers. China fuse manufacturer Galaxy Fuse (Yinrong)’s RGS2 BS88 high speed fuse is specially designed to protect semiconductor devices. Available in two different operation classes gR and aR. RGS2 BS88 gR fuse is designed for both overload and short-circuit protection. RGS2 BS88 aR fuse is designed for short-circuit protection only. RGS2 BS88 high speed fuse provides a wide amperage rating of 25-125A under the rated voltage of 690VAC/440VDC, which can typically fit most semiconductor devices. This RGS2 BS88 high speed fuse conformed to the nation standard GB13539.4 and the international electrical committee standard IEC60269-4. With a strengthful R＆D capacity, Galaxy Fuse (Yinrong) also affords various high speed fuses to meet customers’ requirements.

Galaxy Fuse is a leading China 700V 150A YRS93F High Speed Fuse manufacturers. China high speed fuse manufacturer Galaxy Fuse (Yinrong) provides various North American style round fuse. YRS93F gR high speed fuse is specially designed to protect semiconductor devices. YRS93F gR high speed fuse is designed for both overload and short-circuit protection. YRS93F gR high speed fuse provides a wide amperage rating of 125-200A under the rated voltage of 700V (AC/DC), which are suitable for short-circuit and backup protection of frequency converters, rectifiers, inverters, various power supplies and other semiconductor equipment as well as batteries, motors, capacitors, wires and other equipment and devices. This YRS93F gR high speed fuse conforms to the nation standard GB13539.4 and the international electrical committee standard IEC60269-4. Besides, it also can be used for short circuit for electric vehicle drive power systems, power conversion systems, energy storage and power batteries, energy storage capacitors, inverter controllers, chargers, wires, automotive devices and other backup protection.

The YRPV-40 1500VDC 40A 14×51mm Solar PV DIN Rail Fuse Holder is specifically designed to protect and isolate Solar Photovoltaic (PV) strings. The recommended fuse link size is 14×51mm and securely protects the 1500VDC Photovoltaic (PV) systems. The YRPV-40 1500VDC 14×51 mm PV fuse is most commonly used in Photovoltaic PV combiner boxes, inverters, battery charge controllers, etc. YRPV-40 1500VDC 14×51 mm PV Fuse Holder has a shell that meets the V0 flame-retardant standard and has a front-facing design to meet the requirements of the PV system for the busbar installation.