XVME-530 XYCOM
Sure,here is a detailed product description,product parameters,product applications,and brand introduction for the XVME-530 XYCOM Surge Protector:
XVME-530 XYCOM Surge Protector Product Description
The XVME-530 XYCOM Surge Protector is a three-phase surge protector designed to protect sensitive electrical equipment from lightning strikes and other transient voltage spikes.It has a maximum surge current of 50kA per phase and a voltage protection level of 600V AC.The surge protector is DIN rail mountable and features a status indicator light to indicate protection status.
Product Parameters
Brand:XYCOM
Model:XVME-530
Number of Phases:3
Maximum Surge Current:50kA per phase
Voltage Protection Level:600V AC
Operating Temperature:-40°C to+80°C
Storage Temperature:-55°C to+90°C
Protection Rating:IP20
Mounting:DIN rail
Product Applications
The XVME-530 XYCOM Surge Protector is commonly used to protect a wide range of electrical equipment,including:
Computers and servers
Telecommunications equipment
Medical equipment
Industrial control systems
HVAC equipment
Brand Introduction
XYCOM is a leading manufacturer of surge protection devices and other power conditioning products.They offer a wide range of products for residential,commercial,and industrial applications.XYCOM is committed to providing high-quality products that protect sensitive electrical equipment from damage caused by power surges.
Where to Buy
The XVME-530 XYCOM Surge Protector is available for purchase from authorized XYCOM distributors around the world.You can also find them on online marketplaces such as eBay and Amazon.
Price
The price of the XVME-530 XYCOM Surge Protector varies depending on the retailer and the current market conditions.However,you can expect to pay anywhere from$50 to$100 for the surge protector.
Conclusion
The XVME-530 XYCOM Surge Protector is a robust and reliable surge protector that is suitable for use in a variety of applications.It is a good choice for users who need to protect their sensitive electrical equipment from the damaging effects of power surges.
