Software House PSX-ISU-E2 Wall Mount Dual Voltage Power System
- Regular price
- $169.15
- Regular price
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- Sale price
- $169.15
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Manufacturer : Software House
Sku : CR.PSX-ISU-E2
Condition : Like New
1 available
The Software House PSX-ISU-E2 Wall Mount Dual Voltage Power System is a high-quality, reliable power supply designed for use with access control systems, security devices, and other low-voltage applications. This power system is engineered to provide stable and secure power to critical security infrastructure, ensuring that devices like controllers, readers, and locks operate continuously and without interruption. The PSX-ISU-E2 supports dual voltage input (12V or 24V DC), providing flexibility for various system requirements and helping to reduce the need for additional power conversion equipment. It is housed in a durable, compact wall-mount enclosure, designed for easy installation in commercial and industrial environments. The power system features overload and short-circuit protection to ensure safety, and it can be used in conjunction with backup batteries (sold separately) for extended power during outages. This system is ideal for securing large facilities, offering a scalable solution for powering access control systems and other low-voltage security devices.
- •Dual Voltage Input (12V/24V DC) – Supports both 12V and 24V DC inputs, providing flexibility for a wide range of security devices and systems.
- •Overload and Short-Circuit Protection – Includes built-in protections to prevent damage to the power system and connected devices in case of electrical faults.
- •Compact Wall-Mount Enclosure – Designed for easy installation in a variety of environments with a durable housing that saves space and provides protection.
- •Backup Battery Support – Compatible with external backup batteries (sold separately), ensuring continued operation during power outages.
- •Reliable Power Delivery – Ensures stable and consistent power for access control systems, electronic locks, and other low-voltage devices to maintain system integrity.