The APC Symmetra LX Power Module SYPM4KP offers increased scalable power to the Symmetra LX family of UPS systems. This 3,200-watt/4,000-volt ampere power module allows users to immediately increase the maximum output power available from their Symmetra UPS units. This power module has a hot-swappable design for easy installation and ensures clean, uninterrupted power to protected equipment during power module replacement. The power module is also configurable with the redundant N+1 architecture of your Symmetra UPS, enabling the UPS to withstand module failures without disrupting power to connected devices.
At a Glance:
A scalable design allows the Symmetra LX UPS family to be configured with additional power modules to increase their maximum power output. This power module offers an additional 3,200 watts/4,000 volt amperes of output power to Symmetra UPS units, giving companies the ability to easily increase power to scale with their growing IT needs.
Hot-Swappable Design for Quick Replacement
This power module features a hot-swappable design that allows it to be added or replaced quickly if a module fails, so connected devices continue to receive the power they need.
Integrates with Symmetra Redundant N+1 Architecture
Symmetra UPS systems are configurable for N+1 redundancy, so they can withstand module failures with a configuration having one more module than is necessary to support connected loads. Redundant modules also provide higher availability to connected devices by sharing loads equally across all modules during normal operation.
Backed by a 2-Year Warranty
This APC Symmetra LX Power Module SYPM4KP is covered by a two-year limited warranty to repair or replace the unit.
APC, a flagship brand of Schneider Electric, provides clean battery backup power, surge protection, and IT physical infrastructure inside and outside the traditional IT environment. Through our APC brand products and solutions, we offer certainty in a connected world. Certainty that our reliable, integrated physical infrastructure solutions are based on the fundamental premise that your data and information should — and always will be — accessible.