York 025-38995-000 Protector Module

Protector Module

The Protector Module features a middle base & two side barriers to provide an extra layer of defense. Its color coded system clearly identifies all objects by size, for better inventory control and quicker identification. Made of durable polyethylene, the Protector Module is compatible with the CarrierWorks Cabinet for efficient storage and retrieval.

Protector Module

The Protector module is intended to be used as a replacement for the Carrier panel on York 025-38995-000 furnaces. The York 025-38995-000 Protector Module has many of the same characteristics of the Carrier Panel that it is intended to replace. It is still compatible with York circuit boards, wiring harnesses, and other parts on the furnace for which the Carrier panel was designed. The only difference between the two panels is that this one has been manufactured by York to fit the requirements of the customers who prefer to use refrigerant R-410A in their units

The York 025-38995-000's Protector Module is designed for superior protection. The frame is constructed of high tensile steel for durability and features one half inch rounded-corner tubing with recessed hardware to reduce field corrosion, and it has an interior sound enclosure with gaskets to further reduce noise transmission.

The Protector Module is the solid state control center of the 025-38995-000 system.

The York 025-38995-000 Protector Module is designed to protect your home in the event of an unwanted power surge or interruption in your electrical system. It even features an included power supply that will keep essential loads operating in the event of a loss of utility power for up to six hours.

Despite applying operating system patches and security updates, sometimes bugs persist in software. Those bugs can cause your server to become unstable, which in turn can lead to unexpected downtime, particularly if you must run your mission-critical applications without interruption. The York Protector Module is a solution for these instances of software instability.