Trayer Engineering
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Trayer proudly manufactures low-maintenance vacuum switchgear of the highest caliber, designed to thrive in the most challenging circumstances. Every submersible, padmount or vaultmount product is backed by over 55 years of leading innovation in design and manufacturing. Low maintenance designs increase system reliability and reduce operational costs year after year for the life of the product which makes Trayer Switchgear the best value solution in the industry.

Built to last, Trayer stands alone in its commitment to excellence in design, quality workmanship, dependability and unparalleled customer service. Whether you are installing a SmartGrid or SCADA system, Automatic Transfer System, or just preparing for the future, Trayer provides the safest, longest lasting, field-proven, low-maintenance switchgear designs.

Trayer developed fundamental design elements increase the reliability of switchgear and simplify operation. To discuss your specific needs with a qualified representative please contact Trayer Engineering Corporation directly or your local Trayer representative.
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Trayer submersible switchgear, available in both round and rectangular designs, has been the standard for many utilities since 1970.
Trayer's patented vacuum technology provides 10,000 operations providing a virtually maintenance free switch.
Rectangular designs can also be mounted sideways on the stand for horizontal bushing access.
Hot dipped galvanized stands for mounting the submersible MOTOPAK motor operators available.
Like submersible units, Trayer manufactured Padmount designs are built with 304 stainless steel, eliminating the rusting and maintenance painting typical with padmount equipment.
Padmount designs are available in either a single side or double side access unit.
Single-side access units meet your functional needs when space is limited.
Every year, utilities face the potential for down time, equipment loss, and overcurrent hazards as severe storms pose a challenge for a dated grid.
Hurricanes, floods, heavy snow, and even fertilizers pose a physical threat to equipment.
A critical feature of well-designed equipment is ease of use for operators.
Equipment must be designed to provide maximum visibility and safety in hazardous conditions.
Corrosion Resistance-under hazardous conditions, mechanical degradation caused by corrosion can cause a unit to fail.
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