Installation Instructions

C

Securing the Oven in the Opening

C1 Sliding the Oven Into the Opening

a. Loop (do not tie) a 36” (91 cm) string around the conduit before the oven is slid into place. This will keep the conduit from falling behind the oven.

Pull out on string loop while pushing the oven into the cabinet

b. Lift oven into cabinet cutout using the oven opening as a grip. Carefully push against oven front frame. Do not push against outside edges.

c. As you slide the oven back, pull the string so that the conduit will lie on top of the oven in a natural loop.

d. When you are sure the conduit is out of the way, slide the oven 3/4 way back into the opening. Remove the string by pulling on one end of the loop.

C2 Drilling the Pilot Holes and Mounting the Oven

NOTE: Before drilling the pilot holes, make sure the oven is pushed as far back into the opening as it will go and centered.

a. Drill through the mounting holes (top and bottom) of the side trim, for the #8 screws provided.

 

The screws must

Mounting

be a minimum of

Hole

1/4” (0.64 cm)

Locations

from the front

 

 

of the cutout.

WARNING: Mounting

screws must be used. Failure to do so could result in the oven

falling out of the cabinet causing serious injury.

AVERTISSEMENT :

Des vis de montage doivent être utilisées. Le défaut de se

conformer à cette directive peut occasionner la chute de four et, par voie de conséquence, des blessures sévères.

b. Secure the oven to cabinet with screws provided.

NOTE: If the cabinet is particle board, you must use #8 x 3/4” (1.9 cm) particle board screws. These may be purchased at any hardware store.

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GE ZET2, ZET1 installation instructions Securing the Oven in the Opening, C1 Sliding the Oven Into the Opening
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ZET1, ZET2 specifications

GE ZET1 and ZET2 are advanced digital protection and control relay devices developed by General Electric (GE) for various industrial applications. These high-performance relays are designed to ensure the reliable operation of power systems by offering comprehensive protection for generators, transformers, motors, and transmission lines. Both models are part of GE's commitment to advancing technology in the field of electrical protection, offering enhanced features that prioritize safety and efficiency.

One of the standout features of the GE ZET1 and ZET2 is their modular design. This allows for easy customization and scalability, meaning users can tailor the protection functions to suit specific applications. Both devices support various communication protocols, such as IEC 61850, Modbus, and DNP3, which facilitate seamless integration into smart grid environments and enable effective monitoring and control.

The ZET1 model is particularly known for its compact form factor while still providing robust protection functionality. It includes essential protection elements like overcurrent, earth fault, and differential protection, making it suitable for a variety of low- to medium-voltage applications. The built-in event recording and fault analysis features are significant assets for operators, offering valuable insights into system performance and aiding in fault diagnosis.

On the other hand, the ZET2 model expands on the capabilities of its predecessor by introducing more advanced protection and monitoring functions. It features additional algorithms that can detect not only traditional faults but also numerous abnormal operating conditions. This includes features like voltage and frequency protection, phase failure detection, and harmonic analysis. The ZET2 is particularly well-suited for industrial settings with more complex requirements, ensuring that operators can maintain system integrity under diverse operating conditions.

Both models emphasize user-friendly interfaces, equipped with high-resolution displays for easy navigation and configuration. They also come with intuitive software tools that simplify setup, diagnostics, and maintenance tasks, decreasing downtime and enhancing productivity in environments where every second counts.

In summary, the GE ZET1 and ZET2 relays are engineered for modern power system protection. With their robust features, modular designs, and advanced technologies, they provide essential solutions for safeguarding critical assets in today's fast-paced industrial landscape. These relays stand as a testament to GE's dedication to innovation in electrical protection, ensuring users can operate their facilities with confidence and reliability.
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