GE SCB1000 Install Side Trim, Install Mounting Screws, Finalize Installation, Open the oven door

Page 9

Installation

STEP 3 INSTALL SIDE TRIM

FOR 30" CABINET INSTALLATION ONLY. SKIP THIS STEP IF YOU HAVE 27" WIDE CABINETRY.

Open the oven door.

Hang the side trim pieces on the tabs behind the oven flange.The screw holes in the side trim should align with the holes in the oven flange.

Check to be sure the oven is pushed back into the opening and against the cabinet frame.

STEP 4 INSTALL MOUNTING SCREWS

Drill pilot holes through the side flanges, 2 on each side.

Drive the color matched screws into the side flange (and side trim, if applied).

STEP 5 FINALIZE INSTALLATION

Turn power on at the source. The interior light should come on when the door is opened.

Refer to the Owner's Manual for operating instructions.

9

Image 9
Contents Installation Instructions Contents Safety InformationDesign Information Product Dimensions and ClearancesModels Available Tools RequiredAdvance Planning Single Advantium 120 Installation Installation PreparationElectrical Requirements Electrical LocationPrepare the Opening Installation over a GE/Monogram Warming DrawerInstallation over a GE/Monogram Oven Installation over a GE/Monogram Oven and Warming DrawerRemove the Packaging Installation Install Bottom TrimSlide the Oven Into Cutout Install Mounting Screws Install Side TrimFinalize Installation Open the oven doorPage Page Pub. No
Related manuals
Manual 44 pages 13.01 Kb

ZSC1000, ZSC1001, SCB1000, SCB1001 specifications

The GE ZSC1001 and ZSC1000 are advanced digital relays designed for the protection and control of electrical power systems. These devices are part of General Electric's comprehensive portfolio of protection and control solutions. Both relays are engineered to not only ensure the reliability of electrical networks but also to provide robust features that address the evolving needs of modern power systems.

One of the main features of the ZSC1001 and ZSC1000 is their multi-functional protection capabilities. They offer a wide array of protective measures including overcurrent, thermal overload, and phase failure protections. These protective functions are crucial for safeguarding equipment from damage caused by electrical faults. The relays support both directional and non-directional protection schemes, making them versatile for various applications.

Another characteristic of these relays is their advanced communication technologies. The ZSC1001 and ZSC1000 are equipped with multiple communication protocols, such as IEC 61850, which allows for seamless integration into smart grid environments. This interoperability is vital for utility operators looking to implement modern automation strategies and enhance grid reliability.

In terms of visualization and user interface, both models feature an intuitive display and control interface that allows operators to monitor system conditions easily. The graphical user interface simplifies the process of setting parameters, viewing performance data, and troubleshooting issues, making it user-friendly for both seasoned engineers and personnel new to the technology.

The ZSC1001 additionally offers enhanced event recording and reporting capabilities. With a high-resolution event log, operators can analyze fault events and take corrective actions to prevent future occurrences. Coupled with its fast trip times and accuracy, the ZSC1001 is particularly suitable for mission-critical applications where timing and reliability are paramount.

Robustness and ruggedness are also key characteristics of the GE ZSC series. Designed to operate in harsh environments, these relays can withstand extreme temperatures, humidity, and electromagnetic interference. This durability ensures consistent performance even in challenging conditions, making them reliable partners for electrical infrastructure.

In conclusion, the GE ZSC1001 and ZSC1000 digital relays are state-of-the-art devices that combine protective functionality, advanced communication technologies, user-friendly interfaces, and robust designs. Their versatility and comprehensive feature set make them ideal for modern power system applications, supporting utilities and industries in achieving enhanced operational efficiency and reliability.