Installation Preparation

Preparation WITHOUT an Accessory Storage Drawer

PREPARE THE OPENING (CONT.)

Installation over a GE/Monogram Oven:

PREPARE THE OPENING (CONT.)

Installation over a GE/Monogram Oven and Warming Drawer:

30”23-1/2”

25-1/4”

Construct Solid Bottom Min. 3/8” Plywood Supported by 2x4 or 2x2 Runners all Four Sides

30”23-1/2”

25-1/4”

Construct Solid Bottom Min. 3/8” Plywood Supported by 2x4 or 2x2 Runners all Four Sides

17-1/2”

2” Min.

 

(3” recommended)

Per Oven

Requirement

45-1/4”

Min.

If you are replacing a GE/Monogram electric double oven with the combined installation of an Advantium 240V and a single oven, use the dimensions shown. The middle rail separating the two openings may need to be larger than the 2” minimum shown.

17-1/2”

2” Min.

 

(3” recommended)

 

Per Oven

 

Requirement

45-1/4”

2” Min.

Min.

Per warming drawer requirement

NOTE: Additional clearances between the cutouts may be required. Check to be sure the oven supports above the Warming Drawer location do not obstruct the required interior depth and height. See Warming Drawer installation instructions for details.

CAUTION: For personal safety, the mounting surface must be capable of supporting the cabinet load, in addition to the added weight of this approximate 80-pound oven, plus additional oven loads of up to 50 pounds or a total weight of 130 pounds.

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GE ZSC2200, ZSC2201, ZSC2202, PSB2200, PSB2201 Installation over a GE/Monogram Oven and Warming Drawer

PSB2201, PSB2200, ZSC2202, ZSC2200, ZSC2201 specifications

The GE ZSC series, including models ZSC2201, ZSC2200, and ZSC2202, along with the PSB2200 and PSB2201, represents a significant advancement in the field of process automation and control. These devices are engineered to enhance industrial workflow efficiency through cutting-edge technology and user-centric design.

The ZSC2201, ZSC2200, and ZSC2202 are smart sensors that utilize advanced monitoring and diagnostic capabilities. They are equipped with high-fidelity sensing elements that allow for precise measurement and data acquisition. One notable feature is their ability to perform real-time monitoring of process variables, which supports proactive maintenance strategies and minimizes downtime. These models are designed with robust IP67-rated enclosures, making them suitable for harsh industrial environments while ensuring longevity and reliability.

In terms of communication, the ZSC series embraces modern protocols, including Modbus and EtherNet/IP, enabling seamless integration into existing automation systems. This interoperability facilitates the sharing of critical data across different platforms, ensuring that operators have access to real-time analytics and insights for informed decision-making.

On the other hand, the PSB2200 and PSB2201 are purpose-built for applications that require precision and reliability. These models feature enhanced signal processing algorithms, which improve accuracy in measurement and control tasks. The PSB series is particularly known for its energy efficiency and low power consumption, making them ideal for applications in remote or energy-sensitive locations.

Both PSB models also come equipped with user-friendly interfaces that simplify configuration and calibration processes. This ensures that operators can quickly adapt the devices to their specific workflow requirements without extensive training. Moreover, they support various input and output options, providing versatility in application scenarios.

The combination of innovative technology and user-oriented design in the GE ZSC and PSB series reflects GE’s commitment to enhancing industrial productivity and safety. As industries increasingly move towards digital transformation, these models are poised to play a crucial role in shaping the future of process automation and control systems. In summary, the GE ZSC2201, ZSC2200, ZSC2202, PSB2200, and PSB2201 exemplify the blend of reliability and advanced technology essential for modern industrial applications.