Set the clock

Microwaving with Express

Begin speedcooking

Advantium Quick Start

Advantium Oven

When you first plug in the oven or after a power outage:

1.Turn the selector dial to set

the hour. Press the dial to enter.

2.Turn the dial to set the minute. Press the dial to enter.

3.Turn the dial to select AM or PM. Press the dial to enter.

To change the time:

1.Press the OPTIONS pad.

2.Turn the dial to SET CLOCK. Press the dial to enter and follow the display directions to set .

Press EXPRESS repeatedly for

30-second increments of microwave cooking time.

The oven starts immediately.

The turntable must always be in

 

place when using the oven.

The clear glass tray should

always be in place when

microwaving.

1.Press the SPEEDCOOK pad.

2.Turn the dial to FOOD MENU. Press the dial to enter.

3.Turn the dial to select the type of food category you want . Press the dial to enter it .

4.Turn the dial to select the specific food. Press the dial to enter it .

The turntable must always be in

place when using the oven.

5. Turn the dial to select the amount, size, and/or doneness (if required, the oven will prompt you). Press the dial after each selection.

6. Once the display shows ADJUST TIME OR START, either press the dial or start pad to start cooking.

Press CLEAR/OFF at any time to stop cooking.

Put food directly on the

non-stick metal tray to

speedcook.

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GE PSB1200, PSB1201 owner manual Set the clock Microwaving with Express, Advantium Quick Start

PSB1200, PSB1201 specifications

The GE PSB1201 and PSB1200 are state-of-the-art power supply units designed for a variety of applications, catering primarily to industrial and commercial needs. Both models showcase GE's commitment to reliability, efficiency, and cutting-edge technology, making them ideal choices for critical systems that require robust power solutions.

One of the standout features of the PSB1201 and PSB1200 is their high efficiency rating. These power supplies utilize advanced switching technology which minimizes energy losses during operation. As a result, they not only provide stable and reliable power but also reduce operational costs through lower energy consumption. This efficiency is crucial in environments where energy savings are a priority, and operational budgets are tight.

Both models are designed to offer a wide input voltage range, allowing them to accommodate various power conditions. This versatility ensures that they can be used in different settings without the need for additional transformers or converters. The PSB1201 and PSB1200 also incorporate multiple output options, enabling them to deliver power tailored to specific requirements in diverse applications, such as automation systems, telecommunication equipment, and critical infrastructure support.

Another significant characteristic of these units is their robust construction, designed to withstand harsh environments. They are built with durable materials and feature advanced thermal management systems to allow operation in extreme temperatures and conditions. This durability makes the GE PSB1201 and PSB1200 ideal for outdoor applications or locations prone to dust, moisture, and other environmental challenges.

The PSB1201 and PSB1200 also come equipped with various protection features, including over-voltage, under-voltage, and short-circuit protection. These safety mechanisms not only safeguard the power supply itself but also protect connected devices from potential damage, ensuring longevity and reliability in operation.

In terms of connectivity, these units support multiple communication protocols, making them easy to integrate into existing systems. This feature simplifies monitoring and control processes, allowing for real-time feedback on power supply performance and alerts for any operational issues.

In conclusion, the GE PSB1201 and PSB1200 power supply units represent a blend of efficiency, versatility, and durability. With their advanced technologies and comprehensive safety features, they stand out as prime solutions in the field of power supply design, ensuring that critical systems remain powered and operational across diverse sectors.