Microwaving

Advantium Oven

Microwave recipe— to adjust or change

SPEED

POWER

TIMER

MICRO

 

COOK

LEVEL

WAVE

 

REPEAT LAST

 

 

 

OVEN LIGHT

 

BACK

MANUAL

OPTIONS

HELP

MICRO

 

COOK

EXPRESS

 

 

 

 

 

 

 

RECIPE

 

 

 

 

 

 

RN

TOS

ELEC

TU

T

P

TER

R

ESS TOEN

START

PAUSE

CLEAR

OFF

To adjust or change stored custom microwave recipes:

1.Press the MICROWAVE/OVEN LIGHT button.

2.Turn dial to RECIPE and press the dial to enter.

3.Turn the dial to the recipe you want to change. Press the dial to enter.

4.ADJUST TIME or START appears.

5.Press the MANUAL COOK/ RECIPE button. Turn the dial to select the cook time and press the dial to enter.

6.Turn the dial to select the POWER LEVEL and press the dial to enter.

7.Recipe Added. Press START to Run appears. To begin cooking, press the START/PAUSE button or press the CLEAR/OFF button to store the recipe without cooking.

Microwave recipe— to delete

SPEED

POWER

TIMER

MICRO

 

COOK

LEVEL

WAVE

 

 

 

 

 

 

BACK

REPEAT LAST

 

 

 

OVEN LIGHT

 

MANUAL

OPTIONS

HELP

MICRO

 

COOK

EXPRESS

 

RECIPE

 

 

 

 

 

 

RN

TOS

ELEC

TU

T

P

TER

R

ESS TOEN

START

PAUSE

CLEAR

OFF

To delete stored custom microwave recipes:

1.Press the MICROWAVE/OVEN LIGHT button.

2.Turn dial to RECIPE and press the dial to enter.

3.Turn the dial to the recipe you want to delete. Press the dial to enter.

4.ADJUST TIME OR START appears. When prompted to press the START button, press and hold the MANUAL COOK/RECIPE button for 3 seconds. You may now enter and save a new recipe or press CLEAR/OFF to return to the clock display.

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GE SCB2000, SCB2001 Microwave recipe- to adjust or change, Microwave recipe- to delete, Adjust Time or Start appears

SCB2000, SCB2001 specifications

The GE SCB2000 and SCB2001 are advanced digital protective relay systems designed for a variety of applications in the electrical power industry. These devices are recognized for their robust capabilities in protection, control, and monitoring of electrical distribution systems.

One of the primary features of the SCB2000 and SCB2001 is their comprehensive protection functionality. They are equipped to handle overload, short circuit, and earth fault protection for transformers, motors, and feeders. The advanced algorithms incorporated in these relays allow for precise detection and isolation of faults, minimizing downtime and enhancing system reliability.

These devices leverage state-of-the-art technology, including microprocessor-based controls, which ensure high performance and flexibility. The GE SCB relays are designed for easy integration into existing systems owing to their modular architecture. This functionality supports various communication protocols, including DNP3, IEC 61850, and Modbus, enabling seamless interaction with SCADA systems and other automation frameworks.

In terms of characteristics, the SCB2000 and SCB2001 provide extensive event and fault recording capabilities. They can capture a wealth of data before, during, and after events, offering valuable insights into system performance and facilitating effective troubleshooting. The user-friendly interface, typically featuring a color LCD display, allows operators to easily access critical information and configure settings.

Safety is paramount in the design of these devices. GE has implemented comprehensive self-diagnostic features that continuously monitor the relay’s health and operational status. This ensures that any potential issues are identified and addressed proactively, further reducing the risk of system failure.

Energy efficiency is another hallmark of the SCB2000 and SCB2001 series. With their intelligent design, these relays help optimize load management and energy distribution, contributing to lower operational costs for utility providers and industrial plants alike.

In conclusion, the GE SCB2000 and SCB2001 protective relay systems stand out for their versatility, advanced protective features, and seamless integration capabilities. With a focus on reliability, safety, and efficiency, these devices empower utilities and industries to enhance their electrical systems' performance, ensuring continuous and secure operation.