How to set the oven for convection roasting

CAUTION: To prevent possible burns, do not unplug the probe from the oven outlet until the oven has cooled. Do not store the probe in the oven.

when using the probe

For best results when roasting large turkeys and roasts, we recommend using the probe included in the convection oven.

1Place the rack (on 27″ models use the offset rack) in the lowest rack position (A). Insert the probe into the meat.

2Plug the probe into the outlet in the oven. Make sure it is pushed all the way in. Close the oven door.

3Press the CONV ROAST pad.

4Press the number pads to set the desired oven temperature.

To change the oven temperature during the Convection Roast cycle, press the CONV ROAST pad and then press the number pads to set the new desired temperature.

5Press the PROBE pad.

6Press the number pads to set the desired internal meat temperature.

7Press the START pad.

The display will flash “PROBE” and the oven control will signal if the probe is inserted into the outlet, and you have not set a probe temperature and pressed the START pad.

When the oven starts to heat, the word “LO” will be in the display.

After the internal temperature of the meat reaches 100°F, the changing internal temperature will be shown in the display.

8When the internal temperature of the meat reaches the number you have set, the probe and the oven turn off and the oven control signals. To stop the signal, press the CLEAR/OFF pad. Use hot pads to remove the probe from the food. Do not use tongs to pull on it—they might damage it.

If the probe is removed from the food before the final temperature is reached, a tone will sound and the display will flash until the probe is removed from the oven.

NOTES:

•You will hear a fan while cooking with these features. The fan will stop when the door is opened but the heat will not turn off.

•You can use the timer even though you cannot use timed oven operations.

•On double oven models, you will not be able to use the probe in the upper oven during timed oven operations. This is because with the probe you are cooking by temperature rather than time.

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GE ZEK938, ZEK958 owner manual
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ZEK938, ZEK958 specifications

The GE ZEK958 and ZEK938 are advanced digital relays designed for protecting and monitoring electrical power systems. These devices are part of GE's broader line of protective relays, which harness cutting-edge technology to ensure reliable performance and robust protection for critical electrical assets.

One of the main features of the GE ZEK958 and ZEK938 is their comprehensive protection capabilities. Both models offer multifunctional protection, including overcurrent, earth fault, and distance protection. They are adept at detecting and isolating potential faults, which can prevent equipment damage and enhance system reliability.

The ZEK958 model is particularly noted for its advanced communication protocols. It supports multiple communication standards, including IEC 61850, DNP3, and Modbus, allowing for seamless integration into modern substation automation systems. This connectivity capability ensures that real-time data can be shared across various systems, facilitating enhanced monitoring and control.

Conversely, the GE ZEK938 is designed for applications that require high-speed tripping and resilience in harsh environments. It caters to the needs of utilities and industries where rapid fault detection is crucial. The ZEK938 features robust housing and is rated for demanding conditions, ensuring consistent performance even in challenging environments.

Both models feature intuitive user interfaces that simplify setup and operation. They come equipped with large displays and user-friendly navigation, allowing operators to configure settings easily and access critical information without extensive training. Additionally, advanced diagnostic capabilities provide detailed fault records and event logs, enabling effective troubleshooting and maintenance.

In terms of technology, both the ZEK958 and ZEK938 utilize digital signal processing to offer superior precision and reliability. This technology helps to eliminate noise and enhance the accuracy of measurement, a critical aspect in power system protection. Furthermore, they incorporate sophisticated algorithms to differentiate between various types of faults, ensuring that the right corrective action is taken swiftly.

In summary, the GE ZEK958 and ZEK938 digital relays stand out for their robust protection features, versatile communication capabilities, and resilience in challenging conditions. They are engineered for modern electrical systems, combining advanced technology with user-friendly design to meet the demands of utility and industrial applications. With these relays, operators can achieve enhanced reliability, improved efficiency, and greater control over their electrical assets.
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