GE ZEM115 owner manual Vegetable or, Vegetables and Potato, Press 9 after the feature pad

Models: ZEM115

1 56
Download 56 pages 1.17 Kb
Page 24
Image 24

Sensor Features

VEGETABLE or

POTATO

POTATO

 

Countertop Microwave Oven

VEGETABLES and POTATO

 

To use the VEGETABLE or POTATO features:

Do not open the oven door until time is counting

1. Place covered food in the oven. Press

down. If the door is opened, close it and press

Start/Pause immediately.

VEGETABLE.

If food is undercooked after the countdown, use

2. Using the Conversion Guide below, enter food

COOK TIME for additional cooking time.

code. For example , press pad 1 for Fresh.

 

VEGETABLE

19

(less time)

(more time)

3.Press START/PAUSE . The oven signals when the steam is sensed and the time remaining begins counting down. Turn or stir the food if necessary.

3.For the potatoes, pierce skin with fork. Place potatoes on the turntable, press the POTATO. The oven starts immediately.

How to Change the Automatic Settings

To reduce time by 10%: Press 1 after the feature pad.

To add 10% to cooking time:

Press 9 after the feature pad.

NOTE: Do not use this feature twice in succession on the VDPHIRRGSRUWLRQ³LW may result in severely overcooked or burnt food.

Food Code

Food Type

Amount

Comment

Entry

 

 

 

1

Fresh Vegetables

4-16 Ounces

Add 1/4 cup water per serving. Cover

 

 

 

with lid or vented plastic wrap.

2

Frozen Vegatables

4-16 Ounces

Follow package instructions for adding

 

 

 

water. Ocver with lid or vented plastic

 

 

 

wrap.

3

Canned Vegatables

4-16 Ounces

Cover with lid or vented plastic wrap.

 

 

 

 

24

Page 24
Image 24
GE ZEM115 Vegetable or, Vegetables and Potato, Press 9 after the feature pad, Food Code Food Type Amount Comment Entry

ZEM115 specifications

The GE ZEM115 is an innovative electric meter designed for residential and commercial applications, specifically engineered to provide advanced metering functionalities and enhanced performance. As a part of GE's next-generation metering solutions, the ZEM115 represents a significant step forward in energy management technology.

One of the standout features of the GE ZEM115 is its ability to communicate wirelessly using a robust communication protocol. This enables utilities to gather real-time data on energy consumption, facilitating better demand response and load management strategies. The meter’s advanced connectivity allows for remote monitoring, ensuring that utilities can quickly identify and resolve outages or maintenance issues without the need for a physical site visit.

In terms of technology, the GE ZEM115 is equipped with a state-of-the-art microprocessor that supports various applications. This processor enhances the meter's ability to perform complex calculations and maintain high levels of accuracy in tracking energy usage. Additionally, the ZEM115 features a built-in data logging capability, which records vital usage metrics over time, aiding in trend analysis and consumption forecasting.

The design of the GE ZEM115 focuses on durability and ease of installation. Its compact form factor and lightweight design reduce the overall installation time and costs. The meter is also constructed from high-quality materials, ensuring longevity and resistance to environmental challenges. An intuitive user interface enhances its usability, allowing both consumers and technicians to navigate through the various functionalities with ease.

Moreover, the GE ZEM115 supports advanced security features to protect the integrity of the data collected. Through encrypted communications and strict access controls, the meter ensures that sensitive information remains secure from unauthorized access.

Another critical characteristic of the ZEM115 is its flexibility regarding integration with third-party systems. This interoperability opens up possibilities for utilities to implement comprehensive energy management solutions tailored to their specific needs.

In summary, the GE ZEM115 electric meter embodies a blend of cutting-edge technology and practical design. With features such as wireless communication, advanced microprocessor capabilities, robust security measures, and ease of installation, it stands as a reliable solution for modern energy metering needs. Its adaptability to various utility environments further solidifies its position as a leading choice in the energy management sector.