Lo'i-o ff

07)e7l

([OOY_

re ffl OTJ(l [

The door is very heavy. Be cmeful when removh_g mid lifting the door.

Do not l!fi th_ door by th_ handh,.

To remove the door:

1 Fully open the door.

2 Pull the hinge locks down toward the door

fram e, to the tmlocked position. A tool, such as a small fiat-blade screwdriver; may be required.

3 Firmly grasp both sides of the door at the top.

4 Close door to the door remowd position,

which is haltwav between the broil stop

position and flfllv closed.

5 I.iti door up and out tmtil the hinge arm is clear of the slot.

To replace the door:

1 Firmly grasp both sides of the door at the to[9.

X_ith the door at the same angle as the

remowd position, seat the indentation of the

hinge am_ into the bottom edge of the hinge slot. The notch in the hinge arm must be

flfllv seated into the bottom of the slot.

Fully open the door. If the door will not fldlv

open, the indentation is not seated correctly in

the bottom edge of the slot.

Push the hinge locks up against the fl'ont

frame of the oven cavity, to the locked position.

5 Close the oven door.

re and (;leaning

1471ll Oven

Slot

Hingelock

Pull hinge locks down to unlock

Removal position

Bottom'ea_rm edgeof

Indentation

1

Pushhingelocksupto lock

38

Page 38
Image 38
GE ZET958, ZET938 manual Loi-o ff, 07e7l OOY, Do not l!fi th door by th handh, 1471ll Oven

ZET938, ZET958 specifications

The GE ZET958 and ZET938 are advanced digital electrical measuring devices designed for a wide range of applications in the power sector. These devices offer a multitude of features that enhance efficiency, reliability, and performance in electrical monitoring and protection systems.

One of the main features of the GE ZET958 and ZET938 is their ability to provide precise and real-time measurement of electrical parameters such as voltage, current, frequency, and power factor. This capability allows engineers and technicians to monitor the health of electrical systems and make informed decisions to optimize performance and prevent potential failures.

Both models are equipped with state-of-the-art digital signal processing technology, which ensures accurate data acquisition and processing. This technology minimizes errors and enhances the precision of measurements, making these devices particularly suitable for critical applications where reliability is paramount.

The ZET958 model is designed for high-end applications and supports up to 12 measurement inputs, allowing it to monitor multiple circuits simultaneously. It features a large, intuitive display that provides easy access to live data and historical trends, helping operators quickly identify issues and trends over time. Additionally, the ZET958 possesses advanced communication protocols, including Modbus and DNP3, enabling seamless integration into existing monitoring systems and facilitating remote access and control.

On the other hand, the ZET938 model is tailored for general-purpose applications, offering a more compact design without compromising on essential features. While it supports fewer measurement inputs compared to the ZET958, it still provides comprehensive monitoring capabilities, making it ideal for smaller installations or as a supplementary device in larger systems.

Both the ZET958 and ZET938 incorporate robust security features that help protect sensitive data from unauthorized access. This is crucial in today’s rapidly evolving digital landscape, where cybersecurity threats are increasingly prevalent.

Furthermore, the user-friendly interface of both models simplifies configuration and setup, allowing for quicker deployments. Advanced data logging capabilities ensure that users can review historical data efficiently, which is valuable for analysis and compliance purposes.

In summary, the GE ZET958 and ZET938 are powerful digital measuring devices that cater to a wide range of electrical monitoring needs. Their combination of precision, advanced technology, and user-friendly features make them reliable solutions for enhancing the efficiency and safety of electrical systems. With these devices, industries can streamline operations while ensuring optimal performance and reliability.