Using Your Cooktop

Induction Cooktop

Touch control

Touch the pad lightly with the flat part of your

 

fingertip. Touch the center of the pad to ensure

 

the cooktop response.

 

A beepsound can be heard with each touch

 

to any pad.

Cooking elements

Each of the cooking elements have separate ON/OFF pads and LED display.

Be sure to use cookware that meets the minimum pan size requirements.

To turn on a cooking element:

1Place a pan with food onto the induction element. The pan size should match the indicator ring.

2Touch the ON/OFF pad. “5” will flash in the display.

3Touch the (+) or (-)pad to select power level and to activate the induction element. A sound will beep. The (+) or (-)pad must be pressed within 10 seconds to activate the element.

NOTE: You can also touch and hold the pad to scroll quickly to the desired setting.

The induction circuit detects the pan and allows the element to be activated. Both the element ON indicator light and the cooktop HOT SURFACE light will illuminate. If no power level is selected within 10 seconds, the zone will be deactivated.

To turn the control to OFF, touch the ON/OFF pad. The induction element will be turned off and the display will be blank.

With an element control ON:

If a pan is removed or moved to off-center from the cooking ring, the control will flash “F” along with the power setting. After 30 seconds, the element will be deactivated and displays will turn off.

If the pan is placed back on the zone within

30 seconds, the flashing will stop and cooking will resume.

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GE ZHU30, ZHU36 manual Touch control, Cooking elements, To turn on a cooking element, With an element control on

ZHU30, ZHU36 specifications

The GE ZHU36 and ZHU30 are part of General Electric's extensive range of locomotive models that cater to various operational requirements in freight and passenger transportation. These locomotives symbolize innovation in rail technology and efficiency, making them essential components of contemporary rail systems.

Starting with the GE ZHU36, this model is well-known for its impressive power output, typically around 3,600 horsepower. It is engineered to operate effectively on both passenger and freight services, showcasing its versatility. One distinct feature of the ZHU36 is its advanced traction control system, which enhances traction and provides better performance on diverse track conditions. This technology ensures that the locomotive can handle challenging gradients and adverse weather conditions, making it suitable for regions with varying geographies.

In addition to its robust power, the ZHU36 employs an environmentally conscious approach, adhering to strict emissions regulations. It utilizes low-emission engines that reduce the carbon footprint associated with locomotive operations. Coupled with a sophisticated braking system, it guarantees safe and efficient stopping capabilities, enhancing overall operational safety.

On the other hand, the GE ZHU30 serves as a lighter alternative, typically generating around 3,000 horsepower. This locomotive is particularly effective for medium-haul freight services, where flexibility is paramount. The ZHU30 features similar traction control technology as its counterpart, optimized for its lighter design, which allows for efficient fuel consumption without compromising on performance.

Both models are equipped with advanced diagnostic systems that provide real-time data about their operational status. This technology enables operators to monitor performance metrics, identify potential issues, and optimize maintenance schedules, thereby reducing downtime and enhancing productivity.

The ZHU locomotives are built with modularity in mind, allowing for various configurations to suit different rail operations. They are designed for ease of maintenance, featuring accessible components that minimize service time and labor costs. This adaptability and focus on maintainability underscore GE's commitment to providing reliable and efficient rail solutions.

In summary, the GE ZHU36 and ZHU30 bring advanced technologies and powerful performance to the rail industry. Their combination of eco-friendly features, robust capabilities, and easy maintenance positions them as leading options for operators seeking to enhance their rail services in a competitive landscape.