GE manual Wired Push Button, Installation, GE Model 19204/19218

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GE Model 19204/19218

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Wired Push Button

This button is not recommended for use on systems which exceed 16 volts.

Included hardware:

(2) 3x20mm screws

Installation

Push buttons are typically mounted at the same height above the door sill as the door knob or handle (between 36” and 44” above the sill).

Taking out the back cover of the push button:

1.Locate the two door chime wires emanating from the existing door chime circuit.

2.Test the door chime by touching the two wires together, completing the circuit. If the door chime does not sound, check the chime transformer or chime.

3.Turn off power.

4.Attach one wire to each of the screw terminals on the back of the button.

5.Mount the button in the desired location with two (2) screws provided. Install according to applicable local electrical codes.

6.Close the back cover.

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Contents Installation Wired Push ButtonGE Model 19204/19218 Taking out the back cover of the push buttonRisk of electric shock

19204, 19218 specifications

GE 19204 and 19218 are prominent models in the General Electric lineup, showcasing significant advancements in technology, efficiency, and functionality. These two engines are primarily utilized in various industrial and transportation sectors, celebrated for their reliability and robust performance.

The GE 19204 is known for its robust design and reliable operation in harsh environments. It features a compact structure that allows for versatility in installation while maintaining powerful output. With advancements in fuel efficiency, this model employs cutting-edge technology that reduces emissions, making it compliant with modern environmental regulations. Enhanced thermal efficiency also allows the engine to operate at higher temperatures while minimizing wear, thereby extending its operational lifespan.

One of the standout characteristics of the GE 19204 is its integration of agile control systems, which facilitate real-time monitoring and adjustments to operational parameters. This technology ensures optimal performance under varying load conditions and improves response times, making it a preferred choice for industries that require precise control and reliability. Moreover, the use of advanced materials and manufacturing processes enhances its durability, reducing downtime and maintenance costs.

On the other hand, the GE 19218 model shines in its output capability, making it ideal for heavy-duty applications. This engine leverages turbocharging technology to maximize power without significantly increasing fuel consumption. The use of high-performance components results in increased torque and responsiveness, which is especially beneficial in demanding transportation and large-scale industrial operations.

Another notable feature of the GE 19218 is its advanced diagnostic capabilities. Integrated sensors enable continuous monitoring of engine performance, allowing operators to identify potential issues before they escalate into serious problems. This predictive maintenance feature not only improves operational efficiency but also contributes to substantial cost savings.

Both GE 19204 and 19218 models are designed with user-friendly interfaces, making them accessible for operators and technicians alike. The emphasis on ease of operation is supplemented by extensive technical support from GE, ensuring that users can maximize the capabilities of these engines.

In summary, GE 19204 and 19218 represent the pinnacle of modern engineering, offering advanced features, exceptional reliability, and superior performance across various applications. With their commitment to innovation and efficiency, these engines continue to play a crucial role in driving productivity and sustainability in the industries they serve.