Safety Instructions

Installation of the range.

Read these instructions completely and carefully.

Convert Burner Orifices and Pressure Regulator (if necessary)

Troubleshooting Tips Installation Instructions Care and Cleaning Operating Instructions

Converting Burner Orifices to LP Gas:

LP gas setting

Tighten the orifice hoods for the surface burners and oven burner approximately two complete turns to the closed position and adjust top pilots, if equipped. The gas pressure regulator must be converted to the LP gas setting so that it will provide a pressure of 10 inches water column to the range manifold.

Converting Burner Orifices to Natural Gas:

(only if range has been operated previously on LP gas)

NAT. gas setting

Unscrew the orifice hoods for all burners (top and oven) approximately two complete turns, until the flame on the burner does not increase in length. Adjust the top pilots (if equipped). The gas pressure regulator must be set to the natural gas setting so that it will provide a pressure of 4 inches of water column in the range manifold.

Regulator Conversion:

All ranges are equipped with a gas pressure regulator for controlling and maintaining a uniform gas pressure in the gas manifold of the range. The burner orifices are sized for the gas pressure delivered by the regulator supplied. The pressure regulator must not be removed. To convert the regulator from one gas to another, refer to the following illustration that applies:

Harper-Wyman Regulator:

SCP Regulator:

NAT

LPG

On the SCP regulator, unscrew the converter using a 5/8″ wrench. Turn the cap over and reinstall.

NOTE: What you read on the converter cap or plunger is the type of gas for which the regulator is set. If yours reads NAT, the regulator is set for natural gas. If yours reads LP, the regulator is set for LP.

For proper operation, the maximum inlet pressure to the regulator must be no more than 14 inches of water column pressure. For checking the regulator, the inlet pressure must be at least

1-inch of water column (3.4 KPA) greater than the regulator output setting. If the regulator is set for 4 inches of water column pressure, the inlet pressure must be at least 5 inches. If the regulator is set for 10 inches, the inlet pressure must be at least 11 inches.

The gas supply line to the range should be 1/2 inch or 3/4 inch pipe.

For standing pilot models, make the necessary oven pilot adjustment (see directions in the If Range Has Standing Pilots—Light and Adjust Surface Burner Pilots section). Also burner air shutter adjustments may be necessary on all models to complete conversion (see the Surface Burner Air Shutter Adjustment section).

Customer Service

28

NAT

LPG

For a Harper-Wyman regulator, remove converter cap by inserting a coin into slot in top and twisting. Turn cap over and re-install.

Page 28
Image 28
GE 164D3333P185-1 Converting Burner Orifices to LP Gas, Converting Burner Orifices to Natural Gas, Regulator Conversion

164D3333P185-1 specifications

The GE 164D3333P185-1 is a high-performance component designed for industrial applications, particularly in the field of electrical engineering. This product demonstrates a blend of advanced technology, reliability, and efficiency, which makes it a preferred choice for various sectors.

One of the standout features of the GE 164D3333P185-1 is its robust design. Constructed with durable materials, it is built to withstand challenging environmental conditions. This durability ensures that it maintains performance integrity over time, minimizing the need for maintenance and reducing downtime in industrial operations.

The component incorporates state-of-the-art technologies that enhance its functionality. It utilizes advanced sensor technology, which allows for precise monitoring and control of electrical systems. This capability is crucial in applications where accuracy and reliability are paramount. Additionally, the GE 164D3333P185-1 is equipped with innovative power management features that improve energy efficiency, leading to cost savings in operational expenses.

Another key characteristic of the GE 164D3333P185-1 is its versatility. It can be seamlessly integrated into various systems, whether in manufacturing, energy production, or commercial applications. This adaptability makes it a valuable asset in the ever-evolving industrial landscape.

The GE 164D3333P185-1 also promotes enhanced safety features. It includes built-in protection mechanisms that guard against electrical surges and faults, ensuring a safe operational environment. This attribute is particularly important for organizations that prioritize safety and risk management as part of their operational protocols.

Moreover, the ease of installation and user-friendly interface of the GE 164D3333P185-1 simplify the integration process. Technicians can efficiently set up and operate the component without extensive training, leading to quicker project turnaround times.

In summary, the GE 164D3333P185-1 is an exemplary product that showcases the best of modern engineering. With its robust design, advanced technologies, energy efficiency, safety features, and versatility, it stands as a critical component for industries looking to enhance their operational capabilities. Adopting the GE 164D3333P185-1 means investing in a future-proof solution that addresses the demands of today's dynamic industrial environments.