INSTALLATION

ELECTRIC SHOCK HAZARD. Disconnect all power before installing or servicing heater. Failure to do so could result in personal injury or property dam- age. Heater must be installed or serviced by a qual- ified person in accordance with the National Electrical Code, NFPA 70.

1-9/16”

Wiring Entry

 

1/4”

One Hole Each End

 

 

1/2” 14 N P S L

 

1-7/8”

Interlocking

 

Connector (optional)

2-3/8”

Housing

 

 

 

Mounting

End Plate

 

Clamp

 

Assembly

 

 

Terminal Block

 

 

Terminal Cover

 

 

Element

 

 

Polished Aluminum Reflector

 

 

Figure 1 — Heater Parts and Dimensions

3-11/16”

1.These radiant heaters are designed for indoor installation only.

2.Clamps — Heaters are mounted by means of the mounting clamp and 3/8” bolt assembly which is used as shown in Figure 2. Clamp assembly may be attached to heater by sliding over end or by snapping over top of extruded frame section at any point along its length. (See Figure 3.) For proper heater support, the maximum distance between clamps must not exceed 48”. On extra-long heaters, more than two clamps are furnished.

2-3/8”

2-15/16”

3-11/16”

Figure 2

Figure 3

3.Mounting Holes — When heaters are mounted adjacent to each other in the same plane, note that distance between mounting holes on framing to support heaters will be 3- 11/16”minimum. When heaters are not in the same plane, i.e. set at an angle to one another, distance between mounting holes in framing will be either greater or less than 3-11/16”.

4.Framing — Where an extensive installation is being made, the use of continuous slot metal framing manufactured by others will be of assistance in saving time and money. The framing is reusable.

5.Reflector Spacer Sheets — Where heaters are not mounted side by side (see Figure 4), reflector spacer sheets can be used between heaters. These reflector spacer sheets and companion reflectors consisting of an extruded aluminum housing with reflector sheets and mounting clamps are available. Check factory.

Mounting Frame

Insulation

Reflector

Spacer Sheet

Figure 4

6.Insulation — Where unusually high work temperatures are encountered, it may be desirable to insulate backs of heaters with high-temperature fibrous insulation. A suggested method of accomplishing this is indicated in Figure 4.

7.Ventilation — Where solvents, water, etc. are being evaporat- ed from work in process, it is necessary to provide substantial quantities of ventilation air to carry away the resulting vapors.

FIRE HAZARD. Since Radiant heaters are capable of developing high temperatures, extreme care should be taken to:

A. Keep combustible materials at least 6” away form sides and back of heater housing and its sup- porting brackets and spaced far enough in front of heater (heating element side) so thermal radiation from the elements will not ignite combustible materials.

B. If combustible materials are being processed, stoppage of process should initiate immediate heater shutdown and interception of residual heat from radiant heaters (use radiation baffles or move heaters away from work).

C. In the case of solvents of an explosive nature, ventilation air must be in sufficient volume to dilute the solvent vapor so that explosive mixtures cannot occur, refer to NFPA 86, Standard for Ovens and Furnaces.

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Chromalox RAD-2063BX35 specifications Installation, Heater Parts and Dimensions
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RAD-2063BX35 specifications

The Chromalox RAD-2063BX35 is a state-of-the-art heating and temperature control solution designed for a wide array of industrial applications. Known for its reliability and efficiency, the RAD-2063BX35 stands out in environments where precision heating is paramount. This model integrates advanced technologies and features that enhance its performance, ensuring optimal operation in demanding conditions.

One of the key features of the RAD-2063BX35 is its robust construction. The unit is designed to withstand harsh environments, characterized by high temperatures and various contaminants. Its durable materials and engineering make it suitable for use in chemical processing, food and beverage, and oil and gas industries. Additionally, the RAD-2063BX35 is equipped with advanced insulation materials that optimize energy efficiency, significantly reducing operational costs.

The heating element technology utilized in the RAD-2063BX35 is innovative and efficient. It employs cutting-edge resistance heating technology, which provides fast heating and exceptional temperature uniformity. This is critical in applications where temperature fluctuations can compromise product quality or operational safety. Furthermore, the RAD-2063BX35 includes multiple heating zones, allowing for precise temperature control across its heating surface.

With a user-friendly interface, the RAD-2063BX35 allows operators to easily monitor and adjust settings. The intuitive controls provide real-time temperature readings, which are vital for maintaining process accuracy. The model supports various communication protocols, enabling seamless integration with existing control systems or remote monitoring setups. This functionality makes the RAD-2063BX35 not only a heating solution but also a comprehensive temperature management system.

Safety is another paramount consideration in the design of the RAD-2063BX35. It incorporates multiple safety features, such as over-temperature protection and fail-safe mechanisms, to ensure reliable operation without compromising worker safety or equipment integrity. The device is also equipped with advanced diagnostics, making it easier to troubleshoot and maintain.

In essence, the Chromalox RAD-2063BX35 is a versatile and efficient heating solution that meets the demands of various industries. Its combination of durable construction, advanced heating technology, precise temperature controls, and safety features makes it a preferred choice for professionals seeking reliable heating solutions for their operational needs.
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