Roberts Gorden CRV-B-9 service manual Table of Figures

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TABLE OF FIGURES

 

Figure 1: Assembly Overview (Two Branch System Shown)

3

Figure 2: Standard Reflector

6

Figure 3: One Side Reflector

6

Figure 4: Two Side Reflectors

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Figure 5: Universal Shield, Position 1

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Figure 6: Universal Shield, Position 2

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Figure 7: Universal Shield, Position 3

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Figure 8: 2-Foot Deco Grille

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Figure 9: Barrier Shield

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Figure 10: Protective Grille

8

Figure 11: Radiant Distribution (Average Coverage)

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Figure 12: Radiant Distribution (Increased Coverage)

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Figure 13: Radiant Distribution (Heavy Coverage)

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Figure 14: Burner Flow Units

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Figure 15: Vacuum Loss Curve for 4" Shared Tailpipe

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Figure 16: Tube Length vs. Efficiency

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Figure 17: Possible Damper Coupling Locations

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Figure 18: Example System Layout (Option 1)

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Figure 19: Example System Layout (Option 2)

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Figure 20: Example System Layout (Option 3)

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Figure 21: Example System Layout (Option 4)

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Figure 22: Example System Layout (Option 5)

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Figure 23: Example System Layout (Option 6)

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Figure 24: Example System Layout (Option 7)

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Figure 25: Example System Layout (Option 8)

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Figure 26: Example System Layout (Option 9)

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Figure 27: Air Supply System Capacity by Duct Length and

 

Diameter

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Figure 28: Outside Air Blower

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Figure 29: Sample Layout for Pressurized Outside Air

 

Systems

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LIST OF TABLES

 

Table 1: CORAYVAC® Design Parameters

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Table 2: Pump Capacity

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Table 3: Pump Exhaust Requirements

14

Table 4: Allowable Tailpipe Lengths

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Table 5: Operating Characteristics; Condensing or

 

Non-Condensing

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Contents Design Manual Page Roberts-Gordon LLC Page Table of Figures Page Concept Zero Regulator SafetyCRV-SERIES System Assembly Overview Two Branch System Shown Fuel Savings and Comfort Clearances to combustibles at all times for safety ONE Side Reflector Standard ReflectorUniversal SHIELD, Position Foot Deco Grille Radiant Height Adjustment Factor Radiant Adjustment to Heat LossSizing and Design Considerations ExampleRadiant Distribution Selecting the BurnersRadiant Distribution Average Coverage Radiant Distribution Increased Coverage= mounting height Radiant Branch Flow Flow LoadingBurner Flow Units Pump Exhaust Length Requirements Pump CapacityTailpipe Flow Radiant Tube Length Radiant Tube and TailpipeMinimum Radiant Tube Length Maximum Radiant Tube LengthPump Model Series Maximum Loading Design ParametersCRV-Series Design Methods Flow Units Per BranchAllowable Tailpipe Lengths Burner Model After Each BurnerRule of Thumb Unshared Calculations Tailpipe Design MethodSystem with EP-300 Series Pump To Calculate the Total System TailpipeDamper Couplings Possible Damper Coupling Locations Example System Layout Option Example CRV-SERIES System Layouts12 m 10 3 m 20 6 m 12 m Tailpipe 10 3 m 100 30 m Example System Layout Option 7, 8 Roberts Gordon System Control Control MethodsRoberts Gordon Ultravac Corayvac Modulating ControlsMS/TP Wiring Analog Signal Modulating ThermostatPressure Switch Spst Transformer Relay Kit P/N 90417600KPressurized AIR Supply SystemNon-Pressurized Pressurized SystemsBlower P/N 90707501K Performance 112 Flow Units Pipe sizingDuct Design Rules Sample Layout for Pressurized Outside Air Systems Roberts Gordon Ultravac Design Requirements CRV-SERIES Equipment Specifications
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CRV-B-9 specifications

The Roberts Gordon CRV-B-9 is a state-of-the-art infrared radiant heater designed for industrial and commercial heating applications. Renowned for its efficiency and effectiveness, the CRV-B-9 represents a significant advancement in the world of space heating solutions.

One of the main features of the CRV-B-9 is its advanced infrared technology, which allows for precise heating without the necessity of warming the entire space. This targeted heating provides immediate comfort, as it directly warms objects and people rather than the air around them, making it particularly effective in large warehouses, manufacturing facilities, and retail spaces.

The heater boasts an impressive output of up to 80,000 BTUs, making it suitable for a wide range of applications. It utilizes natural gas as fuel, which contributes to its efficiency and cost-effectiveness. With a robust design and durable construction, the CRV-B-9 is built to withstand the rigors of industrial environments while ensuring a long product lifespan.

Another significant characteristic of the CRV-B-9 is its ability to integrate with advanced control systems. This includes compatibility with programmable thermostats and energy management systems, allowing for optimized temperature control and reduced energy consumption. The heater can be adjusted to suit different operational needs, making it a flexible solution for various heating scenarios.

The CRV-B-9 also features a compact design, allowing for easy installation in a variety of spaces. Its low-profile shape and modular capability enable users to arrange multiple units to achieve the desired heating coverage without compromising floor space, a crucial aspect for busy, high-traffic areas.

Safety is a priority with the CRV-B-9, which is equipped with various safety features such as a flame safety cutoff switch and over-temperature protection. These mechanisms ensure safe operation, providing peace of mind for users in demanding environments.

In summary, the Roberts Gordon CRV-B-9 infrared radiant heater stands out for its innovative technology, impressive output, energy efficiency, and safety features. Its flexibility and robust design make it an ideal choice for businesses looking to enhance comfort while minimizing energy costs. Whether in a manufacturing plant or a retail outlet, the CRV-B-9 provides a reliable and effective heating solution.