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Nozzles are Mainly Used on Burners with a Hollow Cone Air Pattern and Forthrough Puts up to 2.00 GPH
The Droplet Distributions Concentrated on the Outside of the Cone and Results in Good Ignition and Low-Noise Combustion
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Epoxy Coated Galvanized Steel Filter Bows with 4Everloc Bottom Bolt Design
Felt Element, Filter Bowl, Vent Screw, Center Bolt and All Gaskets to Repair Installed Filter When Head Casting is in USAble Condition
The Platinum Feature Package Includes All of the Necessary Components Required to Ensure Reliable Cooling Under Varying Loads and Operating Conditions
In Addition to a Head Pressure Control, All Platinum Units Come Standard with an Adjustable Low Pressure Control and High Pressure Switch, as Well as a Liquid Line Sight Glass and Filter Drier and, Crankcase Heater
Low Temperature Models also Include an Electric Defrost Timer and Contactor (For Wiring the Defrost Heater), Suction Accumulator and Suction Filter
All Single Fan Models Employ a Fixed Fan Control, Whereas Dual Fan Models Use an Adjustable Fan Control
Nozzles are Mainly Used on Burners with a Hollow Cone Air Pattern and Forthrough Puts up to 2.00 GPH
The Droplet Distributions Concentrated on the Outside of the Cone and Results in Good Ignition and Low-Noise Combustion
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Nozzles Produce a Spray that Distributes Droplets Fairly Uniformly throughout the Complete Pattern
The Spray Pattern Becomes Progressively More Hollow at Higher Flow Rates
Provides Smooth Ignition and Efficient Combustion, Particularly in Larger Burner
Nozzles Produce a Spray that Distributes Droplets Fairly Uniformly throughout the Complete Pattern
The Spray Pattern Becomes Progressively More Hollow at Higher Flow Rates
Provides Smooth Ignition and Efficient Combustion, Particularly in Larger Burner
Nozzles Produce a Spray that Distributes Droplets Fairly Uniformly throughout the Complete Pattern
The Spray Pattern Becomes Progressively More Hollow at Higher Flow Rates
Provides Smooth Ignition and Efficient Combustion, Particularly in Larger Burner
Nozzles are Neither Truly Hollow nor Solid
These Nozzles Frequently Can be used in Place of Either Solid or Hollow Cone Nozzles
The Lower Flow Rates Tend to be More Hollow
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Nozzles are Neither Truly Hollow nor Solid
These Nozzles Frequently Can be used in Place of Either Solid or Hollow Cone Nozzles
The Lower Flow Rates Tend to be More Hollow
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Nozzles Produce a Spray that Distributes Droplets Fairly Uniformly throughout the Complete Pattern
The Spray Pattern Becomes Progressively More Hollow at Higher Flow Rates
Provides Smooth Ignition and Efficient Combustion, Particularly in Larger Burner
Nozzles Produce a Spray that Distributes Droplets Fairly Uniformly throughout the Complete Pattern
The Spray Pattern Becomes Progressively More Hollow at Higher Flow Rates
Provides Smooth Ignition and Efficient Combustion, Particularly in Larger Burner
Nozzles are Neither Truly Hollow nor Solid
These Nozzles Frequently Can be used in Place of Either Solid or Hollow Cone Nozzles
The Lower Flow Rates Tend to be More Hollow
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Nozzles are Mainly Used on Burners with a Hollow Cone Air Pattern and Forthrough Puts up to 2.00 GPH
The Droplet Distributions Concentrated on the Outside of the Cone and Results in Good Ignition and Low-Noise Combustion
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Nozzles are Neither Truly Hollow nor Solid
These Nozzles Frequently Can be used in Place of Either Solid or Hollow Cone Nozzles
The Lower Flow Rates Tend to be More Hollow
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Nozzles are Neither Truly Hollow nor Solid
These Nozzles Frequently Can be used in Place of Either Solid or Hollow Cone Nozzles
The Lower Flow Rates Tend to be More Hollow
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Nozzles are Neither Truly Hollow nor Solid
These Nozzles Frequently Can be used in Place of Either Solid or Hollow Cone Nozzles
The Lower Flow Rates Tend to be More Hollow
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Compatible with Fuel Oil Conforming
Center Core Bonded to Prevent Media Migration
Nozzles are Neither Truly Hollow nor Solid
These Nozzles Frequently Can be used in Place of Either Solid or Hollow Cone Nozzles
The Lower Flow Rates Tend to be More Hollow
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Nozzles are Neither Truly Hollow nor Solid
These Nozzles Frequently Can be used in Place of Either Solid or Hollow Cone Nozzles
The Lower Flow Rates Tend to be More Hollow
Nozzles are Low-Capacity
Nozzles Designed to Minimize the Plugging Problem Associated with Very Low Flow Rates
Compatible with Fuel Oil Conforming
Center Core Bonded to Prevent Media Migration