Honeywell Eclipse ImmersoJet Immersion-Tube Burners

Technical Specifications

Packaged heat input 55.6–1,024.8 kW HHV maximum reference ratings
Remote-blower heat input Up to 1,405.5 kW HHV
Fuel Natural gas, propane or butane
Heating method Immersion-tube liquid heating
Burner sizes IJ2, IJ3, IJ4, IJ6 and IJ8
Air supply Packaged or remote blower

Ratings vary by size and configuration. HHV/LHV values are fuel heat input, not useful process heat output.

Price on request

Product Overview

Eclipse ImmersoJet is a nozzle-mixing burner that fires through a small-diameter immersion tube in a liquid-heating tank. Combustion gases move through the tube at high velocity and transfer heat through its wall to the surrounding liquid. The liquid remains outside the combustion-gas path.

The combustion chamber is positioned outside the tank, while the tube provides the heat-transfer surface inside it. This arrangement can reduce the space occupied by the heating system compared with larger-tube designs. Packaged and remote-blower configurations are selected with the tube geometry, heat duty and available installation space.

Select the Burner and Tube Together

ImmersoJet performance depends on the complete tube circuit, including its diameter, length, bends and exhaust resistance. The liquid also matters: high local heat flux can be unsuitable for certain solutions, and the manufacturer gives special guidance for phosphate baths. Tube material and the permissible heat release must therefore be established from the bath chemistry, rather than inferred from tank volume alone.

WHERE IT WORKS

Applications

ImmersoJet manufacturer examples of tank and immersion-tube layouts. The illustrated dimensions and arrangements are examples, not construction drawings for an unspecified tank.
ImmersoJet manufacturer examples of tank and immersion-tube layouts. The illustrated dimensions and arrangements are examples, not construction drawings for an unspecified tank.
01

Parts-cleaning and spray-wash tanks

ImmersoJet is documented for these liquid-heating duties. The heating system is selected for initial warm-up and the heat needed during production. Incoming parts, replacement liquid and tank losses should be included when establishing the required operating duty.

02

Heated dip and surface-treatment tanks

Immersion heating is used where a process bath must be brought to and held at temperature. The suitability of the tube depends on the liquid and its temperature sensitivity. For chemical baths, the solution composition is essential information before choosing material and firing rate.

03

Heated storage tanks

The manufacturer also identifies storage-tank applications. Here the required duty depends on heat-up time and the subsequent holding load. Tube routing and service access should be coordinated with the tank layout, while the burner is matched to the complete exhaust resistance.

Choosing the Configuration

The reference ratings use a specified tube design and effective length. Actual tube dimensions, bends and exhaust resistance affect performance and useful heat delivered to the bath.

Product FAQs

Selection, supply and retrofit guidance for your ImmersoJet project.

ImmersoJet selection

What tank and liquid data is needed to select ImmersoJet?

Provide the liquid being heated, operating temperature, tank dimensions and working volume. Warm-up time, holding duty and process throughput help define the heating requirement.

Include liquid chemistry and the proposed immersion-tube material and geometry. Burner selection should be coordinated with the tube circuit and application conditions rather than based only on tank volume or a nominal kW value.

How do the immersion tube and blower arrangement affect selection?

Tube diameter, length, bends and the exhaust arrangement influence the complete installation. The applicable packaged or remote-blower arrangement must be reviewed against the required burner and tube circuit.

Send a tank/tube drawing and the available air-supply information. The manufacturer layout examples are useful for discussion, but they should not be copied into a different tank without checking the selected system requirements.

Supply & retrofit

What should be included in the quotation?

Specify whether the request is for the burner assembly, blower and combustion equipment, or a wider heating package. Identify the required ignition, flame supervision, fuel train and controls.

The tank, immersion tube, flue components and installation work should be explicitly included or excluded. A burner quotation does not automatically include fabrication of the liquid-heating system.

What information helps assess a retrofit?

Share the nameplate, burner and tank photos, liquid details, tube dimensions and material, and the existing exhaust arrangement. Include warm-up performance, holding duty and any tube or corrosion issues.

P&ID and electrical drawings help clarify liquid-level, temperature and combustion-control interfaces. A drawing of the full tube circuit and available tank access is particularly useful when reviewing a replacement or a duty increase.

How are price and lead time confirmed?

Price and lead time depend on the selected configuration, supply scope, quantity and delivery country. Include any planned shutdown date so current availability and the required delivery date can be discussed before ordering.

What if we do not have all the technical information yet?

Start with the application, whether the installation is new or a retrofit, and any model details or photos you have. Mention available P&ID or electrical drawings in the enquiry and share them by email during follow-up.

Product enquiry

Honeywell Eclipse ImmersoJet industrial burner
HoneywellImmersoJet
Part code

Send liquid composition and volume, temperatures, heat-up time, production load, tube drawing and fuel supply.

Planning a retrofit?

Along with the nameplate and installation photos, available P&ID (piping and instrumentation diagram) and electrical or control drawings help us understand the existing system.

Drawings are optional. Mention them below and share them by email during follow-up.

Have a P&ID or electrical drawings? Let us know here; files can be shared by email during follow-up.

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