MAXON KINEMAX Series G Burners

Honeywell MAXON KINEMAX industrial burner

Technical Specifications

Heat input	110–2,348 kW HHV across documented Series G rating points
Series	Gas-fired Series G; five sizes
Burner construction	Refractory-block velocity burner
Combustion air	External supply; preheated air up to 425°C
Chamber temperature	Up to 1,425°C with standard refractory; 1,650°C with special refractory

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

KINEMAX (EN) Technical InformationPDF

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Product Overview

MAXON KINEMAX Series G is a gas-fired, nozzle-mixing burner with a refractory-block firing arrangement. Its medium-velocity discharge promotes movement of hot gases through the furnace, supporting heat transfer around the workload. Typical manufacturer-listed duties include forging, annealing, melting, ceramic furnaces and oxidizers.

The external combustion-air supply is matched to the required firing point. KINEMAX can operate with different air/fuel strategies, including on-ratio and specified excess-air or excess-fuel conditions. This gives furnace designers a choice of operating arrangements, provided the selected burner and controls are suited to the process.

Refractory Construction and Air Supply

The refractory block forms part of the combustion arrangement and must suit the furnace construction. The burner also supports specified preheated-air applications, while a removable rear plate provides inspection access. For selection, the air pressure and temperature must be stated with the required duty: changing the air-supply conditions changes the rating available from a given size.

WHERE IT WORKS

Applications

KINEMAX manufacturer combustion-system example showing burner, gas train, controls and blower. Equipment included in a quotation must be specified separately.

Forge, annealing and melting furnaces

KINEMAX is identified for these high-temperature processes where circulation and load heating are important. The burner position and block geometry are developed around the furnace space so the discharge can circulate without unwanted flame impingement on the work.

Ceramic kilns and glass lehrs

These applications appear in the manufacturer’s KINEMAX literature. The firing arrangement is selected with the product path, temperature cycle and chamber geometry. Capacity and control mode should be considered together rather than assuming the same configuration suits every kiln.

Thermal oxidizers

KINEMAX is also listed for oxidizers. Here the burner supplies heat within a treatment chamber, with the firing arrangement selected for the required duty and circulation. Pollutant treatment performance is determined by the overall process design, not by burner selection alone.

Choosing the Configuration

This page covers the documented Series G gas range. The same burner size has different maximum ratings at different air pressures, so the blower operating point is part of the selection.

Product FAQs

Selection, supply and retrofit guidance for your KINEMAX project.

KINEMAX selection

Which KINEMAX version does this page cover?

This page concerns the KINEMAX Series G gas-burner configuration described in the listed documentation. Other versions or fuel arrangements should not be inferred from the KINEMAX family name alone.

Provide the complete designation for an existing unit. For a new project, state the fuel, duty range, furnace temperature and combustion-air conditions so the appropriate configuration can be confirmed.

How do combustion-air pressure and temperature affect selection?

The applicable burner rating depends on its size and air conditions. An available blower must be assessed for the required pressure and flow, including the effect of the installation and any air preheating.

Send the air-supply data and the furnace operating conditions. Include the refractory block, wall thickness and mounting interface so the burner and furnace connection can be considered together.

Supply & retrofit

What should be included in the quotation?

Clarify whether the enquiry covers the burner assembly and refractory block, replacement components, or a wider combustion package. Combustion-air supply, gas-train components and controls should each be identified.

The system drawing illustrates how equipment may be arranged. It does not mean that a blower, control panel or complete fuel train is included with every burner order.

What information helps assess a retrofit?

Provide the full nameplate, burner and refractory-block photos, mounting dimensions and furnace wall details. Include actual gas and combustion-air pressures, air temperature and operating duty range.

Available P&ID and electrical drawings help review the blower, fuel train and flame-control interfaces. If the furnace has been relined or its air preheat changed, identify those changes before comparing a replacement configuration.

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

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Part code

Send the furnace duty and geometry, fuel, chamber temperature, combustion-air temperature/pressure and required control method.

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.