Layer Gas Steamer Cabinet (CNG)

Product Overview

The EML-CNGS Layer Gas Steamer Cabinet (CNG) is a cabinet steamer that uses a gas-fired heat source to produce steam for the batch-cooking or steam-cooking stage of a commercial kitchen equipment kitchen or central-kitchen workflow. It is intended for sites that prefer gas utilities, but burner type, inlet pressure, ventilation, flame-safety devices and water quality should be specified before model selection. In the production flow, it follows raw-product preparation and tray or trolley loading, then precedes portioning, hot holding or rapid cooling. Its procurement value is a defined batch-steaming interface; usable load, tray or trolley format, steam source, utilities, control level and cabinet configuration should be specified for the project.

Applications

• Raw material or load: Rice, dim sum, steamed bread and similar tray-loaded foods available for this product family.
• Final product or process outcome: steam-cooked tray loads produced to the buyer's validated recipe and food-safety limits.
• Product or load dimensions: cabinet external dimensions 715*660*1245, 715*660*1795; tray dimensions 9, 6.
• Packaging or load format: unpackaged food in compatible steam trays, pans, racks or trolleys; sealed packs require a separately validated process.
• Factory type: commercial kitchens, central kitchens, institutional catering sites and compatible food-service operations.

How the Machine Works

Water is supplied to the steam-generation section and heated by the gas burner. Steam enters the insulated cabinet around the loaded trays, transfers heat to the food, and condenses. Controls and safety devices manage ignition and the cycle; the product range mentions ignition and flame-out protection on gas variants, which requires technical selection.

1. Feeding: load the specified food, tray or trolley format outside the hot chamber.
2. Positioning: place trays in the designated supports or roll the compatible trolley fully into position, then close and seal the door.
3. Processing action: generate or admit steam so heat transfers to the load for the validated recipe.
4. Control or detection: monitor the selected model timer, temperature, water level, burner, steam or alarm functions using the functions supplied with the selected model.
5. Discharge: isolate the heat or steam source, allow steam to dissipate safely, then remove the trays or trolley for the next process step.
6. Safety logic: stop loading or unloading when steam, door sealing, water supply, ignition or other required interlocks are abnormal; abnormal loads are handled according to the site's operating procedure.

Key Features

• Feature: Insulated cabinet construction intended to reduce heat loss during batch steaming. Operating effect: limits heat exchange through the cabinet panels during operation. Buyer relevance: compare recovery, route time and utility demand under your planned load.
• Feature: Door sealing, reinforced hinges and cabinet supports included in the product design. Operating effect: controls access and limits unwanted air, heat or steam leakage when properly maintained. Buyer relevance: check door clearance, opening frequency, seal replacement and cleaning access.
• Feature: Tray-based loading that gives buyers a clear capacity and workflow selection point. Operating effect: defines load support, spacing and usable internal capacity. Buyer relevance: match the actual load dimensions and cleaning procedure before choosing a model.

Technical Specifications

Specifications

The table summarizes available models and technical specifications. HSYL can match the configuration to your capacity, utilities and workflow.

Hygienic Design and Food-Contact Materials

Stainless-steel cabinet surfaces and removable trays support routine cleaning. Check which surfaces are SUS304 food-contact parts, how condensate drains, whether corners are accessible, and which seals can be removed for cleaning. Do not use abrasive pads on finished panels.

Automation and Control Options

Loading is manual unless the selected model is paired with a trolley. Filling, timing and temperature-control functions vary by model and can be selected during quotation.

Integration into a Production Line

Place the steamer after raw-product preparation and tray loading, with safe space for unloading before portioning, hot holding or rapid cooling. Coordinate water, drain, steam or gas, electrical isolation, ventilation and floor loading with the kitchen layout. For multi-equipment projects, coordinate this unit with the commercial kitchen equipment solution.

Customization Options

• Model size and usable load configuration
• Voltage, frequency, phase and plug or isolator standard
• Control functions matched to the selected configuration
• OEM labeling and destination-market documentation
• Tray, rack, trolley, steam-source and door configuration supported by the selected model

Model Selection Guide

Selection is limited by tray size, batch weight, product thickness, steam recovery between batches and site utilities. A cabinet steamer is not a substitute for a validated retort or pressure sterilizer.

Information Required for a Quotation

• Raw material, food, utensil or load photos and representative samples as applicable
• Final product specifications and acceptance criteria
• Target batch capacity, hourly or daily throughput and operating hours
• Food, tray, pan, rack, utensil or package dimensions
• Packaging or load format, closure and orientation
• Required automation, control, alarm and data functions
• Voltage, frequency, phase and available utilities
• Upstream and downstream equipment and interface conditions
• Factory or kitchen layout with access and maintenance clearances
• Destination country and local compliance requirements

Request a Technical Proposal

Share your capacity, product or load dimensions, site utilities and layout through the HSYL technical proposal request. Our team will recommend a suitable model and configuration.