1 ton gas-fired drying room for high-capacity batch production
Direct answer: This reference gas drying room is configured for approximately 1000 kg of fresh material per batch in about seven hours. The supplied quotation specifies a 4500 × 2100 × 2340 mm chamber, four trolleys and 60 trays. It does not specify the burner nameplate, so the shown 100 kW burner and fuel-use figures are preliminary engineering references only.
Image note: the product image is an AI-generated configuration illustration. Final appearance and component arrangement depend on the confirmed project specification.
Suitable customers: Commercial food processors, agricultural cooperatives, farms and rural processing plants that require high heating capacity and have a dependable gas supply.
Suitable materials: Mango, chili, fruit, vegetables, herbs, grains, cassava, mushrooms, seafood and other products after process testing or recipe confirmation.
Burner and fuel selection
The original 1 ton quotation did not include burner power or guaranteed fuel consumption. For preliminary planning, a 100 kW-class burner is a reasonable engineering reference. At full fire, that is approximately 10 Nm³/h natural gas or approximately 8 kg/h LPG. These are not product nameplate guarantees and must not be used as a final utility commitment.
The final value depends on gas calorific value, burner efficiency and modulation, pressure, chamber losses, ambient temperature, material moisture removal and operating stages. STAR Machinery will confirm the burner after receiving the site gas specification and production requirement.
Production and installation considerations
- Four trolleys and 60 trays support organized batch loading
- Gas heating reduces the electrical heating load but electricity is still required for fans and controls
- Exhaust, combustion-air supply, gas train and local safety requirements must be included in installation planning
- Fresh input, dried output and water-removal duty must be distinguished during model selection
- Destination voltage, phase and frequency must be confirmed before manufacturing
Compare related 1 ton configurations
Compare this gas-heated model with the verified 1 ton electric configuration and the 1 ton heat-pump drying room. You can also review the complete drying-room configuration table.
Request a project quotation
Send the material, fresh batch weight, initial and target moisture, gas type and pressure, voltage and destination country. STAR Machinery will calculate the heating duty and confirm the burner, chamber and loading system.
Verified 1 ton gas drying room reference configuration
Direct answer: This gas-heated drying room is configured for a reference fresh-material load of 1000 kg in approximately 7 hours. The supplied quotation lists a 4500 × 2100 × 2340 mm chamber, 75 mm rock-wool insulation, four trolleys and 60 trays, but it does not state the burner nameplate or guaranteed fuel consumption. A 100 kW burner, about 10 Nm³/h natural gas or about 8 kg/h LPG is therefore shown only as an engineering selection reference pending final burner confirmation.
| Specification | Verified reference |
|---|---|
| Reference fresh input | 1000 kg / approximately 7 h |
| Chamber dimensions | 4500 × 2100 × 2340 mm |
| Heating method | Gas-fired hot-air circulation |
| Electrical supply | 380 V, 50/60 Hz |
| Insulation | 75 mm rock-wool panel |
| Loading system | 4 trolleys; 60 trays total |
| Burner selection reference | Approximately 100 kW; final burner nameplate must be confirmed |
| Natural-gas reference | Approximately 10 Nm³/h at full fire; engineering reference, not a guaranteed quotation value |
| LPG reference | Approximately 8 kg/h at full fire; engineering reference, not a guaranteed quotation value |
| Warranty reference | One year for the complete machine |
Capacity and energy-use conditions
Fresh-input capacity is not the same as dried output. Final results vary with the product, preparation, initial and target moisture, loading density, ambient conditions and drying recipe. Request a sample test or a written capacity basis before treating any figure as a production guarantee.
Frequently asked questions
What burner power is required for the 1 ton gas drying room?
The source quotation did not state a burner nameplate. Approximately 100 kW is a preliminary engineering selection reference; the final rating must be calculated and confirmed for the selected burner and project conditions.
How much natural gas will it consume?
A 100 kW-class burner is approximately 10 Nm³/h at full fire as an engineering reference. Actual use depends on burner efficiency, gas calorific value, modulation, chamber losses and the drying process.
How much LPG will it consume?
A 100 kW-class burner is approximately 8 kg/h LPG at full fire as an engineering reference. Final consumption must follow the selected burner, fuel specification and operating conditions.
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