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The M079-4G processes 50 to 60 jacket potatoes per hour across four independently operated drawers. Built for pub kitchens, café chains, canteens, and hotel restaurants where batch potato service forms part of the daily menu. Operators load potatoes onto rack systems and manage cooking cycles based on service timing.
Commercial Application
Service-led operations require predictable potato output during lunch and evening periods. The four-drawer configuration allows staged loading so batches finish at intervals rather than in a single wave. Kitchen staff can hold finished potatoes in lower drawers while upper drawers continue active cooking.
Each drawer operates independently. A pub kitchen running continuous service from midday to 9pm loads fresh batches every 45 minutes. The 50-60 per hour capacity supports turnover in medium-volume dining operations without requiring a second unit.
Key Operational Advantages
- Four independent drawers for staggered batch management
- Processes 50-60 potatoes per hour at stable internal temperature
- Available in gas or electric variants to match existing kitchen infrastructure
- Insulated cabinet construction retains heat and reduces energy loss
- Stainless steel drawer construction for commercial dishwasher compatibility
- 4 kW electric model operates on single-phase 110V supply
Technical Specifications
| Specification | Details |
|---|---|
| Model / SKU | M079-4G |
| Dimensions (W × D × H) | 5 × 5 × 12 cm (2.1 × 1.8 × 4.7 in) |
| Power Output | 4 kW |
| Voltage | 110V (USA/Cana |
| Phase | Single-phase |
| Certification | Meets commercial kitchen hygiene and safety standards applicable to CE (UK & EU), NSF (USA) and CSA (Canada) requirements. |
| Weight | 70.0 kg (154.3 lbs) |
Construction & Build Quality
Cabinet and drawer construction use commercial-grade stainless steel. Insulation between the outer shell and cooking chamber minimises surface temperature and stabilises internal heat. The heating element or gas burner assembly sits beneath the drawer stack with convection airflow distributing heat upward through each level.
- Stainless steel exterior and drawer assemblies
- Insulated cabinet walls for thermal retention
- Gas or electric heating variants with convection airflow
- Drawer slide rails rated for repeated daily cycles
Suitable Operations
- Pub kitchens
- Café chains
- Canteens
- Hospital catering
- Hotel restaurants
- School food service
Procurement & Support
TurcoBazaar supplies the M079-4G from UK inventory with scheduled freight to Europe, North America, the Middle East, and Africa. The unit ships as a complete assembly with installation instructions and wiring or gas connection specifications. Buyers receive technical documentation covering electrical load, ventilation clearance, and gas supply requirements where applicable.
Frequently Asked Questions
Q: What is the actual potato capacity per cooking cycle?
A: Each drawer holds 12 to 15 medium potatoes depending on size. A full four-drawer load processes 48 to 60 potatoes in one cycle. Cooking time is typically 60 to 75 minutes at operating temperature.
Q: How long does a full batch take to cook?
A: Cooking time ranges from 60 to 75 minutes once the oven reaches operating temperature. Preheat time adds 15 to 20 minutes from a cold start. Operators stagger loading to maintain continuous output during service.
Q: Is this model available in both gas and electric versions?
A: Yes. The electric variant operates at 4 kW on single-phase 110V supply. The gas model requires natural gas or LPG connection with appropriate burner certification. Both versions deliver equivalent cooking performance.
Q: Can drawers be operated independently or must all four run together?
A: Each drawer operates independently. Kitchen staff can load and remove batches from individual drawers without affecting others. This allows staggered cooking cycles aligned with service demand.
Q: What is the energy consumption during a typical service period?
A: The electric model draws 4 kW at full load. A six-hour service period consumes approximately 24 kWh if all drawers run continuously. Gas consumption varies with burner efficiency and local gas supply pressure.



