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This gas countertop griddle delivers 30,000 BTU across four independently controlled zones. Each zone governs a 12-inch section of the machined steel plate, enabling simultaneous cooking of eggs, bacon, burgers and hash at different temperatures. Burger restaurants, breakfast cafés, hotel kitchens and food trucks use this configuration for high-volume multi-product service.
Commercial Application
The quad-zone control architecture allows one operator to manage four separate temperature settings across the cooking surface. Eggs hold at lower heat on the left while burgers sear at maximum output on the right. This eliminates the need for multiple single-zone units and reduces footprint in tight kitchen lines.
During breakfast service, the unit handles pancakes, bacon, eggs and sausage links without cross-contamination of cook temperatures. The U-shaped burner design under each 12-inch zone maintains consistent heat distribution across the plate thickness. Grease channels along the perimeter drain to a front-mounted collector for mid-service extraction.
Key Operational Advantages
- 30,000 BTU total output divided across four independently controlled 12-inch zones
- Machined steel plate construction retains heat during high-volume plating cycles
- Standby pilot ignition reduces gas consumption between service periods
- Natural gas to LPG conversion kit included for mobile and remote installations
- Front grease collector accessible without interrupting active cooking zones
- Stainless steel adjustable legs accommodate uneven floor surfaces
Technical Specifications
| Specification | Details |
|---|---|
| Model / SKU | 101060 |
| BTU / kcal | 30,000BTU (8.8 kW) |
| Gas Type | natural gas |
| Certification | Meets commercial kitchen hygiene and safety standards applicable to CE (UK & EU), NSF (USA) and CSA (Canada) requirements. |
Construction & Build Quality
The cooking surface is machined from thick steel plate rather than chrome-plated sheet metal. Stainless steel forms the front panel and control housing. Galvanised steel sides and rear panel reduce material cost without compromising structural integrity in non-contact zones.
- Machined steel griddle plate for even heat distribution and longevity
- Zinc alloy control knobs with chrome coating resist heat and repeated contact
- Cast iron grate supports in burner chamber withstand continuous flame exposure
- Stainless steel legs with adjustable feet for stability on commercial flooring
Suitable Operations
- Burger restaurants
- Breakfast cafés
- Hotel kitchens
- School canteens
- Catering operations
- Food trucks
Procurement & Support
TurcoBazaar supplies HAKI commercial griddles to the UK, Europe, North America, Middle East and Africa. This unit ships as a complete assembly with standby pilot system, control knobs and LPG conversion components. Freight quotations account for unit weight and destination port requirements.
Frequently Asked Questions
Q: Is the cooking surface chrome-plated or bare steel?
A: The surface is machined steel plate without chrome plating. This construction retains heat more effectively than plated sheet metal and tolerates metal spatulas without surface degradation. The steel develops a seasoned finish with use.
Q: Can this griddle operate on LPG for food truck installation?
A: The unit ships configured for natural gas but includes an LPG conversion kit. Conversion requires replacing the orifice set and adjusting regulator pressure to manufacturer specification. Most food truck operators complete conversion before first use.
Q: How do the four temperature zones function during service?
A: Each control knob governs a 12-inch section of the griddle plate independently. One operator can hold eggs at 150°C on zone one while searing burgers at 230°C on zone four. Zones do not influence adjacent sections.
Q: What is the grease management system for this unit?
A: A perimeter grease channel slopes toward a front-mounted collector tray. The operator removes the collector mid-service without accessing burner chambers or interrupting adjacent cooking zones. Capacity handles typical breakfast service volume.
Q: Does the standby pilot reduce gas consumption compared to continuous ignition?
A: The standby pilot consumes minimal gas between cooking cycles compared to electronic ignition systems that cycle repeatedly. During extended service periods, the pilot remains lit while individual zones ignite and extinguish as needed. This design reduces total gas consumption in operations with fluctuating demand.