Senoven Automatic Conveyor Pizza Ovens

The core advantage of a conveyor oven isn't that every pizza is turned by the same operator, but that the product passes through a controlled cooking zone for a defined time. The Senoven product family, developed by Şengün Makina, consists of Turkey-based conveyor pizza, infrared oven, automatic cooking, and toaster systems. When choosing a Senoven conveyor pizza oven, belt width, cabin length, recipe time, electric or natural gas connection, and the station's prep speed should be evaluated together.

The active Senoven catalog on Mutfak10 spans electric and natural-gas pizza ovens from the SEN 1100 to the SEN 2002, SF infrared conveyors, automatic chicken systems, and horizontal-vertical conveyor toasters. From a pizza business perspective, the main decisions are belt width, how long the product stays in the cabin, and the prep capacity needed to feed the belt continuously during peak hours.

How Does Conveyor Speed Determine the Pizza Recipe?

The conveyor belt's speed determines how long the product stays in the cooking zone. When the belt slows down, the pizza is exposed to heat for longer; when it speeds up, for a shorter time. If belt time isn't managed together with the temperature setting, the dough base, edge, and topping surface can cook at different rates.

Thick dough, thin pizza, pide, lahmacun, and pre-cooked product don't need the same belt time. For each recipe, dough weight, diameter, topping load, entry temperature, and target result should be recorded.

The conveyor carrying the product on its own doesn't eliminate the need for prep standards. If one pizza is prepared with 250 grams of dough and another with 350 grams, the same time-temperature program produces different results. Dough sheeting and topping portioning should be part of the oven recipe.

Electric vs. Natural Gas in SEN Model Codes

In the Senoven product program, the SEN 1500, 1600, 1700, and 2000 correspond to electric conveyor pizza ovens, while the SEN 1502, 1602, 1702, and 2002 correspond to natural-gas configurations. The SEN 1100 falls into a more compact electric entry class.

Electric ovens can require high total power and a three-phase connection. The electrical panel, cable cross-section, fuse, and other kitchen devices operating simultaneously should be calculated within the project scope.

For gas models, the gas line, pressure, valve, combustion air, and chimney-hood arrangement should be checked. It shouldn't be assumed that a gas oven is completely independent of an electrical connection; the belt motor and control system may still require an electrical supply.

Energy type shouldn't be chosen based on unit price alone. The business's existing infrastructure, operating hours, service access, and kitchen ventilation affect the total cost of ownership.

How Should SEN 1500 Capacity Be Interpreted?

The SEN 1500 is an electric model with a 455-millimeter belt and an approximately 710-millimeter cooking zone length. Official data states a capacity of approximately 41 pizzas per hour for a reference product with 250 grams of dough and a 30-centimeter diameter.

This figure represents test conditions where pizzas are loaded onto the belt continuously and at standard intervals. If the prep table can't supply product at the same speed, or exit staff can't collect the pizzas in time, actual output drops.

For the SEN 1500, with 10 kW of installed power, the manufacturer states average consumption in a lower range depending on operating behavior. Installed power and average consumption are not the same concept. Electrical infrastructure should be prepared based on the device's maximum connection value.

When a different pizza diameter is used, placement on the belt — side by side or in sequence — changes. A larger pizza uses more space at the same belt width; hourly capacity shouldn't be directly copied from the 30-centimeter reference value.

Growing Cooking Area with the SEN 1600, 1700, and 2000

As the model size increases in the SEN series, belt and cooking area are oriented toward higher production loads. Restaurant chains, central production, or food court businesses producing large volumes in a short time can consider larger models.

A larger belt can provide space not just for more pizzas, but also for pide, lahmacun, bread products, and different tray applications. Product height should be compared against the cooking chamber's entry opening.

A larger oven's prep table, refrigerated ingredient counter, dough-sheeting staff, and exit packaging area should also be scaled up. The oven alone doesn't increase capacity; the slowest step in the production line determines total speed.

Multi-Level Installation and Production Flexibility

Certain Senoven conveyor models can be installed in a two- or three-level stacked arrangement. More production can be achieved on the same floor footprint with independent belts and recipes. One level can prepare pizza while another prepares a product with a different time or temperature.

Stacked installation isn't simply placing ovens on top of each other. A compatible chassis, electrical or gas connection, total hood load, service access, and the upper unit's loading height should be calculated.

If the outputs of the lower and upper levels are managed by the same staff, separate packaging zones should be created so hot products don't mix. The upper belt shouldn't exceed staff's safe reach limit.

The Difference Between Air-Impingement SEN and Infrared SF Series

SEN pizza ovens use an air-impingement cooking system to direct controlled hot air around the top and bottom of the product. The goal is to create a more uniform cooking environment along the belt and reduce the need for the operator to turn the pizza.

Infrared conveyors such as the SF 800-52S, SF 1300 LS, and SF 1900 LS are oriented toward a different, radiation-based heat transfer. Product surface, belt speed, and heater distance can require a different recipe than the SEN series.

A pizza's time and temperature on a SEN model shouldn't be applied directly to an SF oven. Surface color can change faster in an infrared system; the product's center and base should be checked separately.

Planning the Belt Entry and Exit Area

At the conveyor's entry, raw or uncooked pizza is present; at the exit, service-ready hot product. The trays, peels, and staff tools for these two areas shouldn't be mixed together.

On the entry side, the pizza needs to be placed on the belt flat and centered. If the product edge extends beyond the belt, it can contact the cabin entry or side surface. On the exit side, sufficient table or packaging belt space should be available to prevent product buildup.

Conveyor direction should be determined based on order, prep, and service flow. A line running right to left can create unnecessary staff crossover with a station designed left to right in the kitchen's layout.

Cleaning the Belt and Cooking Chamber

Flour, cheese, sauce, and grease can accumulate on belt wires and collection areas beneath the oven. For daily cleaning, the device should reach a safe temperature and the manufacturer's disassembly-instruction sequence should be followed.

The conveyor belt shouldn't be cleared of a jam or cleaned with a metal tool while running. The motor and control body shouldn't be exposed to pressurized water.

Heavy flour use can create burnt residue and smoke inside the cabin. Excess flour on the pizza base should be shaken off during prep; cleaning shouldn't be left only to the end of the shift.

Key Features

• Electric or natural-gas conveyor oven options from the SEN 1100–2002 with different belt and production classes
• A system that records the time-temperature recipe per product, making pizza production less dependent on operator movement
• The ability to stack two or three ovens on a compatible chassis on select models
• Different product and heat-transfer applications with the SF infrared series compared to the air-impingement pizza oven

How Should a Senoven Line Be Sized?

Peak-hour pizza count should be calculated together with diameter, dough weight, and target belt time. Dough sheeting, ingredient placement, and exit packaging times should be added to the oven's capacity.

The decision between an electric or gas model should be based on existing infrastructure and daily operating hours. If stacking is planned, total power, chimney-hood, working height, and maintenance access should be calculated separately.

If products other than pizza — pide, lahmacun, or other items — will be prepared, a separate recipe and belt-layout test should be done for each. Products cooked simultaneously in the same oven should require a similar cooking time.

Senoven Conveyor Ovens on Mutfak10

The SEN 1100, 1500, 1502, 1600, 1602, 1700, 1702, 2000, and 2002, along with SF infrared models, can be compared on the Senoven conveyor cooking systems page on Mutfak10. Belt dimensions, energy type, hourly reference capacity, and stacking requirements should be reviewed based on the exact product code.

Frequently Asked Questions

How do Senoven electric and natural-gas conveyor ovens differ?

The SEN 1500, 1600, 1700, and 2000 are electric; the 1502, 1602, 1702, and 2002 versions of the same classes are natural gas. Connection, ventilation, and operating cost differ. The choice should be based on existing utilities and operating hours.

Does the Senoven SEN 1500 really produce 41 pizzas per hour?

The manufacturer's approximately 41 pizzas/hour figure is an estimated capacity for a reference product with 250 grams of dough and a 30-centimeter diameter. Different diameter, topping load, belt time, and prep speed change actual output.

How is cooking adjusted on a Senoven conveyor pizza oven?

How long the product stays in the cooking chamber is managed by belt speed, while heat effect is managed by temperature and the model's control system. Recording only a time-temperature value isn't sufficient without fixing dough weight, diameter, and topping.