ICEINOX Professional Refrigeration Equipment

ICEINOX is an Istanbul-based industrial refrigeration brand developing countertop and upright refrigerators, prep cabinets, bar coolers, pastry cabinets, and ice machines for professional kitchens. Its product structure covers not just cold storage but different operations such as the prep line, under-cooking-equipment placement, beverage service, and daily ice production.

Liter value alone isn't sufficient when selecting refrigeration equipment. Ambient temperature, door-opening frequency, product loading temperature, GN tub layout, and air circulation around the device affect the actual operating result. ICEINOX product families divide these needs into upright cabinet, undercounter, chef base, prep, service, bar, and ice machine categories.

Undercounter, Upright, and Chef Base Placements

Countertop-type refrigerators combine cold storage and a work surface in the same body. Prep staff can access needed product without moving away from the counter. However, frequent door opening and placing the device near hot cooking equipment can increase the cooling load.

Upright cabinets provide high storage volume in a smaller floor area. Shelf layout helps separate different product groups. How cold air exits the body when the door opens differs from countertop cabinets; product placement and door-open duration therefore matter more during heavy use.

Chef base cabinets are considered for creating refrigerated storage under cooking equipment. The device weight the top surface can carry, the heat the cooking equipment emits, and the ventilation clearance the manufacturer requires should be checked at the project stage. It shouldn't be assumed heavy or high-heat equipment can be placed on top of a standard countertop cabinet.

Use Areas of the FTS Prep and CTS Snack Series

The ICEINOX FTS series consists of prep refrigerators combining a refrigerated lower cabinet with a GN tub area on top. This structure helps keep frequently used ingredients for pizza, sandwich, salad, and cold-plate prep within staff's reach. FTS 515 models offer options with 18 units, and FTS 650 models with 24 units, of 1/6-150 GN layout.

GN capacity shouldn't be confused with the product's actual storage volume. Upper tubs can be allocated to ingredients used during service, while the lower cabinet can be used for reserve stock or different containers. The protective cover over the tubs, ingredient temperature, and the storage arrangement applied during off-hours should be planned together.

The CTS 440 Snack series includes roughly 440-liter countertop cabinet options. Stainless or glass-door configurations and models with different refrigerants can be available. A glass door makes interior products easier to see while increasing light and outdoor exposure. Display needs and kitchen operating conditions should be separated when choosing door type.

+43°C Ambient Performance and Insulation Structure

Ambient temperature in professional kitchens can be higher than home-use areas. ICEINOX's product approach emphasizes tropical-class operation geared toward +43°C ambient conditions. This value doesn't mean the device will maintain the same energy consumption or a stable temperature under unlimited door opening in every condition.

The product range cites the use of environment-focused polyurethane insulation at 42 kg/m³ density. Insulation limits heat transfer between the interior body and the outside environment. Worn door gaskets, a door not closing fully, or blocked condenser airflow around the device can reduce the advantage insulation provides.

On some products, a hot-gas smart defrost system helps manage frost buildup. How the heat and water generated during defrost are removed depends on the model's technical structure. A waste-heat-recovery condenser approach, meanwhile, is a solution for managing energy released in the system; it shouldn't be assumed every model has the same equipment.

The Daily Production Plan for ICE Series Ice Machines

ICEINOX ice machines consist of models with different daily production capacities. Self-contained options like the ICE 50 and ICE 90 combine ice production and the storage section in the same body. Daily capacity is measured under lab or reference test conditions; actual production can decrease as inlet water and ambient temperature rise.

When selecting an ice machine, the need during the busiest service hour should be calculated alongside daily total consumption. A device producing sufficient ice over the course of the day can fall short when very high consumption occurs in a short time. Bin capacity helps accumulate produced ice before peak service.

Water hardness and mineral structure affect ice quality, scale formation inside the machine, and maintenance interval. A suitable filtration system should be installed, the device's air intake and exhaust points shouldn't be blocked, and the manufacturer's cleaning schedule should be followed.

Featured Highlights

• A broad refrigeration product structure covering countertop, upright, chef base, prep, service, bar, and patisserie cabinets along with ice machines
• Technical features such as AISI 304 stainless surface, +43°C tropical-class operation, and 42 kg/m³ polyurethane insulation stand out in the product family
• The FTS prep series offers different door and GN tub layouts, while the CTS Snack series offers countertop compact storage options
• Equipment like marine feet and shelf options, hot-gas defrost, and heat recovery can be offered depending on the relevant series and model

Clearances Around the Device in a Refrigeration Project

A refrigeration device's catalog dimensions alone don't show the total area needed for placement. Extra clearance should be left for the full opening distance of doors and drawers, condenser air intake, service access, and the electrical cable. Bringing the device too close to a wall or other equipment can restrict air circulation.

In prep cabinets, staff access to GN tubs shouldn't conflict with the opening direction of doors or drawers. In a chef base application, the thermal conditions specified by the manufacturer should be maintained between the cooking equipment above and the refrigeration unit. In upright cabinets, shelf load and air channels between products should be preserved.

Before installation, electrical voltage, drain requirement, floor level, and ambient temperature should be checked. For ice machines, water inlet, filter, and drainage line should also be separately projected. Once the device is commissioned, it should be allowed to reach target temperature before product is loaded.

ICEINOX Refrigeration Products on Mutfak10

ICEINOX countertop and upright cabinets, FTS prep series, CTS Snack refrigerators, and ice machines with different daily capacities can be reviewed on Mutfak10. You can visit the ICEINOX industrial refrigeration equipment page to compare cabinet size, door layout, GN capacity, and ice production class. Current prices vary by capacity, body, refrigeration system, and model equipment.

Frequently Asked Questions

What is the difference between the ICEINOX FTS 515 and FTS 650 prep cabinet?

The FTS 515 and FTS 650 models differ in body width, door count, and GN tub capacity. The FTS 515 series offers configurations with 18 units, and the FTS 650 series with 24 units, of 1/6-150 GN layout. Actual lower-cabinet volume, refrigerant, and exterior dimensions should be checked based on the selected model code.

How should the daily kilogram capacity of an ICEINOX ice machine be chosen?

Daily capacity should be determined with a safety margin above the business's total ice consumption. Consumption during the busiest service hour, bin capacity, and ambient temperature should also be factored in. Hot inlet water or insufficient ventilation can lower the device's actual daily production.

What does ICEINOX +43°C tropical-class refrigeration mean?

Tropical class shows that the relevant device is designed to operate at high ambient temperatures. This feature doesn't eliminate ventilation clearance, door usage, and maintenance requirements. The model's climate class, target temperature range, and energy value should be verified from the technical document.