excl VAT
Model configurations: filters and specifications describe the base model. If you select an alternative condensing-unit configuration, check its own dimensions and technical data separately.
Do not constrain every temperature point at once: a unit without a published value at a selected point will not match that condition. Estimated room volume does not replace a heat-load calculation.
| Series | Application | Evaporator | Published room-temperature points, °C | Refrigerant |
|---|---|---|---|---|
| SBHARG | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R449A |
| SBHCQRG | Standard cold rooms | Cubic | -25/-20/-15 | R449A |
| SBHCRG | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R449A |
| SMHAQRG | Standard cold rooms | Cubic | -25/-20/-15, +0/+5/+10 | R449A; R449A / R452A |
| SMHARG | Standard cold rooms | Low-profile (slim) | +0/+5/+10 | R449A |
| SMHCQRG | Standard cold rooms | Cubic | +0/+5/+10 | R449A |
| SMHCRG | Standard cold rooms | Low-profile (slim) | +0/+5/+10 | R449A |
| SBSAQRG | Low-noise cold-room systems | Cubic | -25/-20/-15 | R449A |
| SBSARG | Low-noise cold-room systems | Low-profile (slim) | -25/-20/-15 | R449A |
| SMSAQRG | Low-noise cold-room systems | Cubic | -5/+0/+5/+10 | R449A |
| SMSARG | Low-noise cold-room systems | Low-profile (slim) | -5/+0/+5/+10 | R449A |
| BSF-NN | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R455A (A2L) |
| MSF-NN | Standard cold rooms | Low-profile (slim) | +0/+5/+10 | R455A (A2L) |
| BSF-JN | Medium and larger commercial cold rooms | Cubic | -25/-20/-15 | R455A (A2L) |
| BSF-QN | Medium and larger commercial cold rooms | Cubic | -25/-20/-15 | R455A (A2L) |
| MSF-JN | Medium and larger commercial cold rooms | Cubic | +0/+5/+10 | R455A (A2L) |
| MSF-QN | Medium and larger commercial cold rooms | Cubic | +0/+5/+10 | R455A (A2L) |
| ASF-DN | Cooled working rooms with double-flow evaporator | Double-flow | +9/+12/+15 | R455A (A2L) |
| BSH-NN | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R455A (A2L) |
| MSH-NN | Standard cold rooms | Low-profile (slim) | +0/+5/+10 | R455A (A2L) |
| BSH-CB | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R452A |
| BSH-CG | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R449A |
| BSH-NB | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R452A |
| BSH-NG | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R449A |
| MSH-CG | Standard cold rooms | Low-profile (slim) | +0/+5/+10 | R449A |
| MSH-CY | Standard cold rooms | Low-profile (slim) | +0/+5/+10 | R134a |
| MSH-NG | Standard cold rooms | Low-profile (slim) | +0/+5/+10 | R449A |
| MSH-NY | Standard cold rooms | Low-profile (slim) | +0/+5/+10 | R134a |
| BSH-CQB | Larger cold rooms | Cubic | -25/-20/-15 | R452A |
| BSH-CQG | Larger cold rooms | Cubic | -25/-20/-15 | R449A |
| BSH-QB | Larger cold rooms | Cubic | -25/-20/-15 | R452A |
| BSH-QG | Larger cold rooms | Cubic | -25/-20/-15 | R449A |
| MSH-CQG | Larger cold rooms | Cubic | +0/+5/+10 | R449A |
| MSH-CQY | Larger cold rooms | Cubic | +0/+5/+10 | R134a |
| MSH-QG | Larger cold rooms | Cubic | +0/+5/+10 | R449A |
| MSH-QY | Larger cold rooms | Cubic | +0/+5/+10 | R134a |
| ASH-CDG | Cooled working rooms with double-flow evaporator | Double-flow | +9/+12/+15 | R449A |
| ASH-CDY | Cooled working rooms with double-flow evaporator | Double-flow | +9/+12/+15 | R134a |
| ASH-DG | Cooled working rooms with double-flow evaporator | Double-flow | +9/+12/+15 | R449A |
| ASH-DY | Cooled working rooms with double-flow evaporator | Double-flow | +9/+12/+15 | R134a |
| BSF-NB | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R452A |
| BSF-NG | Standard cold rooms | Low-profile (slim) | -25/-20/-15 | R449A |
| MSF-NG | Standard cold rooms | Low-profile (slim) | -5/+0/+5/+10 | R449A |
| MSF-NY | Standard cold rooms | Low-profile (slim) | -5/+0/+5/+10 | R134a |
| BSF-QB | Larger cold rooms | Cubic | -25/-20/-15 | R452A |
| BSF-QG | Larger cold rooms | Cubic | -25/-20/-15 | R449A |
| MSF-QG | Larger cold rooms | Cubic | -5/+0/+5/+10 | R449A |
| MSF-QY | Larger cold rooms | Cubic | -5/+0/+5/+10 | R134a |
| ASF-DG | Cooled working rooms with double-flow evaporator | Double-flow | +9/+12/+15 | R449A |
| ASF-DY | Cooled working rooms with double-flow evaporator | Double-flow | +9/+12/+15 | R134a |
| MSF-UG | Meat preservation; optional maturation (quasi-static) | Quasi-static, low-speed double-flow | -5/+0/+5/+10 | R449A |
| MSF-UY | Meat preservation; optional maturation (quasi-static) | Quasi-static, low-speed double-flow | -5/+0/+5/+10 | R134a |
| MSH-CUG | Meat preservation; optional maturation (quasi-static) | Quasi-static, low-speed double-flow | +0 | R449A |
| MSH-CUY | Meat preservation; optional maturation (quasi-static) | Quasi-static, low-speed double-flow | +0 | R134a |
| HSF-DG | High relative humidity applications | Double-flow | +5/+10 | R449A |
| HSF-DY | High relative humidity applications | Double-flow | +5/+10 | R134a |
| HSH-CDG | High relative humidity applications | Double-flow | +5 | R449A |
| HSH-CDY | High relative humidity applications | Double-flow | +5 | R134a |
| VSF-GG | Wine/cheese climate-controlled rooms (+15 °C / 70 % RH sizing) | Wine/cheese evaporator with humidity control | +15 | R449A |
| VSF-GY | Wine/cheese climate-controlled rooms (+15 °C / 70 % RH sizing) | Wine/cheese evaporator with humidity control | +15 | R134a |
| VSH-CGG | Wine/cheese climate-controlled rooms (+15 °C / 70 % RH sizing) | Wine/cheese evaporator with humidity control | +15 | R449A |
| VSH-CGY | Wine/cheese climate-controlled rooms (+15 °C / 70 % RH sizing) | Wine/cheese evaporator with humidity control | +15 | R134a |
INTARCON commercial R455A units are factory-adjusted and pre-charged for up to 10 m of refrigerant piping. This does not mean copper pipes are included. Units have service valves, Flare connections up to 3/4 inch and ready-to-braze connections from 7/8 inch.
Select liquid and gas line diameters for the exact model and pipe length. Runs exceeding 10 m require the specified additional refrigerant and POE oil charge in grams. For example, the medium-temperature -026 group specifies 100 g refrigerant / 90 g oil at 15 m and 200 / 180 g at 20 m. Do not apply these values to another model or temperature group. Where two rows are listed, identify the exact configuration.
R455A line diameters and additional refrigerant/oil table, catalogue pp. 300–301.
This category features professional IMPAFRI and INTARCON split refrigeration systems for chilled and frozen storage, food-handling facilities and specialist controlled-temperature rooms. A split system combines a manufacturer-matched condensing unit with an evaporator installed inside the cold room. Controls, protective devices and refrigeration components depend on the exact factory model.
Unlike a monoblock, the condensing unit and evaporator are installed separately and connected by refrigerant pipework. This can make heat rejection outside the cold room, noise management and equipment servicing more practical.
Standard ranges include positive- and negative-temperature systems. Depending on the series, the manufacturer's capacity and estimated cold-room-volume tables provide data at 0, +5 and +10 °C or −25, −20 and −15 °C. Special high-temperature duties may also use separate +9, +12 and +15 °C reference points. These values must not be applied indiscriminately to every model.
Factory-matched specialist systems are available for meat storage and ageing, high relative humidity, and wine or cheese storage. Humidification, dehumidification or heating may require specific factory options and are not necessarily included in the standard equipment price.
Consider more than room volume: required temperature, insulation thickness, ambient conditions, door-opening frequency, incoming product temperature, daily throughput and installation location all influence the cooling load. Cooling capacity (W) and estimated room volume (m³) should be compared at the same reference temperature; a catalogue volume estimate does not replace a project-specific heat-load calculation.
Some models are available with axial or centrifugal condensing arrangements. They differ in air-discharge characteristics, technical data and price. Duct resistance must be assessed when choosing a centrifugal version. Refrigerant type, power supply, dimensions and defrost configuration must be verified for each SKU.
Unless a product specifies otherwise, the listed price is for the factory-matched equipment package. Refrigerant copper pipework and insulation, electrical and refrigeration installation, commissioning and any additional refrigerant are generally excluded. Certain series specify a factory charge for a stated pipe-run length; the permitted vertical separation between units is a different technical limit.
Factory options such as electrical protection, anti-corrosion coatings, condensing control and humidity management apply only to compatible series and sizes. Options already included as standard must not be charged again. The final configuration and installation requirements should be confirmed before ordering.
Need help selecting a system? Send us your cold-room dimensions, target temperature, type of stored products and proposed condensing-unit location, and we can compare suitable equipment options.
