Dimensions W*D*H
937/1250 /1875 /2500 /3750 Ñ… 750/850/1000 Ñ… 2075/2220
Coating
powder paint
Power supply
220V
Energy efficiency class
F
Cooling system
Remote / Plug In
Refrigerant
R 448/449; R 404/507
Temperature class
3Ðœ1(-1…+5°С)/3Ðœ2(-1…+7°С)/3Ð1(+1…+10°С)
Defrost of the evaporator
natural (without heat exchangers)
Certificates
Bureau Veritas KIV.IND.03.20.5657/6-02-01-CC
Warranty
24 months
Basic components
5 hanging shelves with price tags
Danfoss control unit
expansion valve
fans
overhead lighting
decorative front panels
night curtains
Materials (main elements)
galvanised steel
tempered glass
water-based thermal insulation foam
Key Features
Modern
Eco- Friendly
Efficient
Service- Friendly
Modular
Quality
What is the difference between Plug-in and Remote?
In the UK, the primary distinction between a “plug-in set†(or integral) chiller and a “remote set†chiller is found in their refrigeration systems. Plug-in chillers incorporate their refrigeration components (compressor, condenser, etc.) within the unit itself, whereas remote chillers have these components situated separately, often distanced from the display cabinet or cold room, and linked by pipes and wires.
Here’s a more detailed breakdown:
Plug-in (Integral) Chillers:
Pros:
They are easier and quicker to install since they are essentially “plug and play†with an integrated refrigeration system. Additionally, they tend to be more compact and may have a lower initial cost.
Cons:
They can be noisier because the refrigeration components are housed within the unit. Furthermore, they may produce more heat in the display area, which could affect the surrounding environment.
They are easier and quicker to install since they are essentially “plug and play†with an integrated refrigeration system. Additionally, they tend to be more compact and may have a lower initial cost.
Cons:
They can be noisier because the refrigeration components are housed within the unit. Furthermore, they may produce more heat in the display area, which could affect the surrounding environment.
Remote Chillers:
Pros:
They provide quieter operation as the noisy components are positioned away from the display area. Moreover, they can be more energy-efficient since heat generation is reduced in the display area and can be better controlled in a remote location. Remote systems also offer greater flexibility regarding the placement of display units and may provide additional storage space.
They provide quieter operation as the noisy components are positioned away from the display area. Moreover, they can be more energy-efficient since heat generation is reduced in the display area and can be better controlled in a remote location. Remote systems also offer greater flexibility regarding the placement of display units and may provide additional storage space.
Cons:
They are more complex and expensive to install due to the necessity of piping and wiring to connect the remote refrigeration unit. They might also require a larger amount of refrigerant and potentially more maintenance.
In summary: Plug-in chillers are self-contained and simpler to install, while remote chillers provide improved noise and heat management but necessitate a more intricate and potentially pricier setup.
