GAIL

Güntner Air cooler Insulated Logistics

Features

Advantages

All components are installed in an insulated casing at the factory
Set-up either inside or outside the storage facility
Optimal defrost results due to closable defrost flap
Design for storage with and without air ducts

Easy to Install

Refrigerating unit completely factory-fitted
Reduces installation costs

Inspection and Maintenance

Can be accessed or heated for service work
Easy access when installed outside the storage facility
Logistics operations are not hindered during inspection and maintenance work

Technical details

Heat Exchanger S 60 x 60 mm

Tubes and fins made of steel
Proven Güntner floating coil principle

Heat Exchanger N 50 x 50 mm

Special copper tubes for HFC, coolant and CO2
Stainless steel tubes for NH3
Surface-corrugated aluminium fins for high heat transfer
Proven Güntner floating coil principle

Heat Exchanger K 60 x 52 mm

Tubes and fins made of steel, hot-dip galvanised
Tubes made of stainless steel, Fins made of aluminium for NH3

Casing

made of sheet steel, galvanised
Large defrost flap with electric motor
Flap-edge heating
Large maintenance door

Tray

made of stainless steel

Axial Fans for Operation without Air Ducts

Proven quality fans
Standard with two speeds
Motor protection with thermocontacts
Wired on connection socket in factory
400 V, 3~, 50 Hz or 60 Hz

Centrifugal Fans for Operation with Air Ducts

Centrifugal fans driven via v-belt
External pressure as specified
Factory-wired on connection socket
400 V, 3~, 50 Hz or 60 Hz

Product Types / Refrigerant / Capacity

More than 5 million inhabitants live in the ever-growing Saudi Arabian megacity of Riyadh. The city is surrounded by the desert, the climate is sub-tropical. The technical requirements placed on a cold store for food are accordingly stringent. Güntner supplied 23 THERMOSTORE insulated unit coolers, 22 GGHN air coolers as well as two AGVH 090 ammonia condensers for the new cold storage of the Shahini Group. Two thermowave TL 250 plate heat exchangers form the hydraulic interface between refrigerant and fluid.

Project description (361 KB)