GLASdek GX30 Single-coated evaporative cooling and humidification media

The unique design of GLASdek GX30 gives it high strength and durability with exceptional cooling and humidification rates. It is made from a flame-retardant material fortified with special rigidifying agents. GLASdek GX30 is the right choice in situations where strict adherence to fire codes is required.

The media is Fire Rated UL900 and ULC-S111 Class 1. GLASdek GX30 is also GREENGUARD Gold certified under UL’s certification program, as having low chemical emissions, validating that it meet the highest industry standards globally.

CELdek Evaporative Cooling Pad

Excellent cooling efficiency due to the unique design, manufacturing methods and materials used.

High face velocity allows the air to travel through the pad without water droplet carryover.

Low pressure drop allows the high velocity air to travel through the pad without significant resistance.

Self-cleaning design due to steeper angle of unequal flute design, flushing dirt and debris from the surface of the pad.

Simple to maintain due to the fact that in most cases, routine maintenance can be performed while systems still are operating.

CELdek® 7060-15 evaporative cooling pad

CELdek® Series evaporative cooling pad is used in systems where high efficiency cooling is required. It can be used for many different cooling purposes but is particularly suitable for cooling of livestock buildings and greenhouses when higher air velocity is required.

The green stripe pad consists of specially impregnated and corrugated cellulose paper sheets with different flute angles, that have been bonded together. This unique design yields a cooling pad with high evaporation efficiency while still operating at a very low pressure drop. In addition, scaling is kept to a minimum and no water carry-over occurs due to the fact that the water is directed to the air inlet side of the pad.

WETdek®

The WETdek evaporative cooling system combines nature’s process of evaporation with Munters exclusive features providing precise temperature and humidity control.

» High quality, corrosion resistant construction, and a minimum number of mechanical components ensure reliable operation.
» Custom Airflow Volumes: Airflow rates of 20,000 to 100,000+ scfm are available. For larger volumes of air, multiple units may be stacked or combined.
» High Cooling Efficiency: Up to 99% efficiency can be achieved using media depths between 4” and 24”.
» Low system pressure drop.
» Can be programmed for automatic maintenance during operation.
» Munters GLASdek® and CELdek® assure extended, reliable media life.

TURBOdek® Evaporative Media

TURBOdek® is a high efficiency, low pressure drop, low drift media that delivers maximum cooling to optimize combustion turbine output. Turbines utilizing evaporative cooling systems have reported an increase in capacity as high as 20% during peak summer demand. With TURBOdek installed, users have experienced an additional 5% increase in cooling efficiency when compared to Munters’ standard CELdek media.

Features include Munters’ patented unequal angle, unequal flute design for high velocity evaporative cooling up to 750 fpm. TURBOdek is manufactured from Munters’ heavy cellulose media that has been treated to resist deterioration and is protected by Munters’ algae and weather resistant edge coating. This added protection makes TURBOdek easier to clean and maintain, as well as, extends media life.

EPCC Evaporative Precoolers Condenser

Munters Evaporative Precoolers for Chiller/Condenser (EPCC) are typically a recirculation (water) type evaporative cooler with make up water via solenoid and ball float, recirculating submersible pump, manual water bleed off (auto as an option) and a Dump valve. Air passes through wetted CELdek® rigid evaporative media, the ambient air temperature is lowered before it reaches the condenser coil. This enables increased capacities to be gained from existing systems, or sizing of condensers to be reduced, thereby reducing both operating and installation cost. Compressor and condenser fan life is extended due to less frequent operation.

The EPCC is most effective during hot, dry conditions when refrigeration and air conditioning condenser performance is most critical, and the system is under the highest load. Additional benefits year round include: prevention of dust and other particles from clogging the condenser fins and can guarantee consistent high efficiency for the entire life of the system. EPCC systems can be installed on new units or retrofitted on to existing units to lower the electricity consumption, boost the capacity and make them more environmentally friendly.