Due to continuous product innovations, we reserve the right to change product specification without due notice Table of Contents: 1.0 Introduction 2.0 Unpacking your COOL-SPACE® unit 3.0 Set-up of COOL-SPACE® unit 3.1 Connecting the water supply 3.2 Connecting the electrical supply 4.0 Operating procedures 4.1 Filling the unit with water 4.2 Starting the fan...
SIGNAL WORD DEFINITIONS DANGER DANGER indicates an imminently hazardous WILL situation which, if not avoided, result in death or serious injury. WARNING WARNING indicates a potentially hazardous COULD situation which, if not avoided, result in death or serious injury. in death or serious injury CAUTION CAUTION indicates a potentially hazardous , MAY...
CAUTION Do not connect the COOL-SPACE® unit to any water source where water pressure exceeds 60 psi. This will cause permanent damage to the unit. 3.2 Connecting the electrical supply: All models utilize standard 120-volt power supply. The unit should be plugged into a fused or circuit breaker protected 20 amp, 120 volt, 60 Hz circuit.
4.0 Operating procedures: There are 3 factors to consider when determining where to place the COOL-SPACE® unit. 1. Fresh air supply: The inlet side of the unit (pad side) requires a constant, uninterrupted supply of fresh air for maximum performance. A distance of 3 ft clear space is recommended.
4.2 Starting the fan: Turn the fan switch to HIGH speed on start-up, allow motor to reach maximum speed, then set at Medium or Low. IMPORTANT DO NOT flood the pads with water, keep them moist. New pads take a few days to become completely saturated.
1. Use a wrench to remove the (2) bolts connecting the pad retainer (pad side) to the housing. 2. Each pad can be tilted out of the unit and lifted out of the drain tray. Note: Reinstall pads correctly. 5.2 Daily maintenance: When shutting down the COOL-SPACE®...
5.4 Storage: 1. Remove the pads, as described in 5.1.1, clean with a soft brush and water to remove dust and debris. 2. Drain sump using above procedure and wipe dry. 3. Store the COOL-SPACE® unit in a dry area and cover if possible to prevent dust build-up.
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Direct & Belt Drive Models Problem Check Solution Fan won't run and makes Power cord, extension cord, Reconnect power or no sound. switches, circuit breaker. extension cord. Reset breaker. Fan motor won’t run and Blade in contact with shroud. Re-center blade hub. makes a humming sound.
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Water System The water delivery system consists of three primary elements: 1) Water Distribution System, 2) Spray Bar Assembly, 3) Pump, Troubleshooting of this system is fairly simple. The water Distribution System consists of two assemblies: A) The Water Inlet Assembly, B) The Hose &...
Pump Problem Check Solution Pump motor will not run Turn fan on to check for If fan doesn’t start; check when switch is turned on. power. Is water level high breaker and cord plug-in. If enough to make the low- fan does start;...
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6. Visually align the motor pulley and fan pulley by using the belt as a reference. Adjust the motor pulley in or out to align. Tighten the motor pulley. 7. Loosen the four bolts that secure the mounting bracket to the upright. 8.
4.) Remove pump from water sump and install new pump. Reverse the above procedures to reconnect the wiring, lift pump bracket and reconnect the hose. Secure wires to fan frame with wire ties to clear the fan blades. 5.) Reinstall cooling pads and guards, reconnect power and test pump. 6.3 Technical support: Technical support and service is available directly from your distributor or COOL- SPACE®...
7.4 Common Replacement Parts Fan Motor CS-F16 16” Variable Speed (Motor/Shroud/Fan Combo) CS-M162 16” Two Speed CS-M162-1 (CS2 Series) 16” Two Speed CS-M361 (Face Mount) 36” Single Speed CS-M361-AC (Base Mount) 36” Single Speed CS-M363B 36” Three Speed CS-M36V 36” Variable Speed CS-M482B 48”...
9.0 How evaporative cooling works: In order to have an understanding of how the COOL-SPACE® portable evaporative cooler works a basic understanding of psychrometrics is necessary. Psychrometrics is the branch of thermodynamics devoted to the study of air and water vapor mixtures. The psychrometric chart is a graphical representation of properties of moist air.
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Dew-point temperature is the temperature to which a given sample of air must be cooled so that moisture will start condensing out of it. When air is saturated, the dry-bulb, wet- bulb and dew-point temperatures will all be equal. The horizontal lines in Figure 3 show the dew-point temperature on the psychrometric chart.
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The following example illustrates the use of the psychrometric chart as it relates to evaporative cooling. Since all of the items described above are properties, any two of them describe a state point on the psychrometric chart. Once this point is determined, the values of all the other properties can be read from the chart.
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A Division of Hale Industries, Inc. Phone: 317-577-0417 | Fax: 317-485-0118 1-800-557-5716 www.cool-space.com sales@cool-space.com CS5/6Man-0421805 03/20...
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