Conair Water/Spray Tanks Preparing for Installation, Make sure the installation area provides

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You will install the WT/ST tank on the extrusion line, down- stream of the extruder and any calibration/sizing equipment.

1 Make sure the installation area provides:

A source of water. City, tower or chilled water may be used. Water supply flow should be about 80 gpm @ 60-70 psi {6.1 liters/sec @ 4.8-5.5 bars}.

A grounded 3-phase power source supplying the correct current and voltage for the recirculation sys- tem on your tank. Check the serial tag for the correct amps and voltage. Electrical power is required only if you have the recirculation system option.

Minimum clearance for safe operation and mainte- nance. The distance, or air gap, between the face of the die or sizing tank and the upstream end of the WT/ST tank may be up to 12 inches (305 mm). Allow at least 12 to 24 inches (305 to 610 mm) between the downstream end of the tank and the upstream end of the puller to roll the tank away from the extruder for maintenance.

2 Determine the correct position for the tank on the extrusion line.

There may be an additional cooling tank or an optional laser gauge/diameter gauge between the downstream end of the WT/ST tank and the puller. Allow 1 to 2 feet (305 to 610 mm) between the WT/ST tank and an additional cool- ing tank. Allow 1 to 3 feet (305 to 914 mm) between the WT/ST tank and a laser gauge and between a laser gauge and the puller.

3 Install v-rails.If your tank comes with v-groove cast- ers, you may choose to use v-rails to insure repeatable tank alignment. The overall length of the rails will be determined by equipment sharing the rails. The v-rails should be long enough to move all downstream equipment away from the extruder for removal of the screw.

Typically, the rails should be 2 to 4 feet (610 to 1219 mm) longer than the WT/ST tank. The distance between the centers of the v-groove casters on standard WT/ST tanks is 22 inches (558.8 mm). Optional widths may have been ordered.

PREPARING FOR INSTALLATION

UGE014/0999

Water/Spray Tanks

INSTALLATION 3-3

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Contents Page Date Manual Number UGE014/0999 Serial numbers Model numbers Introduction Table of ContentsPage Introduction HOW Guide is Organized Purpose User GuideYour Responsibility AS a User Read this SO no ONE Gets Hurt Page Description TANK? What isHOW IT Works Tank Style SpecificationsOptions FeaturesFeatures and Options CON Closed Water Recirculation System Option Features and Options CON Installation Unpacking the Boxes Make sure the installation area provides Preparing for InstallationPosition the tank downstream of the extruder Aligning the TankConnecting Main Power Connecting a Chiller Connecting Water AIR SuppliesTesting the Installation Page Operation Make sure the extruder and puller are ready Determine the cooling mode you will usePreparing for OperationThread the extrudate through the tank Preparing for OperationStopping StartingStart the other equipment in the extrusion line Maintenance Weekly, or as often as needed Preventative Maintenance ScheduleReplacing Gaskets Cleaning Tank Spray BarsLubricating Tank Components Checking Electrical Connections Open the electrical enclosure. a safety deviceInspect the wires and connections. Look for Inspect the exterior power cords. CarefullyTroubleshooting FEW Words Before BeginningPossible cause Solution Product Quality ProblemsPage From outside the United States, call WE’RE Here to HelpWarranty Limitations Equipment Guarantee Performance Warranty

Water/Spray Tanks, UGE014/0999 specifications

The Conair UGE014/0999 is a highly efficient water and spray tank system designed for various industrial applications, particularly in the realm of plastics processing and manufacturing. This solution stands out for its advanced features, robust construction, and user-friendly operation, making it a valuable asset for any plant seeking to enhance productivity and ensure the quality of its output.

One of the primary features of the Conair UGE014/0999 is its sizable tank capacity. Designed to hold substantial volumes of water, it enables continuous operation without the need for frequent refilling. This characteristic is especially advantageous in processes that require sustained cooling or moisture application, such as in cooling hot molds or maintaining optimal conditions for plastic products.

In terms of technologies, the Conair UGE014/0999 incorporates state-of-the-art pumping and spraying mechanisms that provide reliable and consistent performance. The system is outfitted with precision-engineered pumps capable of delivering uniform spray patterns, ensuring that the application of water is even and effective. This enhances the quality of the finished products while minimizing waste.

Another significant characteristic of the UGE014/0999 is its robust construction. Made from high-quality materials, this water and spray tank is designed to withstand the rigors of industrial environments. Its corrosion-resistant design not only extends its lifespan but also requires less maintenance, making it a cost-effective solution for manufacturers.

The ease of operation is another highlight of the Conair UGE014/0999. The tank is designed with user-friendly controls, allowing operators to easily adjust settings according to specific processing requirements. This flexibility ensures that the system can be tailored to meet the demands of varying production scenarios, thus increasing efficiency.

Furthermore, safety is a paramount consideration in the design of the Conair UGE014/0999. It features built-in safety mechanisms to prevent leaks and spills, protecting both the equipment and the working environment. This focus on safety is essential in any industrial setting, where the potential for accidents can have serious implications.

In conclusion, the Conair UGE014/0999 water and spray tank represents a perfect blend of advanced technology, robust construction, and user-friendly design. With its large capacity, efficient spraying capabilities, and safety features, it stands as a reliable choice for industries needing effective moisture management in their processes, ultimately contributing to enhanced production quality and efficiency.