SPX Cooling Technologies 1000, 1200 specifications Cold Water Collection Basin, Scope of Work

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Marley / Sigma 1000/1200 CoolingTower / Specifications: Base

Specifications

Specification Value

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9.3Each endwall of the tower shall be equipped with a 20" wide aluminum vertical ladder, through-bolted to the endwall structure. Ladder shall rise from the cold water basin level to the top of the fan deck guardrail, and shall be designed and installed in confor- mance with OSHA standards.

10.0Cold Water Collection Basin:

10.1The cold water collection basin shall be of poured-in-place concrete, provided under scope of work done by others. The concrete basin design shall be based upon certified loads and dimen- sions provided by the cooling tower manufacturer.

11.0Scope of Work:

11.1The cooling tower manufacturer shall be responsible for the design, fabrica- tion, and delivery of materials to the project site, and for the erection of the tower over supports provided by others. Unless otherwise specified, all external piping, pumps, controls, and electrical wiring will be outside the cooling tower manufacturer's scope of work.

For the comfort and safety of your operat- ing personnel, the Sigma tower includes a ladder and guardrail of the quality and design indicated—and we strongly recommend that you require it of all bidders! Portable ladders and other “make-do” access means are inappro- priate for equipment of this size and complexity.

■This basic specification assumes that the tower will be erected over a concrete basin at grade level. If the tower is to be installed on an elevated supporting platform, the plywood cold water collection basin indicated on page 17 should be included in the specifications.

■Please be clear in your specifications and inquiry documents regarding the full scope of work expected. That will help assure that your bid comparisons will be made on as equal a basis as possible—and

will help to avoid any misunder- standings during the execution and implementation of the contract.

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Contents Marley Sigma 1000/1200 Cooling Tower Marley / Sigma 1000/1200 CoolingTower / Table of Contents Marley / Sigma 1000/1200 CoolingTower Tower Endwall ElevationWidth Height Maximum Static ModelPlan Dimensions ModelMarley / Sigma 1000 CoolingTower / Engineering Data Support Operating Weigt lb Model Flat Basin SectionWidth Length Height Maximum Static Model Endwall HElevationEndwall Elevation G Dimensions Model Per CellMarley / Sigma 1200 CoolingTower / Engineering Data Support Operating Weight lb Model Single Cell Each Cell Add Variable Speed Control Two-Speed MotorsSystem Cleanliness EnclosuresSound Control Base Marley / Sigma 1000/1200 CoolingTower / Specifications BaseThermal Performance Under no circumstances should you allow the manufacturer toAlty on the manufacturer Construction Indicated below and followingWood Fan Deck and Fan Cylinder Even in aggressive water conditions, the heavy constructionFan guard normally precludes the need for stainless steel Mechanical Equipment Unitized support normally precludes the need for stainlessSteel Fill, Louvers and Drift Eliminators Access Hot Water Distribution SystemCasing Scope of Work Cold Water Collection BasinSpecifications Specification Value Basin Heater Marley Premium VFD System Vibration Limit Switch Ladder Safety Cage Convenience and Safety Options StairwayPlenum Walkway Ladder ExtensionMiscellaneous Options Wood Cold Water Basin Oil Level Sight GlassRedwood Components Hot Water Basin CoversLow Noise Tower Watertight Partitions Between Cells Fire Safety OptionsPage Page West 129 Street Overland PARK, Kansas 66213 United States
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1000, 1200 specifications

SPX Cooling Technologies, a prominent player in the cooling solutions market, is known for its cutting-edge designs and innovations in the field of cooling systems. Among its notable offerings are the SPX Cooling Technologies 1200 and 1000 series, which are engineered to meet the demands of various industrial applications.

The SPX Cooling Technologies 1200 series is renowned for its efficiency and robust construction. One of its main features is its modular design, allowing for easy installation and maintenance. This series is equipped with advanced cooling technology, enhancing energy efficiency while minimizing operating costs. The 1200 series utilizes a counterflow design, promoting improved heat exchange and a more direct airflow pattern. This results in higher thermal performance and reduced energy consumption, making it an ideal choice for operations that prioritize sustainability and cost-effectiveness.

On the other hand, the SPX Cooling Technologies 1000 series is tailored for versatility and reliability. This series boasts a design that accommodates a range of capacities and configurations, making it suitable for diverse applications, including HVAC, industrial processes, and power generation. One of the standout characteristics of the 1000 series is its handling of large thermal loads with minimal pressure drop, which ensures optimal performance in challenging conditions. Its corrosion-resistant materials enhance durability, making it resilient in harsh environments.

Both series incorporate advanced fan technology, which is designed to maximize airflow while minimizing noise levels. The fans are individually controllable, allowing for precise adjustments to meet specific cooling demands. Furthermore, these cooling towers are designed with user-friendly accessibility, simplifying maintenance and inspection processes, thereby reducing downtime.

SPX Cooling Technologies also places a significant emphasis on innovation. Both the 1200 and 1000 series are built with predictive maintenance capabilities, leveraging IoT technologies to monitor performance metrics in real time. This proactive approach enables facility managers to anticipate maintenance needs and address issues before they escalate into costly failures.

In summary, the SPX Cooling Technologies 1200 and 1000 series represent a substantial advancement in cooling technology, providing efficient, reliable, and modular solutions for various industrial applications. Their design, efficiency, and advanced features position them as leaders in the market, responding to the evolving needs of industries worldwide.
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