SPX Cooling Technologies FSIG-TS-08A Marley / Sigma F Series CoolingTower / Specifications Base

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Marley / Sigma F Series CoolingTower / Specifications: Base

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Specifications

 

Specification Value

1.0Base:

1.1

Furnish and install an induced-draft,

Your specification base establishes the type, configuration, base

 

crossflow-type, field-erected, structural

material, and physical limitations of the cooling tower to be

 

fiberglass-framed, PVC film-fill, industrial-

quoted. During the planning and layout stages of your project,

 

duty cooling tower of _____ cell(s), as

you will have focused your attention on a cooling tower selection

 

shown on Plans. The limiting overall

that fits your space allotment, and whose power usage is accept-

 

dimensions of the tower shall be _____

able. Limitations on physical size and total operating horsepower

 

wide, _____ long, and _____ high to the

avoid the introduction of unforeseen operational and site-related

 

top of the fan cylinder. Total operating

influences. Specifying the number of cells, and the maximum fan

 

horsepower of all fans shall not exceed

hp/cell will work to your advantage.

 

____ hp, driven by ___ @ _____ hp

Your reason for specifying a crossflow type is that crossflow tow-

 

motor(s). Pump head, including static lift

 

above top of cold water basin curb (or

ers are noted for the accessibility and maintainability of all oper-

 

top of supporting steel), shall not exceed

ating components. The spacious interior provides easy access

 

____ feet of water. Tower shall be simi-

to fill, drift eliminators, all basin accessories—and is one of two

 

lar and equal in all respects to Marley

primary accessways to the fan, Geareducer, and other mechani-

 

Sigma F Series, Model _______.

cal components.

 

 

At the fan deck level, the hot water distribution basins are easily

 

 

inspected and cleaned—while the tower is operating, if neces-

 

 

sary. The mechanical equipment can also be readily accessed

 

 

from this level.

 

 

Except for the cold water basin, no counterflow tower component

 

 

requiring routine maintenance is as easily accessed. The confined

 

 

areas that typify counterflow designs, particularly of forced draft

 

 

configuration can make difficult work for maintenance personnel!

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Contents Marley Sigma F Series Cooling Tower Marley / Sigma F Series CoolingTower / Table of Contents Marley / Sigma F Series CoolingTower 13-6 TowerModel Sectionelevation 4 MAXPlan Tower Flow/Cell Dimensions Model Engineering Data Piping PlanSteel Basin End Elevation Steel Basin End ElevationSide Elevation Two-Speed Motors Variable Speed FanSound Control Keeping It Clean EnclosuresWater Treatment Marley / Sigma F Series CoolingTower / Specifications Base BaseThermal Performance Construction Fan Deck and Fan Cylinder Mechanical EquipmentFill, Louvers and Drift Eliminators Hot Water Distribution System CasingAccess and Safety Cold Water BasinScope of Work Cold Water Basin Options Stainless Steel Cold Water Basin Basin HeaterConvenience and Safety Options Fiberglass Stairway Wood StairwayLadder Safety Cage Plenum WalkwayLadder Extension Hot Water Basin CoversAir Inlet Screens Appearance Options Architectural CasingCased Guardrail Control Options Control System Mechanical Equipment section when Marley Premium VFD System Vibration Limit Switch Miscellaneous Options Galvanized Steel LadderFiberglass Ladder Low Noise TowerFire-Retardant Fiberglass Fan Cylinder ExtensionSpecifications Specification Value West 129 Street Overland PARK, Kansas 66213 United States

FSIG-TS-08A specifications

SPX Cooling Technologies has established itself as a leader in providing innovative cooling solutions, and the FSIG-TS-08A is a shining example of their engineering excellence. This advanced cooling system is designed for a variety of industrial and commercial applications where efficient heat exchange is crucial for optimal performance.

One of the standout features of the FSIG-TS-08A is its highly efficient heat transfer capabilities. The unit utilizes a corrosion-resistant heat exchanger design that enhances thermal performance while reducing maintenance needs. This is crucial in environments where durability and longevity are paramount. The robust construction of the FSIG-TS-08A ensures that it can withstand harsh operating conditions while maintaining its efficiency over time.

Another key characteristic of the FSIG-TS-08A is its energy-saving capabilities. In an era where energy costs are continually rising, this cooling solution incorporates advanced technologies that optimize energy consumption, leading to significant cost savings. The design includes variable speed fans that automatically adjust their operation based on cooling demand, which minimizes energy usage without sacrificing performance.

Moreover, the FSIG-TS-08A is equipped with a user-friendly control system, allowing operators to easily monitor and manage the unit's performance. The integrated controls provide real-time data on system operation and efficiency, further enhancing operational reliability.

The FSIG-TS-08A also boasts a compact design, making it suitable for installation in spaces where traditional cooling solutions may not fit. Its streamlined footprint does not compromise its cooling capability, making it an ideal choice for a wide range of settings, including manufacturing plants, power generation facilities, and other industrial operations.

In terms of versatility, the FSIG-TS-08A can be customized to meet specific requirements based on the application. This adaptability empowers businesses to leverage the cooling system to meet their unique challenges effectively.

In summary, SPX Cooling Technologies' FSIG-TS-08A is a cutting-edge cooling solution combining efficiency, durability, and flexibility. With its advanced technologies, energy-saving features, and user-friendly controls, the FSIG-TS-08A is well-equipped to meet the demanding needs of today's industrial landscape. It is a testament to SPX's commitment to delivering high-quality, innovative products that help organizations improve their operational efficiency while reducing their environmental footprint.