EBARA-OPEN TYPED COOLING TOWER, CROSS FLOW-TKH

The Ebara TKH Series is an open-circuit, cross-flow cooling tower designed with advanced technology from EBARA Japan. It is FM-approved, specifically engineered to meet the rigorous standards required for Data Center applications.

Application

Buildings & Hotels: Thanks to the ultra-quiet fan system, this series is perfectly suited for residential areas, Grade A offices, and resorts that require absolute silence.
Data Centers: Meets energy and water efficiency standards and carries FM certification for explosion and fire safety, ensuring maximum protection for critical IT infrastructure.
Heavy Industry & Chemicals: The Magnesium-Aluminum-Zinc material provides corrosion resistance 20 times higher than standard steel, offering exceptional durability in high-saline or alkaline environments.
Electronics Manufacturing: Provides a stable cooling water source for high-tech production lines (e.g., Foxconn).

EBARA - COOLING TOWER ADVANTAGE FEATURES

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The Ebara TKH series (Cross-flow Open Cooling Tower) is a cross-flow open-circuit cooling tower system, distinguished by its high efficiency, energy-saving capabilities, and superior durability.

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Specification

1. Performance and International Certifications

CTI Certification: The entire TKH product line has passed CTI (Cooling Technology Institute) testing, ensuring thermal performance reaches 100% or higher of the design capacity.
FM (Factory Mutual) Approval: Meets the most stringent safety standards for fire prevention and operational risk management.
Energy & Water Efficiency: Features 108 models certified for energy saving and 120 models certified for water conservation (China standards), making them ideal for data centers and high-efficiency mechanical rooms.

2. Structural and Material Advantages

Magnesium-Aluminum-Zinc Alloy: The tower casing utilizes high-grade Mg-Al-Zn alloy-coated steel, providing corrosion resistance 10–20 times superior to conventional hot-dip galvanized steel, especially in coastal or alkaline environments.
Proprietary Infill (Filling): The unique "herringbone" design enhances heat exchange efficiency by 5–10%. The infill is installed using a slanted suspension method without adhesives (eliminating toxicity and fire hazards) and is easy to disassemble.
Gravity Water Distribution System: Features a specialized design combining orifices and water grids. This ensures a uniform water film without pressure loss while significantly minimizing clogging.

3. Drive System and Operation

Low Noise Levels: The drive system is fully integrated within the tower casing to suppress motor noise. Customers can choose from various ultra-quiet fan blades (forward-swept or large torsion angle designs).
High Durability: Equipped with NTI/NSK bearings imported from Japan, which are maintenance-free (no lubrication required) and feature a service life of up to 40,000 hours.
Ease of Maintenance: Ebara's signature 4-hole bushing design makes pulley disassembly and belt drive maintenance exceptionally convenient.

Feature

Magnesium-Aluminum-Zinc Material: Provides superior corrosion resistance (10-20 times higher than galvanized steel), ensuring durability in harsh environments.
Patented "Herringbone" Infill: A proprietary design that expands the heat exchange surface area, boosting thermal efficiency by 5-10%.
Hanging Fill Installation: Glue-free assembly that is fire-resistant and easily detachable for simplified cleaning or replacement.
Gravity Water Distribution System: Water is distributed uniformly via Orifice nozzles and filter grids, eliminating pressure loss and preventing clogging.
Integrated Drive System: The motor and belt assembly are housed within the tower casing to dampen noise and protect equipment from environmental exposure.
High-Tech Fan Blades: Offers options for Forward-Swept or Large Torsion Angle blades for ultra-quiet operation.
Ultra-Low Drift Rate: Water loss (drift rate) is limited to just 0.0002%, conserving water and minimizing ice formation during winter months.
Specialized Bearings: Equipped with self-lubricating NTI/NSK bearings, featuring an operational lifespan of up to 40,000 hours.