1 of 22. Super Cooling & Electrical Sdn. Bhd. MAGNETIC CHILLER VFD DIRECT-DRIVE

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1 Super Cooling & Electrical Sdn. Bhd. MAGNETIC CHILLER Features: Oil free; 2. IPLV up to 9.0; 3. Inverter compressor; 4. Less refrigerant charge; Advantage-High IPLV Innovative technology Magnetic bearing Permanent magnet synchronous motor Full falling film evaporator VFD Direct drive Dual stages compressing Fixed orifice + EXV VFD DIRECT-DRIVE Model/RT CCWE**HV : 250, 300, 350, 400, 450, 500, 550 COP : 6.2 ~ 6.5 Features : IPLV up to 10.0 Inverter compressor Less refrigerant charge Variable frequency drive motor Dual stages compressing with automatic force balancing technology Super low operation noise Installation requirement (For All) Before installation, please read the installation manual carefully Gutter and base need to be designed around the unit Keep enough maintenance space around the unit Water flow switch must be installed properly To reduce noise and vibration, it is suggested to put some absorber between the unit and the base Spring isolators are also recommended 1 of 22

2 CENTRIFUGAL CHILLER-HIGH EFFICIENCY SERIES Midea Centrifugal Chillers are a significant investment in your building system. By using the advanced design platform the compressing efficiency and heat exchanging rate were increase significantly. The full failing film heat exchange technology also be used to increase the efficiency and decrease the refrigerant charging volume up 40% less compared to the flooded type. It is a innovation to protect our environment and decrease the CO2 emission effectively. 700RT to 1200RT models adopt one compression stage. 1300RT to 2200RT models adopt two compression stage. Midea centrifugal chillers are the right choice with real benefits for your bottom line. Positive pressure design with R134a refrigerant which has no ozone depletion potential and Very low GWP (Global Warming Potential) Smallest footprint in the industry to optimize equipment room space. Unmatched unloading due to patent compressor design with movable diffuser geometry. Quiet compressor design with unique refrigerant injection system to absorb sound energy. Easy to retrofit with bolt-together construction for easy disassembly and re-assembly at the job site. Controls flexibility Intelligent controls with our open feature allow easy integration with your BAS of choice using LonWorks, BACnet or Modbus communication. WATER COOLED SCREW-FLOODED TYPE Flooded type adopts flooded type evaporator, shell-and-tube condenser and high efficiency compressor. Optimized system design and enhanced heat exchange efficiency make the unit working best under both full load and partial load. Every chiller is fully factory tested and gas charged in the factory before dispatch. It uses R134a environmental refrigerant. Owns three stages oil separation and dual compressors from 1080kw to 1780kW, single compressor are from 340kW to 890kW. Stepless capacities adjustment can be customized. 2 of 22

3 AIR COOLED SCREW CHILLER-UNITARY SERIES Midea air cooled screw chillers are designed to meet current and future requirements in terms of reliability, energy efficiency and intelligent control. The stable and reliable operation of this unit is a result of our advanced screw compressor: Twin-rotor screw compressors with a variable capacity valve are ideally matched to coolers and condensers optimally configured for superior heat transfer and unit efficiency. The chillers use R134a refrigerant which has no ozone depletion potential and no phase-out date. Available options provide the flexibility to meet a variety of project configurations. These 380 to 1420kW chillers are wildly applied in school, hospital, shopping mall, office as well as the factory and manufacturing processing area. V5 X V5 X SERIES V5 X SERIES VRF offers a large capacity from 8HP up to 88HP in 2HP increments by combining 4 outdoor units. It also incorporates a range of outstanding features, wide-range outdoor and indoor units, high external static pressure, and energy saving technologies. It supports an incredible piping length of 1,000m and a level difference of 110m, making it perfect for large high-rise buildings. Features High EER and COP values V5 X Series achieves the industry's top class energy efficiency of cooling and heating by utilizing DC compressor control, DC Fan motor, and improved performance heat exchanger. Large capacity for big sized building The outdoor units capacity range from 8HP up to 88HP in 2HP increment, max. combination of 4 basic models. Long piping length High external static pressure The high-static pressure propeller and optimized fan guard can adapt to various installation environments. Midea now offers up to 40Pa(0.16 W.G.)* external static pressure units for customized applications. A standard 0-20Pa( W.G.) function is equipped by default. *You need to consult Midea if you require over 40Pa(0.16 W.G.). Wide operation range 3 of 22

4 Duty cycling In one combination, any outdoor unit can run as the master outdoor unit to equalize the service life of all units. Back-up function In a multiple system, when the master unit failed, any single unit can be set as the master unit,then the remaining units can keep on working. This can be set on PCB by DIP switches at site. Quick warm-up and cool-down design By utilizing the benefits of all DC inverter compressors, the system can reach full load quickly and shorten the warm-up and cool-down times to provide an immediate and comfortable air solution. Less temperature fluctuation will create a better living environment. Intelligent defrosting technology Intelligent defrosting program will judge the defrosting time according to the system real requirement, reduce the heating loss by unnecessary defrosting and make the indoor side more comfortable. Outdoor unit night silent mode Midea's Night Silent Mode feature which is easily set on the PCB board allows the unit to be set to varies time options during Non-peak and Peak operation time optimizing the units noise output. Extra silent operation mode can reduce sound level further, minimum 43dB (A). Night silent operation will be activated X hours after the peak temperature during daytime, and it will go back to normal operation after Y hours.v5 X SERIES V4 PLUS V4 Plus V4 PLUS SERIES VRF product, which is designed to optimize the system and better satisfying the market. Offering a higher capacity up to 64HP by combining maximum four outdoor units, in 2HP as an increment. Features Wide Application Range The outdoor units capacity range from 8HP up to 64HP in 2HP increment. Maximum 64 indoor units with capacity up to 130% of total outdoor units can be connected in one refrigeration system. Wide operation range The V4+ series system operates stably at extreme tempceratures ranging from -20 C to 48 C. Long piping length Max. 60Pa extra high static pressure The high-static pressure propeller and optimized fan guard can adapt to various installation environments. Midea now offers up to 40Pa* external static pressure units for customized applications (60Pa is available for the 12HP model). A standard 0-20Pa function is equipped by default. *You need to consult Midea if you require over 40Pa. 4 of 22

5 HI-STATIC PRESSURE DUCTTEMPMAKER SERIES An indoor duct unit. This product offers design flexiblilty with ducted capabilities. The external static pressure of the product is 196Pa. High E.S.P., long supply distance External static pressure is up to 196Pa, and the Max. distance of air supply is about 14m. Flexible duct design for different room styles SIDE-DISCHARGE OUTDOOR UNITTEMPMAKER SERIES A side-discharge outdoor unit which can be freely connected to different types of indoor units according to various decoration requirements. FLOOR-STANDINGTEMPMAKER SERIES It is a kind of floor-standing type indoor unit. Strong wind, long distance air supply Touch screen centrol, available for wireless remote control Washable inlet air filter 5 of 22

6 CONSOLE Console Midea's Console air conditioner offers a capacity from 2.2kW to 4.5kW. Flexible installation Can be installed on the floor or lower wall As a floor standing type, it can be semi or fully accessed without losing capacity. Powerful mode can be selected for rapid cooling or heating CEILING & FLOOR Ceiling & Floor Midea's Ceiling & Floor air conditioner offers a capacity from 3.6kW to 20.0kW. Convenient installation The unit even can be easily installed at the corner of a narrow ceilings. It is especially useful when central installation is impossible due to features such as lights. Quiet and comfortable environment The slim and sleek design starting at just 30kg enables quick, easy and neat installation. Low noise operations; minimum 36 db(a) Auto swing and wide angle air flow 1.Auto horizontal and auto vertical swing functions for more even and comfortable airflow. 2.Three air flow speeds: low, medium and high; double air guides. 3.Adopt electrical expansion valve, ensuring precise flow control, lower modulation noise when EXV operating. 4.Smoother airflow and less turbulence due to the multi-blade fan and the air guide design. Midea's Ceiling & Floor air conditioner offers a capacity from 3.6kW to 20.0kW. Convenient installation The unit even can be easily installed at the corner of a narrow ceilings. It is especially useful when central installation is impossible due to features such as lights. Quiet and comfortable environment The slim and sleek design starting at just 30kg enables quick, easy and 6 of 22

7 neat installation. Low noise operations; minimum 36 db(a) Auto swing and wide angle air flow 1.Auto horizontal and auto vertical swing functions for more even and comfortable airflow. 2.Three air flow speeds: low, medium and high; double air guides. 3.Adopt electrical expansion valve, ensuring precise flow control, lower modulation noise when EXV operating. 4.Smoother airflow and less turbulence due to the multi-blade fan and the air guide design. FOUR-WAY CASSETTE Four-way Cassette Midea's four-way cassette type air conditioner offers a capacity from 2.2kW to 14.0kW. Quiet operation, gentle air supply Streamline plate ensures quiet operation. Advanced 3-D spiral fan design reduces air resistance and operation noise. Easy troubleshooting By adding digital tube on the display board, Error Codes can be displayed directly for troubleshooting. 360 Airflow outlet 360 air outlet provides strong air flow circulation to cool or heat every corner of a room and evenly distribute temperature. Four-stage fan speed Centrifugal Chiller DCLC Series Cooling Capacity from kw ( TR) The DCLC Series features: -Single-Stage Positive-Pressure, Compact and High Efficiency Compressor -Improved Flooded Shell & Tube Evaporator and Condenser -Advanced Microprocessor Controller -10.4" TFT Colours Touch Screen Display -Automatic Refrigerant Purifier -Optional VFD -AHRI Certified* -R134a 7 of 22

8 Water Cooled Screw Chiller WCFX-E Series Cooling Capacity from kw ( TR) The WCFX-E Series features: -Improved Quiet, Reliable Series of Vertical Screw Compressors -Improved Flooded Shell & Tube Evaporator and Condenser -High Efficiency and COP -Advanced Vision 2020i Controller -7.0" TFT Colours Touch Screen Display -PHE DX Subcooler -AHRI Certified -R134a Water Cooled Scroll Chiller WCS Series Cooling Capacity from kw (12-62 TR) The WCS Series features: -Multiple Scroll Compressors -Dunham-Bush Patented Shell & Tube Evaporator and Condenser -High Efficiency and COP -Microprocessor Based Controller -R407C / R22 Variable Speed Water Cooled Screw Chiller WCFX-V Series Cooling Capacity from kw ( TR) The WCFX-V Series features: -High Efficiency Screw Chiller -Inverter Driven Compressor -Suitable for Green Building Application -Touch Screen Control Panel -Reliable and Flexible Applications -Environmentally Friendly -Improved Performance and IPLV AHRI Certified -R134A Magnetic Bearing Centrifugal Chiller DCLC-M Series 8 of 22

9 Cooling Capacity from 90 to 680RT (316 to 2391kW). The DCLC-M Series features:- -High EfficiencyMagnetic Bearing Technology -Inverter Driven Dual-Stage Compressor -Oil Free Operation with Less Maintenance -Low Noise with Compact Foot Print -Improved Performance and IPLV -AHRI Certified -R134a Dual-Stage Centrifugal Chiller DCLC-D Series Cooling Capacity from 500 to 1500RT (1759 to 5276kW). The DCLC-D Series features:- -Dual Stageand High Efficiency Compressors -Flooded Shell and Tube Evaporator and Condenser -Advance Microprocessor Controller 4 TFT Colours --Touch Screen Display -Automatic Refrigerant Purifier -Optional VFD -Suitable forhigh Ambient and Thermal Energy Storage (TES) Application -AHRI Certified -R134a Air Cooled Scroll Chiller (ACDS Series) ACDS Series Cooling Capacity from kw ( TR) The ACDS Series features: -Multiple Scroll Compressors -High Efficiency Plate Heat Exchanger (PHE) -High Efficiency and COP -Available in Modular Design -AHRI / ETL Certified * -R410a * 60Hz only 9 of 22

10 Variable Speed Air Cooled Screw Chiller AVX-B Series Cooling Capacity from 115 to 470RT (406 to 1656kW). The AVX-B Series features:- -High Efficiency Screw Chiller -Inverter Driven Compressor -Flooded Shell and Tube Evaporator -Advanced Microprocessor Controller -Unique Low Noise Control Design -Suitable for Standard or High Ambient Application -Environmentally Friendly -AHRI Certified -R134a Air - Water Scroll Heat Pump ACS-HP Series Capacity from kw (10-70 TR) The ACS-HP Series features: Multiple Scroll Compressors Dunham-Bush Patented Shell & Tube Evaporator High Efficiency and COP R407C Water - Water Screw Heat Pump WCFXE-HP Series Capacity from kw ( TR), Heating Capacity from kw The WCFXE-HP Series features: Improved Quiet, Reliable Series of Vertical Screw Compressors Improved Flooded Shell & Tube Evaporator and Condenser High Efficiency and COP Advanced Vision 2020i Controller 7.0" TFT Colours Touch Screen Display PHE DX Subcooler R134a Water - Water Scroll Heat Pump 10 of 22

11 WCS-HP Series Capacity from kw (11-70 TR) The WCS-HP Series features: -Multiple Scroll Compressors -Dunham-Bush Patented Shell & Tube Evaporator -and Condenser -High Efficiency and COP -Microprocessor Based Controller -R407C / R134a Free Blow WCPS-FB Series Cooling Capacity from kw ( MBH) The WCPS-FB Series features: Quiet & High Efficiency Scroll Compressors Dunham-Bush Patented Shell & Tube Condenser Rigid and Compact Design with Decorative Grille R407C / R22 Ceiling Hung WCP & WCPS-CH Series Cooling Capacity from 5-85 kw ( MBH) The WCP & WCPS-CH Series features: Quiet & High Efficiency Rotary / Scroll Compressors Dunham-Bush Patented Shell & Tube Condenser Low Profile for High Ceiling Mounting R407C / R22 11 of 22

12 EUROFLO EU Series : Volute casing centrifugal end suction pump with Back Pull-Out (BPO) feature, main dimensions and performance according to EN733/DIN24255 standards. Type : End Suction Centrifugal, Back Pull-Out (BPO) Design : EN733/DIN24255 Flange : DIN2332 PN 10RF Direction of Rotation: Clockwise as viewed from the drive side Material: Casing : Cast Iron, Ductile Iron, Bronze and Stainless Steel Impeller : Cast Iron, Ductile Iron, Bronze and Stainless Steel Shaft : 2Cr13, optional AISI304 & AISI316 Shaft Seal : Mechanical Seal and Gland Packing Operating Range: Flow Rate(Q) : up to 1100m3/h Head(H) : up to 150m Speed : rpm (50Hz) : rpm (60Hz) Operating Temp. : -10 C to 105 C standard; optional 150 C Operating Pressure : 10 bar standard; optional 16 Bar TX Series S Class TX-S Series is an induced draft cross-flow, film filled, FRP multi-cell rectangular cooling tower designed for the equipment cooling, industrial process cooling and air conditioning applications. The TX-S Series Cooling Tower is designed in accordance to CTI & JCI standards. Its design saves space, light weight, blends easily with architectural designs and offers low operating costs. The thermal performance of TX-S Series is backed by full written guarantee. Field performance test to CTI standards can be carried out and witnessed by the owners appointed inspection engineer to ensure the supplied cooling tower meets the thermal performance. Truwater TX-S Series Cooling Tower meets most design criteria in terms of economy, extra low noise and space saving. TX-S Series Counterflow Tower Specification 1.0 General The cooling tower shall be induced-draft, crossflow, rectangular, film filled, FRP Cooling Tower. Cooling tower shall be Truwater TX-S Series or approved equivalent. 2.0 CAPACITY Cooling Tower shall be capable of providing the thermal performance scheduled. 3.0 PERFORMANCE WARRANTY The cooling tower manufacturer shall guarantee that the tower supplied will meet the specified performance conditions when the tower is installed according to plans. 4.0 CONSTRUCTION The cooling tower main frame structure shall be hot dip galvanised steel (HDG). The casing shall be made of fibreglass reinforced polyester (FRP). 5.0 MECHANICAL EQUIPMENT 12 of 22

13 5.1 Fan(s) shall be propeller-type, incorporating heavy-duty blades of aluminium alloy. Blades shall be individually adjustable. Fan Blades shall be factory balanced and assembled. Pitch angle should be variable to allow flexibility. 5.2 The V-belts shall be of rubber with fabric impregnated able to withstand the adverse ambient conditions of 50 C and 100% R.H. The pulleys shall be cast iron with the grooves of standard dimensions. The entire V-belt & pulley set must be fully enclosed in a FRP molded case to protect the V-belts from in contact with the humid discharge air. 5.3 Motor(s) shall be TEFC, weatherproof sq. caged induction type suitable for 3ph /50Hz/415V power supply and with 1450 rpm. Motor shall be installed outside the discharge air stream. 6.0 INFILL 6.1 Fill shall be Vacuum-formed film-type, rigid, corrugated PVC sheets. The infill shall be bonded with specially formulated glue in blocks. The infill modules shall be resistant to rot, fungi, bacteria and organic/inorganic acids and alkali as commonly found in cooling towers. The design shall meet 0.02% drift loss of the circulation water flow. 7.0 HOT WATER DISTRIBUTION SYSTEM The hot water distribution shall be of open gravity type basin. It shall be made of FRP material. It shall be light weight and non-corrosive to maintain stable water sprinkling effect. 8.0 COLD WATER BASIN The cold water basin shall be of FRP and supported on HDG steel framework. The basin shall be designed with sufficient water capacity to avoid air entrainment in the outlet during operating conditions. The basin shall be equipped with suction strainer, make-up ball valve, overflow and drain. For multiple tower arrangement, equalizing pipes between basins shall be provided to maintain the same level of water in each basin. 9.0 ACCESS AND SAFETY Ladder shall be provided for inspection & maintenance purposes. HDG steel fan guard shall be provided over each fan cylinder. CTI CERTIFIED - EC-S Series EC-S Series is an induced draft counter-flow, film filled, FRP multi-cell rectangular cooling tower designed for the equipment cooling, and industrial process cooling and air conditioning applications. The EC-S Series Cooling Towers are specifically designed to meet maximum performance and reliability, and minimum maintenance. The thermal performance of EC-S Series has been certified by CTI in accordance with CTI Standards STD-201. EC-S Series Cooling Towers are designed and provided with high quality v-belt & pulley drive system or right-angle gear reducer drive system for trouble free operation. EC-S Series Counterflow Tower Specification 1.0 General The cooling tower shall be induced-draft vertical discharge type, counterflow, rectangular, film filled, FRP Cooling Tower. It shall be designed with high efficiency drift eliminators to meet current environmental standards and guidelines for microbial control. 2.0 CAPACITY Cooling Tower shall be capable of providing the thermal performance scheduled. 3.0 PERFORMANCE WARRANTY The rated capacity shall be certified by the Cooling Tower Institute (CTI). The cooling tower manufacturer shall guarantee that the tower supplied will meet the specified performance conditions when the tower is installed according to plans. 3.0 PERFORMANCE WARRANTY 13 of 22

14 The rated capacity shall be certified by the Cooling Tower Institute (CTI). The cooling tower manufacturer shall guarantee that the tower supplied will meet the specified performance conditions when the tower is installed according to plans. 4.0 CONSTRUCTION The cooling tower main frame structure shall be hot dip galvanised steel (HDG). The casing, louver & fan cylinder shall be made of Fiberglass Reinforced Polyester (FRP). 5.0 MECHANICAL EQUIPMENT 5.1 Fan(s) shall be propeller-type, incorporating heavy-duty blades of cast aluminium alloy. Blades shall be individually adjustable. 5.2 The V-belts shall be of rubber with fabric impregnated able to withstand the adverse ambient conditions of 50 C and 100% R.H. The pulleys shall be cast iron with the grooves of standard dimensions. The entire V-belt & pulley set must be fully enclosed in a FRP molded case to protect the v-belts from in contact with the humid discharge air. 5.3 Motor(s) shall be TEFC, weatherproof squirrel caged induction type suitable for 3ph /50Hz/415V power supply and installed outside air stream. 6.0 FILL AND DRIFT ELIMINATORS 6.1 Fill shall be high efficiency film-type, rigid, corrugated PVC sheets with integral louver and drift eliminator that are conducive to cooling water and UV protected and self extinguishing properties. Fill shall be crosscorrugated and the surface of the sheet shall have a suitable microstructure to improve turbulence and water distribution. Fill sheets shall be bonded at all contact points. Fill shall be of alternate tip configuration to improve water drainage and minimize air pressure drop. 6.3Drift Eliminators shall be assembled in easily removable modules. Drift eliminator shall be 3 pass sinusoidal-shaped blade type. Guarantee drift loss must not exceed 0.005% of the designed water flow rate. 7.0 HOT WATER DISTRIBUTION SYSTEM Each call of the tower shall be equipped with hot water distribution system. Header and lateral pipes shall be PVC. Nozzles shall be nonclogging, capable of passing objects up to 25mm in diameter. The spray must be designed such that the nozzle outlet is the lowest point in the system. The water inlet connection shall be located outside the tower casing. No rotating mechanical sprinkler system is allowed. 8.0 COLD WATER BASIN The cold water basin shall be of FRP and supported on HDG steel framework. The basin shall be designed with sufficient water capacity to avoid air entrainment in the outlet during operating conditions. The basin shall be equipped with suction strainer, make-up ball valve, overflow and drain. For multiple tower arrangement, equalising pipes between basins shall be provided to maintain the same level of water in each basin. 9.0 ACCESS AND SAFETY IService and maintenance platform must be constructed at the fan deck level to facilitate easy inspection & maintenance of the fan machinery. Inspection door and caged ladder shall also be provided. Louver panel shall be removable for access to the sump, make-up, overflow and suction strainer. HDG steel fan guard shall be provided over each fan cylinder. END SUCTION VOLUTE PUMPS APPLICATIONS Industrial use Water supply Hot and cold water circulation For swimming pool Sprinkling Air-conditioning Fire-fighting application 14 of 22

15 FEATURES Easy removal and maintenance, BPO (Back Pull Out) system allows all rotating element to be removed without disconnecting suction and discharge pipe work Top centreline discharge, foot support under casing for maximum resistance to misalignment and distortion from pipe loads Non-overload design to ensure stable performance for all applications Wide range application with flow capacity up to 22 m3 /min Higher working pressure up to 16 bar VERTICAL MULTISTAGE ELECTRIC PUMPS - EVM EVM Vertical multistage VERTICAL MULTISTAGE ELECTRIC PUMPS in cast iron, AISI 304, AISI 316 Vertical multistage centrifugal electric pumps available in various versions: cast iron (EVMG), AISI 304 stainless steel (EVM), AISI 316 stainless steel (EVML). APPLICATIONS Suitable for civil, industrial, agricultural and fire-fighting pressure boosting systems Primary water treatment plants Reverse osmosis, seepage, etc. Moving moderately aggressive fluids Boiler loading Washing Heating systems and air-conditioning TECHNICAL DETAILS Reliable, strong, silent and easy to service The EVM pumps can be coupled with standard IEC motors They offer state-of-the-art technical solutions The EVM vertical multistage pumps (hydraulic parts) are in compliance with the 94/9/CE Directive on ATEX products (they belong to Group II, Category 2), zones 1 and 2, temperature class T2 and T4 Oval counter-flanges, "N" version, already included Round counter-flanges, "F" version, as accessories Version with WRAS approval for standard versioon of EVM PUMP TECHNICAL DATA Maximum working pressure: 16 bar, 25 bar, 30 bar for EVM32 - EVM45 only Temperature of the liquid: from -15 C to +120 C Maximum solid content: 50 ppm (particle size 0,1-0,25 mm or less) Maximum Chlorine ion density: 500 ppm MEI > 0,4 For further information please see our Data Book MOTOR TECHNICAL DATA 15 of 22

16 High efficiency IE2 motors starting from 0,75kW Self-ventilated 2 poles asynchronous motor Class of insulation F IP55 Protection degree Single phase voltage 230V ±10% 50Hz, three phase voltage 230/400V ±10%, 50Hz (up to 4 kw included), three phase voltage 400/690V ±10% (5.5 kw and above) Circuit breaker protection under user's responsibility MATERIALS Lower pump body, external casing, seal housing disc, impellers, diffusers, shaft casing, joint cover and small elements in contact with the liquid in AISI 304 (EVM), AISI 316 (EVML) ["EVMG" version: pump casing in cast iron and hydraulic part in AISI 304] Tie-rods and small elements not in contact with the liquid in galvanised steel Shaft in AISI 316 Bearings in contact with the liquid in tungsten carbide Motor bracket in cast iron (EVMG), in cast iron/aisi 304 (EVM), in cast iron/aisi 316 Mechanical seal in SiC/Carbon/EPM (EVM-EVMG ) Mechanical seal in SiC/Carbon/FPM (EVML ) Mechanical seal with cartridge as per standard in SiC/Carbon/FPM (models ) (F= round counterflanges; N= oval counterflanges) Liner rings in PTFE SPECIAL VERSIONS Motor in insulation class B available for high temperature ATEX version for the electropump Available also with IE3 motor Ebara Horizontal Split Case Pumps CNA/CSA Ebara s range of horizontal split case pumps represent a very robust, compact and competitively priced pump. Ebara s range commences at 0.6m3/hr right the way up to 32m3/hr. Many models between these two flow rates offer great efficiency and flexibility based on the individual projects need. Features Very compact design for ease of installation and permits minimum maintenance Azially split casing allows the easy romoval of the top casing for impsction and service A wider range of performance with head up to 150m High speed drives and vertical mount available Anti Corrosion materials used on the rotating parts High quality sealed and cartridge type bearing unit provides the high durability Mechanical seal for easy maintenance Specification Materials: Cast iron casing, bronze impeller, 316 SS shaft Shaft seal: Mechanical seal (optional gland packing) Power used: up to 425 kw Flow rates: 0.6 to 35 m3/min Head: 5 to 140m Outlet size: 100 to 350 mm 16 of 22

17 LFC-N SERIES LFC-N cooling tower takes advantage of the water pressure of circulation pump forming the water screen with special ejection pipe nozzles. The pressure differential inside and outside the tower is generated by the flowing speed of water screen, thus causing the inhale of ambient cold air into the tower. The effectiveness of cooling down the water is achieved through the precise diffusers that can regulate the ambient air sucked in through the filling. Hence, the circulation water is fully in contact with the ambient air during water ejection and falling processes, resulting in rejected heat. The ambient air of fanless cooling tower naturally enters the cooling tower due to the pressure differential caused by ejection water screen, thus there are no mechanical fan drive and transmission equipments. This breakthrough, creative, and revolutionary design can, once and for all, eliminate the problems of mechanical noises, vibration, and maintenance brought by fanned cooling towers. This is the best choice for the pursuits of safety, efficiency, and environmental concerns. Super Low Noise The noise of traditional cooling tower is generated by operating fan and motors. The body vibration induced by transmission equipment reinforces the noise resonance and can be effectively reduced by installing vibration isolators and channel base. The LFC-N cooling towers are fanless due to its unique cooling method, hence there are no troublesome noises and vibrations. Water Saving and Pollution Free LFC-N fanless technology tower applies transferring device of high efficient fluid dynamic energy to substitute fan motors. Although increased pump heads are required due to design requirements, the average total power consumption is equivalent between fanless and traditional fanned tower. The air exhaust is designed with non-reducing ventilation so that the outlet air velocity is less than that of fan driven one by more than 60%. With the use of five-pass drift eliminators, depending on the ejection pressure, the drift loss can be controlled between 0.001% and 0.009%. Such drift loss is far lower than traditional fanned towers, hence a large volume of water can be conserved. The water drop is smaller than 50 µ and will evaporate immediately without any further pollution. Low Maintenance Cost LFC-N tower has no mechanical equipments of motor, speed reducer and transmission parts (ie, whole tower consist of non-moving parts). Under standard water quality conditions, as long as the circulation water is clean, there will be no trouble of unexpected shut-down and operation maintenance. Standardized Modular Structure All models are designed with modular structure. The components are produced with molds so that the stable performance is insured and can provide flexible arrangement to meet site space restrictions of the end user. Also, LFC-N cooling towers can be easily assembled and dismantled for future capacity expansion. Safety, Grace and Compliance with Environmental Protection The LFC-N tower body is sturdy and firm, and has no electrical wiring disturbance, so that the tower can be randomly positioned without safety concerns. Low vibration noise, dust proof, low drift loss and recyclable components meets the demands of environmental protection in the 21st Century. CTI CERTIFIED R-LC SERIES 17 of 22

18 LRC Series is a square cross flow type cooling tower. The direct contact between horizontal air from both inlet sides and the falling water from the hot water basin occurs inside the PVC fillings so that the heat can be rejected from the tower by the fan. LRC series allows for multi-cell arrangements as the towers are in modular design. This series of cooling tower allows for maintenance during running condition without affecting its normal operation. Furthermore, the access door feature allows for convenience when performing routine filling cleaning. LRC series applies the gravitational type distribution system through uniform water distribution achieved by gravity hence the internal pressure component of pump head is insignificant. The gravitational distribution design also lowers drift loss and features low fan speed and low noise. The thermal performance of R- LC Series has been certified by the Cooling Technology Institute (CTI) in accordance with CTI STD-201. Product Features Side Plate & Inlet Louver Fiberglass Reinforced Polyester (F.R.P.) side plates and PVC inlet louver have been designed both for anti-acid, anti-alkaline, weather-proof, anticorrosive and resistance to Ultra-violet, non-twisted and non-deformed. Fan Drive & Fan Blade The axial fan design is applied and can be adjusted based on actual operation air volume. The speed reducer is driven with multi-belts to ensure that there is larger contact area, low vibration and smooth transmission. The belts are protected with FRP casing so that they are not wetted and not gliding. Lower Power Consumption High efficient hydrodynamics Venturi tube fan stack with low resistance filling facilitates good ventilation and reduction of fan motor power to save electrical energy. Water Sump The water sump is made of FRP material and externally supported with hot-dipped-galvanized steel. The piping of water sump includes outlet water, auto filler pipe, quick filler pipe, over-flow pipe and drain pipe. The stainless steel suction strainer is installed on outlet pipe to block alien objects from entering. The basin partitions can be additionally installed for multiple cells so that the tower can be cleaned or maintained for the individual cell or partially, without affecting the operation of the whole system. Water Distribution System Hot water basins are installed on two sides of tower and distribution water falls by gravity into tower with low water pressure. This design leads the water to spread into the fillings evenly and achieve the best efficiency of heat exchanging. FRP distribution box inside can lower the inlet water pressure to prevent the water from splashing. Efficient Performance Unique design of vacuum-formed & round-chorded filling with ripple surface facilitate even spread & long duration of water drop and free of deposits & scales. Light Weight, Less Space & Multi-Cell Installation Compared with other types of cooling tower, R-LC features lighter operational weight and less installation space. Also, the combinative multicell structure is suitable for large cooling requirements and future expansion. Ladder & Access Door The access door and walkway equipped inside the tower are to ensure the convenience of maintenance and cleaning. The ladder provides accessibility for maintenance to operating fan, motor, and speed reducer. Easy of Piping Works Multiple-cell design with independent water basin, all piping connection, 18 of 22

19 except inlet pipe, are gathered on the basin, Piping are reversible to meet with the site condition. Common water basin can be furnished as an option, cell partition for independent operation of each cell is also available as option. LBC SERIES LBC series is a circular counter flow cooling tower which adopts a highly efficient rotating sprinkler head system to induce self rotation in distributing hot water across the fillings. The Fiberglass-Reinforced Polyester (F.R.P.) casing is circular shaped thus eliminating special positioning requirements and is not affected by prevailing wind directions. It further allows quick and easy installation due to light-weight and compactness. LBC is the most conventional, economical, and practical cooling towers with sizes ranging from 5 tons to 1500 tons. The LBC standard series is suitable for general HVAC applications and various manufacturing process cooling. LBC-LN (Low Noise) type features an upper fan stack and splash mat for running at lower fan speed based on the feature of fan blade. LBC-LN series has lower noise level than the standard LBC model by 7~10 db. Product Features Casing, Water Basin, Water Sump The Fiberglass Reinforced Polyester (F.R.P.) cooling tower casing, water basin, and water sump have been designed for durability. F.R.P. features good structure stress, non-chap, non-crack, non-aging, firmness and long service life. Fan Drive LBC models below 200RT have direct driven fans by a low-noise motor. Model LBC-225~1500 are driven by general V-type belt that features wide contacting area, light vibration and stable transmission. Belts have FRP protection cover that leads to moist-resistance, smooth running, wearresistance, firmness, low refueling and easy maintenance. Fan Blade Aero-dynamically designed propeller fans operated at low speed are used to save on power consumption and to ensure quiet operation. Models below 30RT are made of special reinforced plastic fans. Model LBC-40 upwards are made of aluminium alloy. Water Distribution A highly efficient self-rotating sprinkler head system made of reinforced plastic is used for the smaller range of towers. From LBC-70 models upwards the sprinkler head is made of aluminum alloy. Spinkler pipes and stand pipes are of PVC plastic tubes featuring low water pressure, even water distribution, lower water consumption and maximum heat exchange efficiency. Filling The embossed filling is made of PVC sheet that is processed by surface treatment of wrinkled and corrugated pattern. The filling is glued together to extend the retention time of flowing water and enable adequate surface in contact with the ambient air to increase heat exchange efficiency. PVC filling is suitable for operation with inlet water temperature up to 47 C. Additional filling options offered include CPVC and PP material for inlet water temperatures above 47 C. Liang Chi offers Model LBC-W which is specially designed with Preventive treated wood filling, suited for industrial cooling of high temperature and poor water quality. Inlet Louver P.V.C. plastic mesh to prevent objects entering the water basin. 19 of 22

20 LDC-N SERIES LDC-N is a square counter flow cooling tower by adopting the latest design featuring low drift loss, low noise, easy maintenance, easy assembly, high efficiency and multi-cell installation. LDC-N cooling tower uses highly efficient spray nozzle water distribution system to facilitate even water distribution. Product Structure & Features High Performance Provides more wetted surface for uniform water distribution and higher heat transfer efficiency. The filling and drift eliminator allow the maximum air volume through the cooling tower. Low Maintenance D-LC tower components are made of weatherproof and anticorrosive materials. Casing is constructed of anti-ultraviolet F.R.P. which features soundproof and non-decayed merits with fine streamline outlook. Fill and inlet louvers are by P.V.C. Supporting rack is made of light weight steel. All the steel parts are hot dip galvanized so as to prolong the service life. The tower also features an inspection hand hole on the body for convenience of checking the distribution condition. Economical Operation Optimized with special axial fans, speed reducer and drift eliminator etc. This maximizes the cooling performance at lower energy. Noise Level Series LDC-N cooling tower uses high tension V-belt reducers, which corresponds to low noise axial fans featuring silent operation. Designed with large fans at low speed operation to minimize noise pollution. Eliminators Specifically-designed to achieve maximum drift removal efficiency in counter flow tower applications while keeping pressure drop significantly lower than cross flow cooling towers. The eliminators is made of PVC material featuring low air resistance and low drift loss of 0.05% of design circulation water. Filling Improves water distribution by splitting the water stream as it descends through the fill pack. High thermal performance (high KaV/L) and low pressure drop are simultaneously achieved through engineered flute/microstructure design and the highest manufacturing standards.the honeycomb shaped filling is made of PVC material which features easy dismantling, easy assembly, and anti-deformation. 20 of 22

21 CTI CERTIFIED V-LC SERIES Liang Chi V-LC series is a forced draft counter flow type cooling tower with low noise motor and centrifugal fan. V-LC towers forces the air inward with a single water inlet, hence it is suitable for various limited ventilation locations, such as one side air inlet, semi-confined space or narrow terrains. The forced draft benefit is its ability to work with high static pressure. The compact design is suitable for equipment cooling, industrial process cooling and air conditioning. Thermal performance is certified by the Cooling Technology Institute (CTI) in accordance with CTI STD-201 standards. Product Characteristics International Standards Series V-LC cooling towers have been designed according to international standards, featuring light weight structure, easy transport, easy hoisting and easy site installation. Low Noise & Easy Maintenance Series V-LC cooling towers use high tension V-Belt reducers, which correspond to the low noise centrifugal fans featuring silent operation and easy maintenance. Light Weight, Smaller Footprint and Multi-Cell Installation Comparing with other types of cooling towers, V-LC features lighter operational weight and smaller footprint. Also the combinative multi-cell structure is suitable for large cooling requirement and future expansion. High Efficiency Distribution System Water distribution system consists of spray header and branches with large orifice, non-clog nozzles spraying water evenly on the surface of fill to promote the best mix of air and water. High Efficiency Fill Unique design of vacuum-formed and chevron configuration type fill with ripple surface facilitates even spread and long duration of water drop and free of deposits and scales to get best heat transfer efficiency. Application Flexibility Unlike the ordinary design of individual application, series V-LC cooling tower with a certain size employs variable BHP rating of motors and RPM of fan covering 5 Models, which will meet the demanding requirements of applications. Long Service Life V-LC tower components are made of weatherproof and anticorrosive materials. Casing is constructed of anti ultraviolet P.V.C which features soundproof and non-decayed merits with fine streamline outlook. basin and access door are made of F.R.P. fill and inlet louvers are made of anti ultraviolet P.V.C. All the steel parts and supporting rack are constructed of hot dipped galvanized steel so as to prolong the service life. CTI CERTIFIED D-LC SERIES Liang Chi Series D-LC cooling towers have been designed as counter flow type with Low Noise Motor and Axial Fan. D-LC series adopts the latest design featuring with low drift loss, low noise, easy to maintain, easy assembly, high efficiency and multi-cell installation. The compact design is suitable for Equipment Cooling, Industrial Process Cooling, and Air 21 of 22

22 Conditioning. Thermal performance is certified by the Cooling Technology Institute (CTI) in accordance with CTI STD-201. Product Features International Standards Series D-LC cooling towers have been designed according to the international standards featuring light weight structure, easy transport, easy hoisting, and easy site installation. Low Noise & Easy Maintenance Series D-LC cooling tower use high tension V-belt reducers, which are correspond to the low noise axial fans featuring silent operation and easy maintenance. Light Weight, Smaller Footprint and Multi-Cell Installation Comparing with other types of cooling tower, D-LC features lighter operational weight and smaller footprint. Also the combinative multi-cell structure is suitable for large cooling requirement and future expansion. High Efficiency Non-Clog Distribution System Water distribution system consists of spray header and branches with large orifice, non-clog nozzles to spray water evenly on the surface of fill to promote the best mixing of air and water. High Efficient Fill Unique design of vacuum-formed and chevron configuration type fill with ripple surface facilitates even spread and long duration of water drop and free of deposits and scales to get best heat transfer. Long Service Life D-LC tower components are made of weatherproof and anticorrosive materials. Casing is constructed of anti-ultraviolet FRP which features soundproof and non-decayed merits with fine streamline outlook. Basin aremade by F.R.P. Fill and inlet louvers are by P.V.C. Supporting rack is made of light weight steel. All the steelparts are hot dip galvanized so as to prolong the service life. Super Cooling & Electrical Sdn. Bhd. No. 7, Lorong Selat Selatan 1, Lanpac Industrial Park, Pandanaran, Selangor Darul Ehsan, Taman Perindustrian Pandamaran, Port Klang, Selangor Tel Tel Fax of 22