A Reliable Solution Provider

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2 A Reliable Solution Provider Flotech is a regional solutions provider for process control and process instrumentation with sales and service offices in Singapore, Jakarta (Indonesia), Kuala Lumpur (Malaysia), Bangkok (Thailand), and Shanghai (China). Established in 1981, Flotech has attained recognition over the years as a reliable customer-oriented vendor. For more than two decades, Flotech has been undertaking engineering design, installation, equipment supply and turnkey projects in various industries. This has not only helped Flotech build up capabilities in plant installation, test running and technical support services, but also gained valuable field experiences and upgraded the company s technical standards. With continous research and development, Flotech has stepped into a new range of business offering efficient and dependable water solutions to meet a wide range of applications. We are dedicated to continuously provide excellent industrial process solutions and services that exceed customers requirements.

3 Flotech Controls provides customized skid mounted packages The demand for portable water in the world is ever increasing because of exploding global population, drastically changing climate and other glooming environmental disaster. The world has been in search of more advanced, cost effective and environmentally friendly water technologies. F lotech Controls, being an excellent solution provider in the region had the capabilities in developing and integrating high-quality water treatment skids. We deliver fully assembled ready-to-use systems for a wide variety of industrial and commercial applications. Design Install Support Design/integration to local code Project Management Process Engineering Skid Installation Services Commissioning Control Systems and Integration Start-up and Training Documentation On-going Support & Maintenance Replacement Parts Multiple design options Plant ready installations Local or remote operator interface Ability to build to customer specific installation and engineering specifications

4 FC Water Treatment Systems Contents INDEX A i. PURIFICATION Filtration Ultrafiltration Reverse Osmosis SWRO Ion Exchange ii. DISINFECTION UV Disinfection ECA Disinfection

5 PURIFICATION Contents FC Particle Filtration (FC-F) FC UltraFiltration (FC-UF) FC Reverse Osmosis (FC-RO) FC Seawater RO (FC-SWRO) FC Ion Exchange (FC-IX) PURIFICATION i

6 FC Particle Filtration (FC-F) CONSERVES RINSE WATER! Uses Up To 90% Less Water than Conventional Self Cleaning Filters FILTRATION The FC-F series are designed to provide efficient, reliable filtration while reducing the amount of backwash water required. Thanks to its efficient rinse system, the FC-F uses approximately 90% less than conventional self cleaning units. This low consumption makes it the ideal unit for a wide variety of applications. With By Pass Valve 05 Table 1 Standard Optional Power None, line pressure powered Electrical Self Cleaning Operation Fully Automatic Semi-automatic, manual Material of Constuction Carbon Steel or Stainless Steel Titanium, Hastelloy and others Operating Pressure 30 psi min; 150psi max 12 psi min; 1,000 psi max Operating Temperature No min; 150 º F max No min; 212 º F max Screen Aperture 50-3,000 micron 5-10,000 micron Controls Omnitrol 100, 400 Omnitrol 2000 Control Power 110V / 220V AC, 1/2 amp, 9V / 12V DC Hydraulic Table 2: Screen Apertures Visible to the naked eye. Micron Mesh* in* Physical Size *Approximate and for reference only

7 FC Particle Filtration (FC-F) Table 3: Screens Screen Patterns Woven on PVC Support Multilayer Sintered Wedgewire FILTRATION Screen Apertures Mic Mic Mic Open Screen Area 40% 60% 30% Hydraulic Collapse D.P. 300 PSI 300 PSI 450 PSI Temp Rating 150 F 300 F 750 F Material St /St 316L St /St 316L St /St 316L Optional Material Titanium, Hastelloy and other exotic material Fibrous Mat. Filtration Poor Poor Excellent Price Low Medium High 06 Table 4: Technical Data (Add -s to model number for stainless steel construction) Model Number Inlet/ Outlet (in.) A Max. Flow Rate (gpm) Open Screen Area (in 2 ) Woven Sintered Rinse Valve Size (in.) FC-F20-LE 1-1/2 NPT FC-F30-LE 2 NPT FC-F40-LS FC-F40-LE FC-F60-LS /2 140 FC-F60-LE /2 145 FC-F80-LS /2 170 FC-F30-LE /2 175 Empty Weight (lbs.)

8 ULTRAFILTRATION 07 Flotech customized ultrafiltration systems open up new possibilities for many users to produce germ-free, clean water for a wide range of application for example communal area, industrial applications, etc.

9 FC UltraFiltration (FC-UF) Key Features Low-fouling PVDF membrane chemistry requiring less frequent/aggressive cleaning Outside-in filtration process providing uniform flow distribution and solids loading with no blocked fibers High solids tolerance, capable of handling high turbidity spikes and coagulant doses Flexible rack/pump skid combinations to suit flow range and application Repair-in-place module design GE Fanuc PLC Platform ULTRAFILTRATION 08 Table 1: Process Skid Instrumentation Flow Meters Feed Turbidity Permeate Pressure Transmitter Feed, Permeate Pressure Switch Feed, Pump Discharge Table 3: Operating Parameters Recovery 92-98% Operating temperature range 32 to F (0 to 40 0 C) Max inlet pressure 75 psi (517 kpa) Max membrane feed pressure 55 psi (379 kpa) Operating TMP range 0 to 40 psi (0 to 275 kpa) Table 2: Ancillary Skid Instrumentation Flow Meters Backpulse, CIP Pressure Switch Backpulse pump discharge Table 4: Materials of Construction Air piping Stainless Steel, Sch. 10 Low-pressure piping Sch. 80, PVC Frame Painted blue carbon steel Enclosure NEMA 4 Clamps/fittings Zinc-plated Table 5: Membrane Modules Style Pressurized UF Hollow Fiber Membrane type PVDF (Polyvinylidene fluoride) Average membrane flux Application Dependant Module material PVC Module cap connection Victaulic or compression

10 ROBUST, VERSATILE PERFORMANCE Table 6: Typical Treated Water Results ULTRAFILTRATION 09 Turbidity < 0.1 NTU* Manganese < 0.02 mg/l Bacteria > 4-log removal TSS < 1 mg/l Giardia > 4-log removal TOC % removal Cryptosporidium > 4-log removal Arsenic < 5 μg/l Virus > 2.0-log removal Color < 5 PCU Iron < 0.05 mg/l * 95% of the time Pretreatment Required TOC and color removal is dependent on raw water quality Specification Model FC-UF-20 FC-UF-30 FC-UF-40 FC-UF-50 FC-UF-60 Min Feed Rate (net) 10 m 3 /hr 20 m 3 /hr 30 m 3 /hr 40 m 3 /hr 50 m 3 /hr Max. Feed Rate (net) 20 m 3 /hr 30 m 3 /hr 40 m 3 /hr 50 m 3 /hr 60 m 3 /hr Pumps Quantity Max Flow Rate (inst) 22 m 3 /hr 34 m 3 /hr 45 m 3 /hr 54 m 3 /hr 65 m 3 /hr Design pressure head 65 psig (448 kpa) 65 psig (448 kpa) 65 psig (448 kpa) 65 psig (448 kpa) 65 psig (448 kpa) Automated Feed Strainer Quantity Screen Type/ Size Mesh/ micron Mesh/ micron Mesh/ micron Mesh/ micron Mesh/ micron Materials of construction CS/316SS CS/316SS CS/316SS CS/316SS CS/316SS Connections 1 1/2 NPT 2 NPT Membrane Modules and Racks Module surface area 550 ft 2 (51.1 m 2 ) Maximum modules per rack 3,6 or 12 Module arrangement in rack Quad Rack combinations 3,6,9 (3+6), 12 Installation and Utility Requirements Inlet 6.0 flange 6.0 flange 6.0 flange 6.0 flange 6.0 flange Permeate 6.0 flange 6.0 flange 6.0 flange 6.0 flange 6.0 flange Waste 6.0 flange 6.0 flange 6.0 flange 6.0 flange 6.0 flange Minimum Inlet Water Pressure 10 psig (0.7 Bar) 10 psig (0.7 Bar) 10 psig (0.7 Bar) 10 psig (0.7 Bar) 10 psig (0.7 Bar) Air Pressure (oil-free) 100 psig (6.9 Bar) 100 psig (6.9 Bar) 100 psig (6.9 Bar) 100 psig (6.9 Bar) 100 psig (6.9 Bar) Drain to be Sized for 22 m 3 /hr 34 m 3 /hr 45 m 3 /hr 54 m 3 /hr 65 m 3 /hr Power 480 VAC, 3-phase 480 VAC, 3-phase 480 VAC, 3-phase 480 VAC, 3-phase 480 VAC, 3-phase Control Circuit 120 VAC, 1-phase 120 VAC, 1-phase 120 VAC, 1-phase 120 VAC, 1-phase 120 VAC, 1-phase

11 REVERSE OSMOSIS 10 Flotech Controls is the region s outstanding solutions provider for water quality, process control and instrumentation

12 FC Reverse Osmosis (FC-RO) REVERSE OSMOSIS Reliability 80% Water recovery and lower mineral scale potential with 3-stage array One Source Better protection and longer filter life Reliability Pre-designed and factory-tested integrated system control package Reliability Reduced cleaning frequency and extended membrane life with internal permeate flush system (premium) 11 Reliability Reduced footprint and stronger assembly with 4-port housings Speed Integrated into preengineered package for speed to market One Source Reduced footprint and single-source accountability One Source Competitive performance and single-source accountability

13 ROBUST, VERSATILE PERFORMANCE Key Features 5-micron pre-filter and housing, 20-inch (50.80cm) Automatic inlet shutoff valve Motor thermal protection Table 1: Operating Parameters Pre/Post-filter and primary/final pressure gauges Operating Pressure 4-15 bar Permeate and concentrate flow rotameters Maximum Recovery 75% Permeate conductivity meter Nominal Rejection 95-98% ALARMS: Low inlet pressure, high amp draw Feed water flush on shut down Operating Temperature C (55-85 F) Accutrak RO microprocessor controller Minimum Inlet Pressure 2 bar (30 psig) SD card for collection of operating data Permeate and concentrate paddlewheel flow sensors Design Temperature 25 C (77 F) Inlet ph sensor Permeate tank level monitoring Chemical dosing pump for antiscalant dosing or ph adjustment ALARMS: Low inlet pressure, high concentrate and permeate pressure, high temperature, high permeate conductivity, high/low ph, motor fault, and fill-time exceeded Table 2: Materials of Construction Frame Painted Carbon Steel Membrane Housing Low Pressure Pipe High Pressure Pipe FRP Schedule 80 PVC Stainless Steel Motor Starters NEMA 4 Table 3: Pump and Motor Pump Type Multi-stage, centrifugal Materials Castings Motor SS shell/housing, Noryl internals SS inlet/discharge 3-phase, TEFC, 380 VAC REVERSE OSMOSIS 12

14 ROBUST, VERSATILE PERFORMANCE Specifications for RO Machine m 3 /h REVERSE OSMOSIS Model FC-RO-60 FC-RO-80 FC-RO-100 FC-RO-130 FC-RO-250 Flow Specifications Recovery Range: 66-75% 66-75% 66-75% 66-75% 66-75% Permeate Rate: m3/h (gpm) 2.56 (11.2) 3.4 (15) 4.3 (18.8) 5.9 (26.2) 6.8 (30) Concentrate Rate: m3/h (gpm) 0.9 (3.4) 1.1 (5.0) 1.4 (6.3) 2.0 (8.8) 2.3 (10) Pump and Motor RO Pump Model SS2834D SS2834D SS5512D SS5518KB SS5518KB RO Motor: KW (HP) 5.6 (7.5) 5.6 (7.5) 7.4 (10) 11.2 (15) 11.2 (15) CIP Pump Model SS2808AZ SS2808AZ SS5503G SS5503G SS5503G CIP Motor: KW (HP) 1.5 (2) 1.5 (2) 2.2 (3) 2.2 (3) 2.2 (3) Membrane Elements and Filters 13 Membrane Quantity Array Pre-Filter Quantity Connections Inlet: cm (inch) 3.8 (1.5) 3.8 (1.5) 3.8 (1.5) 3.8 (1.5) 3.8 (1.5) Permeate: cm (inch) 2.5 (1.0) 2.5 (1.0) 2.5 (1.0) 2.5 (1.0) 2.5 (1.0) Concentrate: cm (inch) 2.5 (1.0) 2.5 (1.0) 2.5 (1.0) 2.5 (1.0) 2.5 (1.0) Dimensions & Weights Height: cm (inch) 158 (62) 158 (62) 158 (62) 158 (62) 158 (62) Width: cm (inch) 335 (132) 335 (132) 335 (132) 335 (132) 335 (132) Depth: cm (inch) 92 (36) 92 (36) 92 (36) 92 (36) 92 (36) Shipping Weight Estimate: kg (lb) 530 (1150) 570 (1250) 800 (1750) 870 (1900) 910 (2000)

15 Flotech RO systems feature high/extra-high rejection that can purify brackish water with salt content up to 15gm/L. SEAWATER REVERSE OSMOSIS 14

16 SEAWATER REVERSE OSMOSIS FC-SWRO Desalinator The FC SWRO desalination systems have been designed to obtain high quality portable water in a continuing operation 24 hours a day. The robust desalination systems design has been improved to resist the hardest operating conditions in a marine environment. Models: FC-SWRO-10 FC-SWRO-30 FC-SWRO-50 FC-SWRO-100 FC-SWRO Maximum Applied Pressure, 8 inch - psig (MPa) 1200 (8.27) Maximum Applied Pressure, 4 inch - psig (MPa) 1000 (6.9) Maximum Feed Flow, GPM (m 3 /h) 4 inch: 16 (3.6), 8 inch: 75 (17) Maximum Operating Temperature, o F ( o C) 113 o (45 o ) Feedwater ph Range * Maximum Feedwater Turbidity, NTU 1.0 Maximum Feedwater SDI (15 mins) 5.0 Maximum Chlorine Concentration, PPM < 0.1 Minimum Ratio of Concentrate to Permeate Flow for any 8 inch Element 5:1 Maximum Pressure Drop for Each Element, psig 10 Minimum Recovery for any Element (4 inch) 10% *see technical literature for extended ph limits

17 ROBUST, VERSATILE PERFORMANCE Specifications for FC-SWRO 200 Production: litres/day Recovery: 37 % Feeding Flow: 2.26 m ³ /h Filter Inlets Maximum Pressure: 6 kg/cm ². Plant Inlet Minimum Pressure: 0,7 kg/cm ². Working Pressure: 62 kg/cm ². Maximum Working Pressure: 70 kg/cm ² Design Temperature Parameters: 15 º C. Seawater Temperature: Minimum 10 º C maximum 30 º C Design Salinity Parameters: ppm. Fittings: Feeding Ø 3/4, female. Rejection Ø 3/4, female. Drinkable water production Ø 1/2, female. Non-drinkable water production Ø 1/2, female. High Pressure Pump: CAT Electric Motor: EG160M 6P; POWER: 7.5 kw ELECTRIC FEEDING: 400V, 50 Hz. ELECTRIC CONSUMPTION: 9.1A. Feeding Pump: GRUNDFOS CHI VOLTAGE: 400 V, 50 Hz. POWER: 1,3 kw Maximum Filtration: Up to five micron (optionally up to 1 micron) Noise Level: 90 db (A). Approximate Dry Weight: 170 kg. Type of Lubricant for High Pressure Pump: Mobil DTE 18 M. SEAWATER REVERSE OSMOSIS 16

18 ION EXCHANGE Flotech delivers fully assembled, ready-to-use IX systems for your varying treatment needs. 17

19 FC Ion Exchange (FC-IX) Key Features Fully plumbed, wired and mounted on a epoxy coated carbon steel frame Automatic 7-cycle programmable multi-port valve for complete versatility FRP composite resin tank with PE lining for corrosion-free service Choice of Gelormacroporous resin Stand-alone HDPE brine tank with float control brine valve Comes complete with flowmeter, 3nos.of pressure gauges and flow throttling valve 150 psi rated SCH80 PVC pipes and fittings Specification for FC-IX-SMP Simple Softener The FC-IX-SMP Simplex Softener System is fully mounted on a skid, lumbed, wired and ready to use. Using a fully automatic time-based multi-port control valve, the SMP series offers a simple and convenient solution for most of the water softening requirements. 5-cycle valve used in FC-IX-SMP systems ION EXCHANGE 18 Model Typical FLowrate m 3 /Hr Capacity Between Regen m³ Brine Tank Litres Footprint [Include Brine Tank] FC-IX-SMP x 2 FC-IX-SMP x 2 FC-IX-SMP x 2 FC-IX-SMP x 2.5 FC-IX-SMP x 2.5 FC-IX-SMP x 3 FC-IX-SMP x 3 FC-IX-SMP x 4 FC-IX-SMP x 4 FC-IX-SMP x 5 Feet

20 ROBUST, VERSATILE PERFORMANCE Specification for FC-IX-DTA Duplex Twin Alternating Softener ION EXCHANGE The FC-IX-DTA Duplex Twin Alternating Softener Systems continuously produce soft water 24/7. While the intelligent unit is running, the standby control unit detects actual quantity of water that passes through the working column and switches from the exhausted column to the regenerated column as soon as a predetermined amount of water passes through regardless of variable flowrates or pauses in between the operation. 19 Model Typical FLowrate m 3 /Hr Capacity Between Regen m³ Brine Tank Litres Footprint [Include Brine Tank] FC-IX-DTA x 2 FC-IX-DTA x 2 FC-IX-DTA x 2 FC-IX-DTA x 2.5 FC-IX-DTA x 2.5 FC-IX-DTA x 3 FC-IX-DTA x 3 FC-IX-DTA x 4 FC-IX-DTA x 4.5 FC-IX-DTA x 5 Feet

21 DISINFECTION Contents FC-UV Disinfection System FC-FED Disinfection System DISINFECTION ii

22 FC-UV Water Disinfection System UV DISINFECTION 20 Key Features Risk-free & Fail-safe Dual sensors with computerized alarms, and an auto shut-off fail-safe valve so you know only safe water can enter your water system. Crossfire Technology TM Crossfire Technology incorporates two proprietary highoutput UV lamps, with reflectors, that result in the highest UV does possible. Self-cleaning Built in automatic self-cleaning mechanism eliminating quartz fouling and the need for a water softener, making abrasive quartz cleaning a thing of the past. Virtually maintenance free Flotech UV utilizes two lamps mounted outside the quartz tube so maintenance is as easy as changing a light bulb with no system draining required. Table 1: Operating Conditions Water Conditions Hardness Iron Manganese % UVT ph Total Dissolved Solids (TDS) Water Temperature Air Temperature Turbidity Water Pressure (Operating) Water Pressure (Test) Filtration MIN % or 75% depending on model C (34 F) 1 C (34 F) 0 NTU 10 psi (69 kpa) 5 micron pre-filtration recommended Effective Treatment Range MAX 50 grains (855 mg/l) 3 mg/l (ppm) 0.5 mg/l (ppm) 100% mg/L 40 C (104 F) 40 C (104 F) 1 NTU 100 psi (690 kpa) 240 psi (1.6 MPa)

23 ROBUST, VERSATILE PERFORMANCE UV Pure Inside View Quartz Sleeve Self Clean UV Lamp Dual Sensor Water Mirror Scaling Shadow FC-UV Cell Water Dirt Particles UV DISINFECTION Conventional UV Cell Scaling Sensor 21 Quartz Sleeve UV Lamp Bacteria Steel Case Table 2: Comparison Between FC-UV & other Disinfectant Methods FC-UV Conventional UV Ozone Reverse Osmosis Chlorinator Real-time indicator of water quality X X X X X NSF certified selected units X X X X Works in high TDS X No softener required X Self-cleaning/low maintenance X X X X Non-hazardous X X Economical X X X X Biocidal X X X X Fail-safe shut-off selected units X X X X Safe to discharge X X X SCORE 10/10 5/10 3/10 3/10 2/10 4/10 Sand Filter Feet

24 ROBUST, VERSATILE PERFORMANCE Specifications for FC-UV Disinfection System UV DISINFECTION 22 Model FC-UV FC-UV FC-UV FC-UV Validation Engineered to meet the same standards as NSF/ANSI 55 Class A certified UV systems UV Dose Minimum dose of 40 mj/cm 2 at specified flow rates Minimum Water UV Transmittance 75% 50% 75% 75% Maximum Rated Capacity 16.5 US gpm (62 L/min) 14.6 US gpm (55 L/min) (3.7 m 3 /hr) (3.3 m 3 /hr) 28.5 US gpm (108 L/min) (6.5 m 3 /hr) Nominal Flow Rate Multiple System Flow Capacity - Engineered for multiple systems in parallel configuration up to Redundancy Operating Pressure Dynamic Flow Restrictor Pressure Drop at 75% of Rated Capacity Solenoid Valve Inlet and Outlet Connections Voltage Maximum Power Consumption Electrical Certification 15 US gpm (57 L/min) (3.4 m 3 /hr) 300 US gpm (68 m 3 /hr) Additional back-up systems can be added to meet regulatory requirements cost effectively 10 psig (69kPa) to 100 psig (690 kpa); tested to 240 psig (1.6 MPa) Installed as standard 14 psig (96 kpa) 175 watts 200 watts 13.2 US gpm (50 L/min) (3.0 m 3 /hr) 264 US gpm (60.0 m 3 /hr) 26.4 US gpm (100 L/min) (6.0 m 3 /hr) 528 US gpm (120 m 3 /hr) 1 NPT female to female, external 24 volts AC, auto shut-off, fail-safe (normally closed) valve optional on all models; solenoid valve requires aminimum of 10 psig to operate; valves are one-way directional and include a manual override 1 NPT male manifold connections; flexible 1 NPT female to female 12 hoses eliminate the need for hard pipe installations 115 volts AC (North American models); 100 to 240 volts (international models) 50/60 Hz 4 psig (28.3 kpa) 1-1/2 NPT 1-1/2 NPT North American models: Intertek ETL (UL and CSA equivalent); International models: meet IEC Ed4 and CE Power Line Conditioner Lamps Maintenance Electronic Ballast Self-Cleaning On-Board Micro-Processor and Monitor Dry Contacts Optional Wireless Remote Monitor Dimensions (Height, Width, Depth) Weight - Dry Weight - Wet Warranty EPA FIFRA Certified Patents Recommended Application or Water Source Panamax M4-EX included as standard. Power conditioner meets UL 1449 Low pressure high output proprietary lamps contain up to 35 mg of Mercury (Hg); rated for 9,000 continuous use (approximately one full year) Automatic reminder for lamps replacement; Lamps are mounted in air and easily removable, a simple 2 minutes process Auto power-regulated smart ballast is integrated with micro-processor control system 316 SS wiper blade system engineered to keep quartz sleeve free of scale or bio-film Patented dual smart UV sensors monitor lamp intensity output (UVI) and water transmittance (UVT) continuously; three thermistors continuously monitor UV chamber, ballast and water temperature; on-board LCD displays system performance, lamp hours, data logged operating events, and self-diagnosis including when to change lamps, and troubleshooting assistance for service issues; on-board LED s indicate system status: OK, warning or alarm conditions. Included as standard for applications that require remote alarm or auto dialers RF 2.4 GHz remote monitor with LCD displays system status; operates up to 150 feet (50 meters) away from main system 35.8 x 7.5 x 9.3 (90.8 cm x 19.0 cm x 23.6 cm) 28 lbs (12.7 kg) 30 lbs (13.6 kg) 31 lbs (14.1 kg) 33 lbs (15.0 kg) 1 year limited warranty on lamps and UV sensor array on pro-rated basis; three-year limited warranty for electrical components and quartz sleeve; five-year limited warranty for structural, hardware and mechanical components EPA Est. No CAN-001 Patented in US 6,707,048, Australia , Mexico Patents pending in Canada, Europe, Eurasia, Japan, and UK Drilled deep wells or pre-treated water 39.8 x 7.5 x 9.3 (101.0 cm x 19.0 cm x 23.6 cm) Unprotected water sources; surface water (lakes, streams), cisterns, dug well Drilled deep wells or pre-treated water

25 As each customer has unique application requirements, F.E.D team of technical specialists are on hand to assist in the successful integration of F.E.D into your process. ECA DISINFECTION 23

26 FC-FED Disinfection System ECA DISINFECTION 24 The FED units electrolyze the salt water and, using polymer or ceramic membranes, separate the positive and negative ions. As a result of these electrochemical reactions various types of activated solutions are produced. The purpose is to control and/or eliminate pathogens such as bacteria, viruses, spores, mold and fungi, as well as cleaning and removing heavy metals. Key Features Efficient: reduced sterilization contact time Self-cleaning Biodegradable fluids Some automation and easy operating procedures The strength of neutral anolyte in terms of active chlorine concentration can be adjusted by current setting. A flow controller is installed in the hydraulic part to shut the FED unit if there is interruption of water supply and to start the unit as soon as water flow resumes. A simple on/off switch with power indicator starts and stops the FED units manually. Level switches enable to start and stop FED units automatically. Capacity depends on the model and varies between 40 LPH and 4000 LPH

27 ROBUST, VERSATILE PERFORMANCE Specification Model FED-40 FED-90 FED-120 FED-200 Water flow rate 40m 3 /hr 90m 3 /hr 120m 3 /hr 200m 3 /hr Output capacity 40 LPH 90 LPH 120 LPH 200 LPH FAC (Minimum) 500 ppm Water supply Salt consumption per 1 l of Anolyte Flushing mode Brine pump Acid Pump Piping & fittings PLC control Power source 2-3 bar ~5-7g Semi automated + + LLDPE tubing & Kynar Unitronics/Jazz 220V AC/110V AC Power consumption 220V 1P / V 1P / V 1P / V 1P / 1.00 Type of cell R-40 R-80 R-120 R-200 ECA DISINFECTION Cabinet size & material 700 X 500 X 270 Polyester 700 X 500 X 270 Polyester 800 X 600 X 300 Polyester 1750 X 580 X 320 Weight ~15 kg ~17 kg ~20kg ~80 kg 25 Typical Installation INCOMING VALVE SEDIMENT FILTER PRESSURE REGULATOR VALVE INCOMING WATER MAKEUP WATER PLC BRINE LAL LAL LSH LSL WATER SOFTENER LAL LAL LSH LSL BY OTHERS ANOLYTE ECA BRINE TANK ECA TANK LEVEL CONTROLLED BY FED BRINE TANK LEVEL CONTROLLED METER PUMP PLC FM DOSING PT SUPPLY / FEED WATER DISINFECTED & ACTIVATED WATER

28 SALES AND SERVICE CENTRES REGIONAL NETWORK CHINA FLOTECH CONTROLS (SHANGHAI) CO., LTD Room 316 Huacheng Plaza, No Gumei Road, Minhang District Shanghai China (201102) Tel: (86) Fax: (86) THAILAND THAIFLO CONTROLS CO., LTD 1 MD Tower, 15th Floor, Soi Bangna - Trad 25, Bangna, Bangna, Bangkok Thailand Tel: (66) Fax: (66) center@thaiflo.com 福德控制仪器 ( 上海 ) 有限公司地址 : 上海市闵行区古美路 1471 号华城广场 316 室邮政编码 : 电话 : (86) 传真 : (86) 电子邮件 : info@flotechshanghai.com INDONESIA PT FLOTECH CONTROLS INDONESIA Jln. Cilandak Raya KKO No.41A Jakarta Indonesia Tel: (62) Fax: (62) salesjkt@flotech.co.id Branch Office Pekanbaru Tel : (62) Fax : (62) salesjkt@flotech.co.id SINGAPORE - HEAD OFFICE FLOTECH CONTROLS PTE LTD 438 Tagore Industrial Avenue Singapore Tel: (65) Fax: (65) info@flotech.com.sg Website: MALAYSIA M - FLOTECH CONTROLS SDN BHD No. 20, Jalan TP 7/6 Taman Perindustrian UEP Subang Jaya Shah Alam Selangor Darul Ehsan Malaysia Tel: (60) /6 Fax: (60) sales@mflotech.com.my 03_0212 Reg. No H