1 of 29. I.R.I.S. (M) Sdn. Bhd. Fire Booms. Contaiment Boom. Standard Feature and benefits

Transcription

1 I.R.I.S. (M) Sdn. Bhd. Fire Booms ELASTES Standard Feature and benefits Hydro-Fire Boom is water cooled, boom cover remains at ambient water temperature It is inflatable for compact storage and ease of deployment It is not damage by fire making it reusable, other fire boom have limited life Hydro-fire boom is fire resistant over its entire length A Deployed Hydro-Fire Boom It is designed by experienced leaders in fire boom technology. American fire boom employs unique high temperature resistant core and ceramic fabric components that retain their operating integrity from more than 2000 F (1093 C) for short term use in accidental fires. Contaiment Boom ELASTES Standard Feature and benefits Standard booms always available in stock 2 Years Warranty against defect in material and workmanship American made 22oz PVC fabric Boom complete with anchor points and handles Fifteen closed cell flotation logs per boom Stainless steel top tension cable sheathed in vinyl Hot dipped galvanized ballast chains Lengths of 50ft. (15m) and 100ft (30m) 1 of 29

2 Clubliner MARINER 3S Durable cartridges 1.25 m2 highly efficient filter surface ensures top quality Optimal dirt removal No smearing, rotating cleaning rollers at the front and back. Optimised fluid mechanics Better cleaning performance thanks to flow optimisation. Remove control The remote control of the mariner 3S clubliner is intuitive to use. Practical transport trolley The transport trolley is supplied with the clubliner by default. Wall cleaning The pool walls can also be cleaned. Fluidrain JORC Electronic timer 2 of 29

3 The FLUIDRAIN Timer is produced using SMT (Surface Mounting Technology), ensuring improved performance and consistency process. The application of the timer is to control the OPEN (pulse) and CLOSED (pause) cycles of solenoid valves. Cycles range options are: milliseconds, seconds, minutes and hours. Adjustable cycle potentiometers offering ON and OFF cycle options, bright yellow LED's indicate in which cycle the timer is operating. The FLUIDRAIN is designed to fit all solenoid valves with connection type DIN A/ISO EZ-1 Timer JORC Electronic timer The EZ-1 Timer is produced using SMT (Surface Mounting Technology), ensuring improved performance and consistency process. The application of the timer is to control the OPEN (pulse) and CLOSED (pause) cycles of solenoid valves. Cycles range options are: milliseconds, seconds, minutes and hours. Adjustable cycle potentiometers offering ON and OFF cycle options, bright yellow LED's indicate in which cycle the timer is operating. The EZ-1 Timer is designed to fit all solenoid valves with connection type DIN A/ISO KAPTIV JORC Electronic Zero Air Loss Condensate Drain The KAPTIV removes condensate from compressed air systems based on advanced capacitive level sensing technology. The operation is automatic and there is no air lost during the condensate discharge cycle. The KAPTIV offers integrated digital programming features to suit virtually all applications, such as various alarm options, anti-air-lock/bio versions etc. Commercial Benefits Energy saving condensate discharge without air loss. Suitable for any type of compressed air system. No minimum pressure required to operate Digitally programmable alarm and anti-air lock feature SMS text service available. Technical Advantages Visual display of operating status. Application environment up to IP65 (NEMA 4) Robust industrial housing. Incredibly simple and quick to install and service. DIN connectors for easy electrical installation. Direct acting valve assembly. Click here to download the PDF Documentation for more details. 3 of 29

4 MAGY Filter drain JORC Magnetically operated zero air loss drain The MAGY removes condensate from compressed air filters. The operation is automatic and there is no compressed air lost during the condensate discharge cycle. The MAGY uses magnetic forces to operate the direct acting valve assembly and is ideally suited in applications where power is not available, not desired or not reliable. The magnets have been specially selected to ensure long lasting magnetisme is guaranteed. MANN+HUMMEL Air/Oil Separators MANN+HUMMEL Air/Oil separators - for your compressed air system MANN+HUMMEL designs air/oil separators for energy efficiency and low residual oil content. MANN+HUMMEL offers custom-made solutions for oil separation for applications in compressors and vacuum pumps. Efficient separation media ensure the lowest possible residual oil content and high energy efficiency through low pressure loss, which saves users a considerable amount of money. The MANN+HUMMEL product range is the worldwide benchmark for air/oil separation. Air-oil separator elements Low residual oil content extends the service life of fine filters downstream. Minimum pressure losses guarantee energy efficiency and long service life. Advantages of MANN+HUMMEL Air-oil separators High efficient Longer service life and energy efficiency Minimum pressure losses. Effective, minimum residual oil content of only 1-2 ppm Cost saving Extends service life of downstream fine filters. Standard Features Flow rates Air Oil Separator Boxes are available for nominal flow rates of 1 m3/min up to 5.5 m3/min (35 to 194 cfm) at an operating pressure of 7 bar (0.7 MPa). Lower Pressure drop Pressure resistance Air Oil Separators are designed for differential pressures of and upwards 5 bar (0.5 MPa). The housings of the Air Oil Separator Boxes are designed for operating pressures up to a maximum of 20 bar (2 MPa) or a maximum of 14 bar (1.4 MPa) Separation efficiency The residual oil content of the compressed air at nominal flow rate and 7 bar (0.7 MPa) operating pressure is approximately 1 to 3 mg/m3 (1 to 3 ppm). 4 of 29

5 Service life The rise in flow resistance and thus service life primarily depend on the cleanness of the oil and the quality of the air filter. A service life of several thousand hours can be achieved with a well-functioning system. Fitting advice Air Oil Separator Boxes are fitted vertically by hand on the firmly installed filter head using a suitable adapter union. MANN+HUMMEL recommends installation in a maintenance-friendly position. Maintenance The air oil separator boxes must be replaced if the flow resistance reaches 1 bar (0.1 MPa). The box may only be replaced when the system is depressurised. A commercially available belt wrench is sufficient to remove the box. The box is fitted and tightened manually. Design and function This product is suitable for flow from the outside to the inside. It can be used for the entire range of current versions of screw-type and sliding vane compressors. The standard wrap elements are particularly insensitive to design variations and achieve optimal results with regard to separation efficiency and service life. MANN+HUMMEL Oil Filters MANN+HUMMEL SPIN-ON OIL FILTER Spin-on oil filters form one unit consisting of housing and filter element. The whole unit is replaced during maintenance. Oil filter prevents wear in the compressor and extends the economic life-time of the air-oil separator element. Standard Features, Anti-drain valve: Ensures that the filter and oil channels do not empty when the engine is switched off and that oil is readily available when the engine is started. Bypass valve: Ensures that oil is available when the engine is cold started and when a service is long overdue, if the oil filter is very dirty. Wrench removal tools: Ensure that you can remove anad fit a spin-on oil filter quickly and efficiently. OIL FILTER ELEMENTS Advantages MANN-FILTER oil filter elements are either situated in their own housing or they are integrated directly into the engine oil circulation system. They are particularly kind to the environment as only the filter element is replaced. Housing and valves remain on the engine block. The exact fit in the housing ensures that MANN-FILTER oil filter elements are completely leak-free. Reliable processes All components are designed to work with aggressive compressor oils. High-performance provides optimum wear protection thanks to high dust capacity. Clean oil benefits the service life of the air-oil separator. 5 of 29

6 MTA Water/Oil Separator MTA The optimum compressed air and gas treatment solution can only be achieved by the application of a complete treatment network. MTA offers an extensive range of solutions which, by working together in perfect harmony, ensure that your compressed air will be perfectly free of condensate, oil and other impurities. Elevated efficiency, reduced downtime and maintenance costs and improved product quality to all individual User needs. Advanced patented technologies ensuring the most energy efficient solution. LiquiPure, LP Series Air flow rate m³/min The condensate contains large quantities of oil and impurities, which if freely drained create significant environmental damage. For these reasons, most countries have implemented strict condensate drain legislations. Solutions which do not guarantee the required draining quality lead to the risk of significant fines, whilst traditional treatment solutions present a notable financial burden. LiquiPure LP is water-oil separation system for non-emulsion oily condensate, which solves this problem at a low cost and with low maintenance and guarantees the separation in accordance with local legislations. Benefits Safety against oil seepage into the sewer system Suitable for all applications: LiquiPure operates with most lubricant oils and types of compressors Water quality test kit standard No condensate settling tank is required (therefore no bacteria build-up) Simple to install Easy to maintain No energy cost Compact design Technical features Oleophilic pre-filter, with flow form inside outwards Active Carbon filter element Housing material: PA6 GF30/Aluminium/Aluminium Transparent part Acryl (LP ); HDPE (LP ). MTA Water Cooled Aftercooler, CoolPro - WE/WF Series MTA Air flow m³/min Final water coolers from the CoolPro WE/WF series allow the efficient and economical purification of compressed air by cooling the air at the outlet of the compressor at an outlet temperature of only 10 C higher than that of the inlet water. This cooling causes condensation of up to 80% of the moisture present in the compressed air that can be separated thanks to an AS/MS centrifugal condensate separator installed at the outlet of the cooler. The WE/WF final coolers consist of a shell and tube exchanger cooled in perfect countercurrent by a flow of cooling water. Advantages 6 of 29

7 Robust design suited to the extreme conditions of typically industrial tasks; Helical exchanger pipes for maximum heat exchange efficiency and minimum pressure loss Heat exchange in perfect countercurrent; Suitable for any requirement and application; Combined condensate separators; Flanges from WF225 to WF 6400 and nipple from WF 015 to WF 165 included. Technical specifications Copper helical exchanger pipes; Painted carbon steel layer: Centrifugal condensate separator included Maximum operating pressure: 16 bar(g) (WF ) and 10 bar(g) (WF ) Maximum temperature compressed air inlet: 200 C Accessories Version for vertical installation Fixed or removable tube and shell Version with copper pipes and layer made of carbon steel for standard applications Version with pipes and layer made of stainless steel for applications with aggressive cooling gas and water Version with stainless steel pipes and layer made of carbon steel for applications with aggressive gases Version for high operating pressure: 40 bar(g) and beyond (special) Version with pipes and layer in copper-nickel for use in the marine environment Condensate dischargers; MTA After-Coolers for Compressed Air, AF Series MTA The optimum compressed air and gas treatment solution can only be achieved by the application of a complete treatment network. MTA offers an extensive range of solutions which, by working together in perfect harmony, ensure that your compressed air will be perfectly free of condensate, oil and other impurities. Elevated efficiency, reduced downtime and maintenance costs and improved product quality to all individual User needs. Advanced patented technologies ensuring the most energy efficient solution. Air flow m³/min The aftercoolers in the CoolPro - AF range use ambient air to cool the output air at the compressor at an output temperature of only 10 C higher than the ambient temperature. This cooling causes the condensation of up to 80% of the moisture present in the compressed air, which can be separated thanks to an AS/MS centrifugal condensate separator installed at the aftercooler outlet. The AF air aftercoolers are made up from a heat exchanger with finned coil, cooled by a high-efficiency axial fan mounted on a galvanised and painted sheet structure. Benefits Robust design suitable for heavy duty industrial working conditions Suitable for any requirement and application Matching condensate separators Top quality 7 of 29

8 Technical features Exchange coil with copper pipes and aluminium fins High efficiency permanently lubricated, low noise fan Galvanised and painted sheet structure Protection grids Centrifugal condensate separator included Electric power supply: 230V±10%/1Ph/50 Hz (AF ); 400V ±10% /3Ph/50 Hz (AF ). Maximum operating pressure: 16 bar(g) mod. AF ; 10 bar(g) mod. AF Compressed air maximum input temperature: 200 C Accessories Version for high operating pressure: 40 bar(g) Coupled condensate drains. Air Cooled Chillers, Aries Tech Series MTA Cooling capacity kw The chillers of the ARIES TECH series with environmentally friendly refrigerant R410A, represent the best solution for centralised hydronic air conditioning for medium areas (such as hospitals, offices, shopping centres, etc.) and offer energy savings in all operating conditions. The technical solutions adopted contribute practically to the reduction of operating costs of the system and to protection of the environment. These include: scroll compressors offering high seasonal energy efficiency, high efficiency plates or shell and tubes heat exchangers, for operation in more favourable energy efficiency conditions; refrigeration circuits with separate aeraulic sections to progressively stop fans according to the instant thermal load; partial and total heat recovery for sustainable use of electricity. The wide range of accessories and versions offers solutions to the most varied of installation requirements and at the same time facilitating installation, start-up and management of the system. Benefits High seasonal energy efficiency Partial and total heat recovery for sustainable use of electricity Reduced noise levels Wide range of accessories and kits for custom solutions High reliability and continuity of operation Ease of installation, use and maintenance Technical specifications Galvanised carbon sheet steel and polyester powder coated Environmentally friendly refrigerant R410A High energy efficiency scroll compressors Phase monitor and crankcase heater Finned coils with copper pipes and aluminium fins generously dimensioned Axial fans with optimised profile to reduce noise levels Brazed plates heat exchangers in AISI 316 stainless steel or shell and tube with high energy efficiency and low water pressure drops Integrated hydraulic group composed of either: single or double circulation pump with mid and high available head pressure, storage tank, expansion vessel, automatic load kit, automatic vent valve and drainage tap. Versions Cooling only 8 of 29

9 Heat pump Acoustic versions N - standard acoustic version SN - silenced acoustic version SSN - super silenced acoustic version H - standard acoustic version for high temperature Accessories Single or double pump with medium and high available head pressure Integrated storage tank Electronic fans speed control Electronic expansion valve Condensing finned coils protection with a protective coat of paint Anti-freeze heater Compressors suction and discharge valves Antivibration mounts Remote control Soft starter Filters on condenser coils Monitoring system and modularity Air cooled chillers, TAEevo Series MTA Cooling capacity kw The TAEevo range chillers are compact units designed for use in industry, supplied with hermetic scroll or reciprocating compressors and an innovative finned pack evaporator inside a hydraulic storage tank. Thanks to the wide operating limits, it can operate in pressurised hydraulic circuits or at atmospheric pressure and thanks to the may versions and optionals available, the TAEevo chillers are the top of their category, allowing great application versatility and high degree of reliability. TAEevo is therefore the best solution for all industrial applications that require high performance, continuous operation and reduction of management costs. Benefits Innovative evaporator with finned pack and in-tank configuration, characterised by low pressure drops and reduced sensitivity to impurities. Wide operating limits Compact structure Standard air condenser filters Safety water by-pass Wide range of accessories and kits for customised solutions Easy installation, use and maintenance Technical features Galvanised carbon steel sheet structure hot painted with polyester powders Environmentally friendly refrigerant: R407C Parametric microprocessor controller High performance hermetic reciprocating or scroll compressors Finned pack evaporator with copper pipes and aluminium fins inside inertial tank Finned condenser coil with copper pipes and large aluminium fins protected by filters HP/LP refrigerant manometers (from mod.031) Integrated hydraulic unit made up from: single or twin circulation pumps with medium or high head, inertial tank. safety valve, air vent valve Water flow pressure manometer Phase monitor and standard compressors crankcase heater Axial fans with optimised profile 9 of 29

10 Conductive level sensor Electric power supply 400/3/50 Versions Cooling only Heat pump (see HAEevo) Water cooled (see TWEevo) Pressurised No Ferrous hydraulic circuit mod Non Ferrous atmospheric hydraulic circuit with stainless steel prismatic tank and plate evaporator mod Water output temperature regulation via hot gas by-pass valve Version for low environment temperature -20 C mod Power supply 60Hz Power supply 60Hz cul Accessories Evaporator anti-freeze protection Single or twin circulation pumps with medium or high head pressure Version without pump Centrifugal fans Axial fans electronic regulation Condensing coils protection with protective paint Anti-freeze heater Kit Pressurised hydraulic circuits automatic loading system Device for loading glycol BSP-NPT hydraulic fittings Manual hydraulic by-pass valve Automatic hydraulic by-pass over-pressure valve Centrifugal fans Fans electronic adjustment Soft starter remote ON/OFF Remote control Supervisor system RS485 MTA Air Cooled Chillers MTA Modern industry's increasing levels of sophistication and capital investment imply that highest precision with zero downtime are an absolute must for an economically viable process. MTA's cooling solutions, developed specifically for industrial users, perfectly answer industry's need for precise temperature control and absolute reliability, 24 hours a day, 365 days a year. The cost of not implementing the optimised solution far exceed the cost of an optimised MTA industrial cooling solution. Air cooled chillers, TAEevo Tech Cooling capacity kw The TAEevo Tech chillers are compact units designed for use in industry, supplied with hermetic scroll compressors and the innovative finned pack evaporator installed inside the hydraulic storage tank. Two new versions, the HE high efficiency and the dual - frequency, integrate the already wide technical equipment of the standard unit, well suited to guarantee a secure and repeatable production process, while saving you money and protecting the environment. Thanks to the wide operating limits, it can operate in pressurized hydraulic circuits or at atmospheric pressure and thanks to the many versions and optional available, the TAEevo Tech chillers are the top of their category, 10 of 29

11 allowing great application versatility and high degree of reliability. TAEevo Tech is therefore the best solution for all industrial applications that require high performance, continuous operation and reduction of management costs. Benefits The eco-friendly refrigerant R410A (ODP=0) ensures high performance thanks its outstanding heat conductivity properties Innovative evaporator with finned pack and in-tank configuration, characterized by low pressure drops and reduced sensitivity to impurities The oversized hydraulic tank is standard and is able to compensate for the imbalances caused by sudden changes in load demand from the user Wide operating limits (Twout = -10 C standard) Cooling circuit suitable both for atmospheric and pressurized hydraulic circuits (up to 6 barg) Compact structure Suitable for outdoor installation Standard air condenser filters Safety water by-pass Wide range of accessories and kits for customised solutions Easy installation, use and maintenance Designed to operate 24/7 under the most demanding industrial conditions. Technical features Galvanised carbon steel sheet structure hot painted with polyester powders Environmentally friendly refrigerant: R410A Parametric microprocessor controller High performance hermetic scroll compressors Finned pack evaporator with copper pipes and aluminum fins inside inertial tank Finned condenser coil with copper pipes and large aluminum fins protected by filters HP/LP refrigerant manometers (from mod.031) Integrated hydraulic unit made up from: single or twin circulation pumps with medium or high head, inertial tank, safety valve, air vent valve Water flow pressure manometer Phase monitor Compressor crankcase heaters Axial fans with optimised profile Conductive level sensor Electric power supply 400/3/50 Versions Pressurised No Ferrous hydraulic circuit mod Water output temperature regulation via hot gas by-pass valve (hysteresis ± 0,5 C) Version for low environment temperature -20 C mod Non Ferrous Version ( ); Dual frequency version: power supply 400V/3/50 Hz - 460V/3/60 Hz (mod ); High efficiency HE version (mod ) Class A (EER 3,1): UL version ( ): power supply 460/3/60Hz. Accessories Evaporator anti-freeze protection Single or twin circulation pumps with medium or high head Version without pump Centrifugal fans High efficiency EC brushless axial fans with high head pressure (max 150 Pa) and inverter control (mod ); Axial fans electronic regulation Condensing coils protection with protective paint Anti-freeze heater Kit 11 of 29

12 Tank kit for manual loading of the atmospheric hydraulic circuits Pressurised hydraulic circuits automatic loading system Glycol filling kit for pressurized circuits BSP-NPT hydraulic fittings Automatic hydraulic by-pass over-pressure valve Centrifugal fans Fans electronic adjustment Remote ON/OFF Remote control Supervisor system RS485 MTA Refrigeration air dryers, MG Series MTA Air Flow m3/min Compressed air is used commonly for power tools and equipment in production and finishing processes or to activate valves and instruments. The compression process itself causes the concentration of moisture, of the lubricant oil vapours and the particles of impurities present in the air sucked from the compressor, up to levels that can damage the pneumatic equipment, increase the need for maintenance or ruin the finished product. The MG dryers allow to condensate and effectively eliminate the moisture present in the compressed air, preserving the system. All MG models are equipped with high efficiency scroll compressors and DRYMODULE aluminium heat exchangers able to guarantee extremely low dew points in all conditions as well as reducing pressure drops to a minimum along with energy consumption. Benefits Compact 3-in-1 DRY MODULE aluminium heat exchanger with integrated stainless steel separator Constant dew point in all conditions Low environmental impact and reduced carbon dioxide emissions thanks to the use of environmentally friendly refrigerant R407C and the use of top quality materials that can be recycled. Quick and easy installation Simplified maintenance Maximum reliability Technical features Carbon steel sheet structure, hot-painted with epoxy powder RAL7035 Environmentally friendly refrigerant R407C High energy efficiency hermetic scroll compressors High energy efficiency 3-in-1 compact aluminium heat exchanger Finned coil condenser with copper pipes and large aluminium fins Axial fans Throttling capillaries Hot gas by-pass valves Microprocessor controller tdry, with many parameters and 15 alarms such as: high temperature, low temperature, temperature probe fault etc. Chronology of the alarms with memorisation of the last 50 events General alarm free contact Remote ON/OFF clean contact Standard idrain programmable timed condensate drain Phase monitor Refrigerant compressor crankcase heater Maximum ambient temperature = +46 C Maximum operating pressure = 14 barg Maximum air input temperature = +65 C Electric protection rating = IP of 29

13 MTA Refrigeration Air Dryers, HPD Series MTA Air flow m³/min The HPDry has been studied specifically for high pressure drying requirements (e.g. the production of PET bottles). The extremely strong construction with shell and tube heat exchangers with stainless steel pipes, ensures safe and continuous operation in any conditions. HPDry is an energy saving dryer as it exploits the operational advantages of the thermal storage principle: a hydraulic vessel on the machine accumulates cold, acting as a thermal storage. This allows the dryer to automatically adapt to the air flow and ambient conditions, ensuring energy savings, which at partial loads can typically vary from 30 to 80%. All HPDry models are made up from a chiller used to cool the compressed air passing through the gas/water shell and tube heat exchanger, allowing the moisture to be removed. Benefits High energy saving thanks to the thermal storage operation (no hot gas by-pass valve necessary) Stainless steel corrosion-proof heat exchanger pipes Stainless steel double demister separator Constant dew point in all operating conditions thanks to the inertial storage tank Quick and easy installation Maximum reliability Low environmental impact and reduced carbon dioxide emissions thanks to the use of environmentally friendly refrigerant R407C and the use of top quality materials that can be recycled. No need to switch on and off: HPDry switches on and off automatically. Technical features Carbon steel sheet structure, hot-painted with epoxy powder RAL7035 Environmentally friendly refrigerant R407C High energy efficiency hermetic scroll compressors Air/air and air/water shell and tube exchangers with stainless steel pipes Finned coil condenser with copper pipes and large aluminium fins Axial fans Microprocessor controller with many parameters and alarms such as Chronology of the alarms with memorisation of the last 50 events General alarm free contact Remote ON/OFF free contact 2 standard programmable timed condensate drains Phase monitor Refrigerant compressor sump heater Maximum ambient temperature = +43 C Maximum operating pressure = 50 barg Maximum air input temperature = +65 C Electric protection rating = IP54. MTA Refrigeration air dryers, DE ETM Series GLOBAL EQUIPMENT Air flow m³/min The new thermal mass cycling refrigerated air dryers DE ETM represents the best solution for the treatment of high compressed air flow for all those applications that require low energy consuption, reliability and high performance. 13 of 29

14 Benefits Energy savings The DE ETM thermal mass technology allows the units to adapt their own energy consuption to the actual load, ensuring over 80% of savings compared to traditional air dryers. DE ETM energy saving capacity can be further improved by activating the DDF system, an advanced technology of the microprocessor control that automatically regulates the DEW point on the basis of the ambient temperature, in order to reduce the absorbed power of the compressors. New high efficiency heat exchanger The new high efficiency heat exchanger, with optimized countercurrent exchange and integrated air-to-air exchanger, ensures low energy consuptions and minimized pressure drops. The accurate design and the integrated demister separator ensure a precise DEW point and the protection from any risk of condensation freezing. Maximum reliability DE ETM air dryers integrate a reliable industrial chiller, whose tank works as thermal mass. The careful choice of high quality materials and components ensures the dryer to work for long times reducing the possibility of damage. High air flows The special bar & plate technology of heat exchangers allows DE ETM to work with compressed air load from 32 to 225 m³/min, keeping precise the DEW point in all conditions and low pressure drops. Technical feature Liquid Thermal mass technology (water propylene glycol) for the control of the drying capacity andmaximum energy savings; NEW 2 in 1 aluminum heat exchanger specifically designed to maximize the heat transfer coefficient (counter flow) and high efficiency oversized demister separator; Eco-friendly R410A refrigerant (ODP=0); High efficiency scroll compressors equipped with crankcase heater; Microprocessor control with integrated DDF function to dynamically vary the dew point; Standard phase monitor to provide protection against phase loss and phase reversal; IP54 protection rating suitable for outdoor installation; RS485 supervision kit to allow the connection to BMS supervision systems with RS485 electrical standard and MODBUS protocol. Energy Saving Refrigeration Air Dryers, DEiTech MTA Air flow m³/min DE itech is the new generation of energy saving refrigeration cycle dryers with which MTA not only renews its range of products for the processing of compressed air but reinterprets the concept of thermal mass to which the DE Hybrid dryers owe their success. The innovative Impulse Technology system offers important advantages in terms of energy savings, reliability and management costs thanks to the ability of DE itech to adapt perfectly to the real requirements of the system. The dryer adjustment system controls its operation and ensures the ideal energy solution for drying of the compressed air, allowing high savings and at the same time excellent stability of the dew point, even under 14 of 29

15 dynamic conditions. Benefits Innovative Impulse Technology system for control of the drying capacity via impulse adjustment of the refrigerant liquid flow or due to the thermal mass effect. New compact 3-in-1 aluminium heat exchanger with optimised perfect countercurrent heat exchange, it contains a stainless steel condensate separator Minimal load losses (average 0.09 bar) through fluid dynamic optimisation and the large transfer sections Constant dew point under every operating condition Low environmental impact and reduced carbon dioxide emissions thanks to the Impulse Technology energy saving system and the use of R134a and R404A environmentally friendly refrigerants Quick and easy installation Simplified maintenance Maximum reliability Technical specifications Structure in carbon steel sheeting hot painted with RAL7035 epoxy powder Environmentally friendly liquid refrigerants R134a and R410A Hermetic piston compressors and high energy efficiency scroll New compact 3-in-1 aluminium heat exchanger with high energy efficiency aluminium and low load losses Tubeless condenser with steel fins protected by a double layer of immersion painting (DEiT ) Finned batteries with copper pipes and aluminium fins generously dimensioned (DEiT ) Standard capacitor filters on DEiT Axial fans Rolling capillary New DEC microprocessor control with display of the level of energy savings, equipped with several parameters and alarms such as: high temperature, low temperature, temperature probe failure etc. General alarm Remote ON/OFF clean contact Standard programmable timed condensate discharger Phase monitor and refrigerator compressor casing resistances (DEiT ) Maximum ambient temperature = +50 C Maximum working pressure = 16 barg Degree of electrical protection = IP22 Global High Pressure Electronic Automatic Drain, ETD180 GLOBAL EQUIPMENT The Global Equipment Timer Controlled Condensate Drain, ETD180 is suitable for all compressed air system components (compressors, after coolers, dryers, filters, pressure vessels and drip legs), regardless of their size or capacity - simply adjust the interval and discharge times to suit the particular compressed air system. The ETD180 is designed for all compressed air system components and incorporates a wide voltage range. Standard Features Type : Electrical Timer-Control Model : ETD180 Pipe Connection : 1/2" (Inlet), 1/4" (Outlet) Interval Time : 0.5 ~ 45 minutes, adjustable Discharge Time : 0.5 ~ 10 seconds, adjustable Power Consumption : 7 ma, maximum Max Design Temperature : 55 C 15 of 29

16 Max Design Pressure (Bar) : 80 Power Supply (V/Ph/Hz) : 230/1/50 Protection : IP65, NEM 4 Body Material : Plastic body with brass valve GLOBAL Electronic Automatic Drain, ETD116 GLOBAL EQUIPMENT The Global Equipment Timer Controlled Condensate Drain, ETD116 is suitable for all compressed air system components (compressors, after coolers, dryers, filters, pressure vessels and drip legs), regardless of their size or capacity - simply adjust the interval and discharge times to suit the particular compressed air system. The ETD116 is designed for all compressed air system components and incorporates a wide voltage range. Standard Features Type : Electrical Timer-Control Pipe Connection : 1/2" (Inlet), 1/4" (Outlet) Interval Time : 0.5 ~ 45 minutes, adjustable Discharge Time : 0.5 ~ 10 seconds, adjustable Power Consumption : 7 ma, maximum Max Design Temperature : 55 C Max Design Pressure : 16 Bar g Power Supply : 230V/1Ph/50Hz Protection : IP65, NEM 4 Body Material : Plastic body with brass valve GLOBAL Air-Cooled Aftercooler GLOBAL EQUIPMENT The GLOBAL EQUIPMENT aftercoolers consist of an efficient air to air heat exchanger and direct drive axial fan housed in a sturdy metal frame. In addition there is a condensate separator (optional) for condensate removal. The heat exchanger comprises aluminium finned and copper tubes which enable effective heat transfer to take place. The casing is manufactured in galvanized steel and is factory painted for added protection. A metal grill provides protection to and from the fan blades. AC SERIES The main technical characteristics Generously sized aluminium finned copper tube heat exchanger Heavy duty painted galvanized steel casing and legs Flow capacity 1.8m³/min to 36m³/min Protective grilles for fan and heat exchanger Maximum working pressure 16 bar g Maximum working temperature 99 C 16 of 29

17 Global Refrigeration Air Dryer, GDA Series GLOBAL EQUIPMENT 2 years warranty on Freon Compressor & Evaporator GDA Series - for High Temperature Applications with Built-In After-Cooler The main advantages of GLOBAL Refrigerant Dryer High inlet temperature applications (GDA Series) Max. Inlet temperature at 80 C Max. designed working pressure, 16 bar g Dry air down to 3 C pressure dew-point Environmental friendly gas R134a / R407c Advance digital control Oversized condenser and heat exchanger Reliable automatic drain High efficiency of moisture separator Compact and robust design Fully insulated to prevent sweating on cold surface Simple and easy maintenance AFE Filter Mounting / Connecting Kit CK2 Features Mounting Bracket Material : Steel Model : MB & MB For filter model G10-G30 & G55-G220 respectively. AFE Connecting Kit, CK2 Features Type 1 CONNECTING KIT Material : Brass Model : CK 1-1/2, CK 1-3/4, CK 1-1 For filter connection size /2", 3/4" and 1" Type 2: CONNECTING KIT Material : Chromed Steel Model : CK 1-1/2, CK 1-3/4, CK 1-1 For filter connection size /2", 3/4" and 1" 17 of 29

18 AFE Semi Autodrain for Small Capacity of Compressed Air Filters, SAD116S Features Spring Mechanism Fits opening of 14.5mm diameter. Hoseholder discharge. Manual mode at pressure above 1 bar g. Automatically discharge at pressure below 1 bar g. Max. design pressure 16Bar g. Brass body AFE Semi Autodrain for Compressed Air Filters, SAD216 Features Spring Mechanism Fits opening of 14.5mm diameter. Hoseholder discharge. Manual mode at pressure above 1 bar g. Automatically discharge at pressure below 1 bar g. Max. design pressure 16Bar g. Brass body AFE Electronic Timer Drain, ETD116 Features Type : Electrical Timer-Control Model : ETD116 Pipe Connection : 1/2" (Inlet), 1/4" (Outlet) Interval Time : 0.5 ~ 45 minutes, adjustable Discharge Time : 0.5 ~ 10 seconds, adjustable Power Consumption : 7 ma, maximum Max Design Temperature : 55 C Max Design Pressure (Bar) : 16 Power Supply (V/Ph/Hz) : 230/1/50 18 of 29

19 Protection : IP65, NEM 4 Body Material : Plastic body with brass valve AFE External Autodrain EAD416 Designed to discharge condensate from filters and distributing pipes of compressed air Features Aluminium body (cover and bowl) Contains an automatic float-type Condensate discharging system Equipped with a manual function as well Max Working Pressure, 16 bar g Max Inlet temperature, 80 C AFE Automatic Condensate Drain Float Type, Model IAD516 Features Complete assembly, ready to install Automatic discharge of condensate Manual discharge valve function Stainless steel body Stainless steel wire mesh strainer Zero operating cost, no electricity required Available for various connection sizes to suit different brands of filter housings Differential Pressure Indicator - DP11 AIRFILTER ENGINEERING Features Plastic body Max. operating pressure of 16 bar g. Red indicator fully pop-up at 0.6 bar g. AFE Differential Pressure Gauge, DP12 AIRFILTER ENGINEERING 19 of 29

20 Features Aluminium body Max. operating pressure of 16 bar g. Scale range: 0 to 2 bar g. AFE Water Separators AIRFILTER ENGINEERING Compressed air is normally saturated with moisture in the form of water vapour as well as aerosol, and this needs to be removed to prevent problems further downstream at the point of application. AFE s water separator is specially designed based on the proven centrifugal separation to remove up to 99% of the water aerosol in compressed air. Working in conjunction with other compressed air treatment products like filters, after-cooler and dryers, the water separator is very cost effective way of further enhancing their efficiency by ensuring that bulk water generated in the compressed air is properly separated and discharged from the system. Feature and Advantages Removes up to 99% bulk water Very low maintenance cost Simple and easy to install Efficient automatic drain Robust aluminium housing AFE Adsorption Dryer Drying compressed air through adsorption represents a purely physical process in the course of which water vapour is bound to the drying medium (desiccant) through binding forces of molecular adhesion. For adsorption to take place, moist air is directed through the adsorber at various operating pressures. During this process, the moist compressed air comes into contact with the hydrophilic desiccant molecules when it flows from the bottom to the top of the vessel. The dessicant molecules will retain the moisture which results in dry compressed air leaving the vessel. Compact Small/Medium Heatless Dryer (C-HDD Series) Heatless Twin Tower Dryer (HDD Series) 20 of 29

21 Heated Twin Tower Dryer (VEHDD Series) Compressed air is a industrial wide used power source. Over the years it became a crucial part of a wide range in industrial processes. However, compressed air after compression is not clean and contains impurities like, water, oil, dirt, wear particles and so on. This mixture creates a form of condensate which damage downstream equipment like air tools, pneumatic cylinders and other pneumatic tools. It also causes high maintenance and costly air leaks in compressed air systems. The use of highly efficient compressed air filters and condensate drains will remove a lot of these impurities and can eliminate most of the problems downstream. For many applications this is not enough. These applications need an even higher level of compressed air quality. Point of use desiccant dryers will provide this level of air quality at the point where the quality is needed without investing a large amount in centralized purification systems which are often not needed because only certain areas of the production process needs that high quality air. NITROPURE - Nitrogen Generator Nitrogen (N2) gas accounts for about 78% of our normal atmospheric air. This environmental friendly and non-toxic inert gas has found applications in many industrial processes; including for purging, inerting, blanketing, flushing and other applications where the presence of oxygen is not desirable. The NITROPURE nitrogen generator is a simple on-site pressure swing adsorption (PSA) system which provides a reliable and convenient alternative to the conventional nitrogen in cylinders. The system is capable of purifying compressed air to achieve nitrogen purity of up to 99.99%. Features and Benefits of the NITROPURE System: Simple PSA design, with easy maintenance Self-generating system. Independent source of nitrogen. Simple logistic, with zero rental and transport cost Low unit cost, compared to commercially bottled nitrogen gas No evaporation loss, zero wastage Easy set-up in conjunction with existing compressed air systems Uninterrupted supply of nitrogen, 24 hours a day and 7 days a week Nitrogen gas on tap. Simple piping network of nitrogen gas right up to all points of application No safety hazard from constant handling of conventional high pressure gas cylinders Typical industries where nitrogen is used: 21 of 29

22 Oil & gas Food & beverage Pharmaceutical Plastic injection moulding Electronics. Laser Cutting Semi-Conductor Chemical Metal Treatment Cable & Optic Fibre industry Glass Industry Fire Fighting Industry Aquaculture Industry And others.. AFE Compatible Replacement Elements AIRFILTER ENGINEERING Advantages of our pleated filter elements: High dirt holding capacity High flow capacity High filtration area Low pressure differential AFE Compressed Air Filter R series AIRFILTER ENGINEERING AFE Compressed Air Filters protect your equipment and instruments from the dirt, water, and oil usually found in compressed air. Airfilter Engineering (AFE) has developed a comprehensive range of filter grades to cater to the requirements of different applications. All our filter media are of pleated design to ensure higher filtration area. Here at AFE, filters and elements can also be custom-made to suit your needs. Our engineers in the research and development department ensure that we continuously satisfy the increasing demands of today s sophisticated market with high quality filtration products to ensure clean compressed air is readily available. Airfilter Engineering guarantees you quality, reliability and efficiency in all our products which have been specifically designed to offer you the best solution for your compressed air filtration needs. Our filters are manufactured with either die-cast aluminium or carbon steel housings for a wide range of operating pressures, temperatures and capacities. These filters were designed in accordance with international standards and carry the CE mark, complying with the European Pressure Equipment Directive PED 97/23/EC. With over 10 years of experience, Airfilter Engineering offers a comprehensive range of filters and elements with different filtration grades to meet the recommendation of the ISO8573 for different types of users. AFE's filters and elements have been engineered for low pressure drop, which gives the benefit of minimum energy and maintenance cost. Airfilter Engineering s products are highly effective yet economical to your total business investment. The filters are fully tested for performance, safety 22 of 29

23 and leakage, and treated to prevent surface oxidation. As we know air produced by your compressor contains water and other impurities. AFE s filter is designed to remove these pollutants: the P grade high efficiency pre-filter/ particulate filter, which removes particles down to 3 micron. The particulate filter protects piping and pneumatic equipment from particulate damage by removing rust, pipe scale, metal oxides, and desiccant particles. The U, H & S grades are high efficiency coalescing filter. The high efficiency coalescing filter removes water aerosols, oil aerosols and solid particles to a specified level which gets rid of particles and oil aerosols down to 0.01 micron and mg/m3 respectively. It is important to realize that a coalescer is excellent at removing aerosols and liquids but not vapours like hydrocarbons and odors. A vapour filter removes vapours with an adsorbent. The C grade, an activated carbon filter, is a vapour filter which removes oil vapor and hydrocarbon odors. Depending on the air flow and oil content in the compressed air, vapour filter elements need to be replaced every few months because the effectiveness of the activated carbon degrades as it adsorbs the oil. Compressed air filters should be installed in a level pipeline, mounted vertically, the bowl downward with one element length clearance for element removal. The filter should be installed at the highest pressure point available, and as close to the equipment being protected as possible and have a drip leg immediately upstream. Pressure drop is used to determine when to change a filter. Contaminants, pressure, temperature and other variables affect the service-life of a filter. Generally in a compressed air system, when the pressure drop across the filter reaches bar (8 to 10 psi), the element should be changed. It is critical to drain the filter housing daily to release condensate that gathers in the bottom of the filter bowl. Automatic drain valves simplify this process and protect your system from water flooding. AFE s filters provide air quality to the ISO 8573 standard but it s important to remember that the effectiveness of any filter is directly related to the performance of the filter element at minimal pressure differential. So check your AFE filter elements often and reorder when necessary to assure a steady stream of contaminant-free compressed air in your system! AFE Filter Grade P For coarse pre-filtration Particle removal down to 3 micron AFE Filter Grade U For general filtration Particle removal down to 1.0 micron Oil removal down to 0.1 mg/m3 at 20 deg C AFE Filter Grade H For high performance filtration Particle removal down to 0.01 micron Oil removal down to 0.01 mg/m3 at 20 deg C AFE Filter Grade S For high performance filtration Particle removal down to 0.01 micron Oil removal down to mg/m3 at 20 deg C, in conjunction with filter grade H AFE Filter Grade C For oil vapour and odour removal (Activated Carbon) Oil removal down to mg/m3 at 20 deg C Applicable in oil lubricated compressors in conjunction with filter grade H AFE Electronic Zero Air Loss Drain 23 of 29

24 AIRFILTER ENGINEERING Airfilter Engineering s ESDs remove undesirable condensate from compressed air systems after coolers, receiver tanks, air dryer and filters. The condensation in a compressed air system is a constant threat to causing extensive problems. The AFE Electronic Sensing Drains Series is a high quality drain that is an intelligent, reliable & maintenance free with zero air loss. Features and Advantages - Non-wearing magnetic core level control for optimized and loss free discharge of condensate - Integrated dirt screen between level measurement and drain valve to protect the diaphragm valve with alarm monitoring - Diaphragm valve with large cross-section and condensate pilot control - Volt Free Alarm Contact AFE Electronic Timer Drain ETD150 AIRFILTER ENGINEERING Type : Electrical Timer-Control Pipe Connection : 1/2" Interval Time : 0.5 ~ 45 minutes, adjustable Discharge Time : 0.5 ~ 10 seconds, adjustable Max Design Temperature : 55 C Max Design Pressure (Bar) : 50 Power Supply (V/Ph/Hz) : 230/1/50 Body Material : Plastic body with brass valve COMPRESSED AIR PRODUCTS AIRFILTER ENGINEERING AFE Compressed Air Filters protect your equipment and instruments from the dirt, water, and oil usually found in compressed air. Airfilter Engineering (AFE) has developed a comprehensive range of filter grades to cater to the requirements of different applications. All our filter media are of pleated design to ensure higher filtration area. Here at AFE, filters and elements can also be custom-made to suit your needs. 24 of 29

25 Skimmer Systems ELASTES SKIMMER SYSTEMS Most oil skimmers can t tell the difference between oil and water. They pick up both meaning costly water disposal. Elastec Drum Skimmer Systems are selective. They attract only the oil and leave the water behind. Standard Feature and benefits Proprietary oleophillic drums High efficiency High recovery rate Simple design and easy to operate Light weight Robust construction Versatile Very low maintenance No installation required Stability Shallow draft Proven reliability Operates in 3 of water Life time drum warranty Value for money NAVIGATOR II MARINER 3S The State of Art The pool cleaner mariner 3S Navigator II has an exclusive electronic compass. This enables it to use the most effective procedure even along the length of the pool. This allows a logical, whole-area and fast cleaning of adventure pools: fully automatic, in all pools independent of their shape, depth and fixtures. It can clean an Olympic-size pool in just 2 hours. Uncompromisingly clean fast rotating special brushes, two pumps with a capacity of 1,200 litres per minute. Self-surfacing the cleaning robot surfaces by itself and can be started up easily on the side of overflow edges User-friendly and safer 25 of 29

26 transport trolley, easy to view control unit, CE checked, safety extra-low voltage < 30 volt Time delayed operation for automatic cleaning overnight Reliable and durable the mariner 3S navigator II is designed for heavy duty, daily application and has a very long service life OIL / WATER SEPARATION JORC SEPREMIUM 10/ SEPREMIUM 20/ SEPREMIUM 30 Compressed air condensate separatorthe SEPREMIUM range of oil/water separators separates oil from condensate, generated by compressed air systems. The SEPREMIUM achieves separation of oil from condensate by means of directing the condensate through various separation stages. Principle Workings of the sepremium As condensate flows in to the SEPREMIUM, the oil is filtered out through various filtration elements. The first oil adsorbing element has a clever saturation indicating feature, offering you a visual operating status of the separator at a distance. The elements are designed to combine various types of adsorption technologies to achieve less than 10 ppm oil residue values at the output stage. Final separation stage includes specially selected activated carbon to polish out the remaining contaminants. Technical Advantages Visual element life indication. Lighter and easier replacement of elements. Sectional draining options during servicing. Multiple condensate inlets. Large 1" output capacity. Service drains for easy maintenance. Simple installation and maintenance procedures. Sample bottle and test drain for sample taking. MANN+HUMMEL Air Filters MANN+HUMMEL Prevent dirt from being sucked in with the intake air, and hence wear on the compressor. They ensure the long service life of all filter systems in the compressor. Minimum pressure losses guarantee long service life and high energy efficiency. Air filters Longer service life Minimum pressure losses High quality and reliability components Economic High performance and energy efficiency 26 of 29

27 MTA REFRIGERATION AIR DRYERS, MP SERIES MTA Air flow m³/min Exclusively combines the advantages of thermal mass. Direct expansion systems for heat transfer, from compressed air to refrigerant, in one unit. This special design allows the refrigerant compressor to run only when it s needed; thereby, together with the air-to-air pre-cooling exchanger, offers a onsistent energy savings. GLOBAL REFRIGERATED AIR DRYER, GDN SERIES GLOBAL EQUIPMENT 2 years warranty on Freon Compressor & Evaporator GDN Series - for Normal Temperature Applications with Bigger Heat Exchanger The main advantages of GLOBAL Refrigerant Dryer Environmental friendly gas R134a / R407c Advance digital control Oversized condenser and heat exchanger 27 of 29

28 Max. Inlet temperature at 65 C Max. designed working pressure, 16 bar g Dry air down to 3 C pressure dew-point Reliable automatic drain High efficiency of moisture separator Compact and robust design Fully insulated to prevent sweating on cold surface. AFE COMPRESSED AIR FILTERS - G SERIES AIRFILTER ENGINEERING AFE Compressed Air Filters protect your equipment and instruments from the dirt, water, and oil usually found in compressed air. Airfilter Engineering (AFE) has developed a comprehensive range of filter grades to cater to the requirements of different applications. All our filter media are of pleated design to ensure higher filtration area. Here at AFE, filters and elements can also be custom-made to suit your needs. 28 of 29

29 I.R.I.S. (M) Sdn. Bhd. No. 10, Jalan Anggerik Mokara 31/59, Kota Kemuning, Section 31, 40460, Shah Alam, Selangor, Malaysia Tel Fax Mobile Phone Website GST Registered No Branch Office (JB) 31-01, 1st Floor, Jalan Mutiara Emas 9/3, Taman Mount Austin, Johor Bahru, Johor Tel Fax Branch Office (Penang) No. 57, Tingkat 1 Jalan Bagan Baru 1, Taman Bagan Baru, Butterworth, Penang Tel Fax of 29