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ABB Automation GmbH
	Calmaster Calmaster has been introduced in response to demands from the water industry for traceable in-situ flow meter verification. Calmaster performs a complex series of tests, which ensure correct functionality and calibration of the flow meter. A simple to follow Windows interface guides the user through the automated series of tests. On completion a certificate is produced to comply with regulatory requirements. Calmaster can be used on existing Magmaster installations but with a reduce accuracy. Magmaster with a factory fingerprint will be given a certificate of 1% existing Magmasters without a factory fingerprint will be given a 2% certificate. Verification accuracy +/- 1% Fully portable battery operated hardware Help desk support at Calmaster@gb.abb.com FCU200-T (SensyCal-T) The FCU200-T (SensyCal T) is a two-channel energy, mass flow and volume counter. The device is designed to convert either direct current to a proportional pulse frequency or a proportional pulse frequency to a direct current. The following process signals can be connected on device 2 active current signals or 2 active pulse/frequency signals 2pulse output Graphic display with background light. The key day function, data logger and the MBUS, MODBUS and Profibus (over converter) communications are for further processing. Oxygen and Combustibles Analyzer The Type SMA Smart Analyzer 90 is a microprocessor based industrial grade combustion analyzer that continuously samples and analyzes industrial flue gases (oxygen only or optional oxygen and combustibles).The analyzer is designed for use on gas, oil or coal fired combustion processes and has a high temperature operating range.Typical applications include those found in the utility and petrochemical industries. Sensyflow FMT200-ECO2 Sensyflow FMT200-ECO2 is a very compact and extremely dynamic mass flow meter for air. It offers a direct mass or standard volume flow measurement in pneumatic applications, e.g. in paint robot control. A multi-variable connection system makes the Sensyflow FMT200-ECO2 easy to install in many different tubes or pipes. Analog and digital output signals allow for flexible signal processing. Compact design (IF Design award) Variable process adapters: tubes, threads, ISO-KF flanges DN25 Variable, adjustable output signals Measuring range 1..100 kg/h (=12....1250 l /min) Serial port RS 232 Variable Area Flowmeter VA Master FAM540 The flowmeter operation is based on the variable area principle. They can be utilized for measuring the flow of liquids, steam and gases, especially when aggressive or opaque fluids are to be metered. They are indispensable where high pressure and/or high temperature operating conditions exist. The stainless steel primaries as well as the PTFE liner primaries are proven in many applications even under hardest conditions. Primary instrument designs: FAM541 Standard-line with flange connections FAM544 Hygienic design FAM545 with PTFE-liner for aggressive fluids FAM546 with Steam jacket for temperature sensitve fluids All devices are available as analog indicator with or without alarms as well as electronic transmitter with 4-20 mA , HART and NAMUR contact outputs and optionally with a graphical display. They can be used in all hazardous areas in flameproof, intrinsic safety or non sparking design.
Azett−Seifenfabrik GmbH & Co. KG
	cleaners. cleaners. Elan liquid for middle to extreme soiling Elan is a high quality pH skin neutral hand cleaner with special emolients that leave the skin smooth. Does not contain abrasives or Hand cleanser liquid Reinfix is a premium universal hand cleaner for everyday use. Contains emollients and mild polyurethane abrasives that leave the skin feeling clean and soft. Solvent free and pH skin neutral Application: Average to extreme soiling Handwashpaste Handwashpaste for average to extreme soiling. Handrein is an economical hand cleaning paste based on wood powder abrasives. Solvent free and pH skin neutral.
ARIANA Industrie GmbH Marketing
	ARIANA Maintenance Station R-3000 Emulsions and grindingsolutions are cleaned and optimally maintained during production. Removes external oils up to 97% from the emulsion, works independently using bypass technology without personnel placement, higher running capacity for short application times. The device is made of stainless steel. ARIANA Power Vac Pump Dual acting suction-force pump for fluids. Used to fill or deflate coolant and lubricant containers
ARI-Armaturen Albert Richter GmbH & Co. KG
	Butterfly valves Butterfly valves Butterfly valves Butterfly valves Flow regulating Application : Heating facilities, AIR conditioning facilities Medium : Water, water with cold-protection, etc. eClass-No.: 37010203 Manifolds Application : Collects and distributes condensate, steam and fluids Medium : Steam, condensate, process water, hot oil, etc. Pressure reducing Application : Industrial installations, processing technology, plant manufacturing, etc. Medium : Liquids, gas and vapours, steam eClass-No.: 37011902 Safety valves Application : Heating facilities Medium : Steam eClass-No.: 37010905
ARGAL S.R.L
	Double diaphragm pumps Double diaphragm pumps are operated by compressed air orany non-flammable compressed gas. The pumping strokebegins as air is delivered by the air distribution system, puttingpressure on one diaphragm and then the opposite diaphragm.The two diaphragms are linked together by a common rod.The pumping stroke on one side is simultaneously the suctionstroke on the opposing diaphragm alternately drawing fluid inone side while discharging fluid from the other side. Lagoon filtering system The range LAGOON has been designed to have different parts that can be assembled together in order to manufacturea customised and usefull filtering system. The bases can be connected one to the other, in line or in parallel.The spacious base allows an easy connection of the different pipes, valves and fittings. Process Pumps Centrifugal chemical pumps moulded in pure thermoplastic material with many executions to offer different applications for pumping chemicals in the most efficient way. Innovation thanks to stainless steel use in the pump body as reinforcement.The stainless steel is also used for the coupling guard and the base plate all according to the ISO regulations.The employed material and external structures are identical for the whole project Frontiera. The inside solutions and type of motor connection are different. These pumps can be sealless or sealed; close coupled or long coupled executions. TGF series sealless centrifugal magnetical driven pumps according to ISO 2858 with the possibility to choose netween different internal structures in order to offer many applications for pumping the chemicals in the most efficient way. One execution allows the accidental dry running. ZGF series Sealed pumps produced according to ISO 2858 regulations with own mechanical support, back pull out execution. As “process” pumps they are designed to accept commercially standardized mechanical seals. The bearings are oil lubricated. TMF series Hydraulic parts of the precedent range but in close coupled execution with the normalised electric motors installable without dismantling the pump. ZMF series Sealed pumps, close-coupled execution, ready to fit normalized motors with additional bearing to withstand hydraulic loads. Service Pumps The main feature of these pumps is the capability to suck with empty pipes, only in few seconds from a deep of 5 meter , even concentrated chemicals with high specific gravity and low vapour tension. Only a few competitive products offer such possibility ! The “TMA” pumps are made of thermoplastic polymer such as Polypropylene that is suitable for the majority of the chemicals available on the market and E-CTFE that is a fluorinated polymer usually resistant to all the liquids, mix of acids and bases up to a working temperature of 90°C. The internal components are in ceramic, silicon carbide, carbon-graphite and glass fibre reinforced PTFE . The process through injection-moulding allow production of stronger components thanks to reinforcement ribs and equal thicknesses. The motors are IEC normalized and either three phase or single phase. Different powers of motor are installable depending of the specific gravity of the chemicals. The NEMA motor are also installable. Among the applications we point out the ones refereed to decanting, transfer of chemical and galvanic process, descaling of pipes and hydraulic system (where suction and discharge reversibility can be exploited ) , pumping of fungicides and agricultural fertilizers (utilizing the adequate pressure developed by the pump) , pleasure crafts for sea water use.
Arden Equipment
	Clam bucket for bulk material handling ARDEN Equipment Rehandling grabs: - Twin vertical cylinders clamshell grab designed for any kind of material. - Optional side and front bolt on cutting edges to reduce the wearing. - 3 Optional teeth for digging applications. Concrete pulverizer Mechanical pulverizers: - Fittings according the genuine excavator's cinematic. - Low maintenance requirements - cast teeth (except BB1200 jaws). - Opened jaws for calibration 0-150mm concrete crushing. - Wavy jaws profile to allow clean rebar and concrete separation. - Strong designed structure made of 400HB steel with hardfacing 600HB. Hydraulic breaker for demolition machine ARDEN Equipment Hydraulic breaker for demolition machine ARDEN Equipment Hydraulic breaker Silenced: - The internal control valve system provides a shorter, direct and larger oil flow which reduces oil heating and increases by 15% the output and seals life. - Only two moving parts (piston + control valve) for increased reliability and low maintenance. - Maximum impact transfer by nitrogen and hydraulic pressure. Perfect piston-tool weight ratio assures less recoil. - Idle stroke protection : a high pressure cushion ensures piston absorption at full stroke and shock protection. When working : piston recoil is absorbed by the nitrogen chamber compression which releases this energy in strike force. - All breakers have full protection brackets with noise, shock and vibration absorbers. - A long fronthead fitted with 2 bushings for a good tool guiding, longer lifetime of toolbushing and tool bending prevention. - Two retainer pins for longer pin durability, less burr on tool and easy tool replacement. - Lower bracket part strongly reinforced with abrasive resistant steels. Hydraulic shears for construction - demolition vehicle Hydraulic scrap shears: - Standard Speed Valve. - Central pin with tighten adjustment. - Reversible blades. - Cylinder protection. - 360° rotation. - Optimized design and shape : - strength, weight, visibility. Scrap cutting shears - Guide for opening and closing. - Blades 4 times reversible. - Fine shape for easy penetration in the scrap. - Special design for easy handling of scrap. - Arm link. - Main shaft adjustable. - Powered by the bucket cylinder. Scrap grab ARDEN Equipment Multi tine grab: - Choice of free or hydraulic rotation with heavy duty bearings. - CAD Technology allowed to optimize conception and to use the high tensile steel. The hoses of the innovative new series 50 are protected providing downtime and lower requirements for maintenance. - Rugged frame construction protecting body, cylinders and joints from shock loads. - Wide range of tines available in different diameters in two styles to suit your application. - Abrasion resistant replaceable tips for long life and easy maintenance.
Arctic Machine Oy
	centre-mounted scrapers -centre-mounted scrapers for effective road maintenance. ploughs Diagonal front-mounted ploughs
Arboga-Darenth AB
	Rotary Drum Filter The Arboga-Darenth Rotary Drum filter is an integrated yet modular system that cleans coolant - with a permanent rotary screen protects slideways and extends machine life provides higher performance and quality meets ever stringent occupational and health requirements Shredder KSM The Arboga-Darenth Shredder KSM cuts long swarf down to short chips that can be easily conveyed or processed by a centrifuge or briquetter. It is ideal for installations at the individual machine and especially in combination with a pneumatic conveying or pump system. The Shredder is suitable for Aluminum-, steel-, vanadium- and cast irons chips, as well as turnings from machining processes by individual machines, process centers and transfer lines. The shredder can be installed directly to the production machine and remove the waste by means of pneumatic or pump systems. The shredder can be mounted next to or above various conveying systems or can be incorporated in processing machines or container systems. Features Available in direct or chain drives with compact gear motors. Available in sizes from 40 to 600 kg/h depending on material and requested size reduction Swarf Briquetter The Arboga-Darenth Swarf Briquetter processes short, loose chips from machining of non-ferrous or ferrous metals and cast iron into cylindrical briquettes. The briquetter with closed dies are designed for ferrous metals and cast iron. It produces cylindrical briquettes, diameter 70 or 80 mm and length up to 110 mm, weight approx. 2.5 kg each. With an inlet hopper, conveyor, sorting machine and material level sensor the press operation can be automated. Operation Short chips are screw fed or pressed in to a chamber where the compressing takes place in a cylindrical die. There are two cylinders in the press the first are filling the chamber, and the second is compressing the chips into dense briquettes. The pressing method ensures high, uniform material and uniform material compaction. The press is equipped with 200 dm3 hopper, with a vibrator and oil cooler. Swarf Crusher Type KB The Arboga-Darenth crusher type KB accepts, crushes and breaks up bushy swarf and at a low rotating speed the bushy swarf is cut down to small pieces at a continuous rate. The crusher can accept large quantities and then reduce the swarf to an even flow of chips. This makes the crusher ideal for installation in a swarf handling system
AqWise - Wise Water Technologies Ltd.
	AGARÂŽ FFAST Combining the robust RF capabilities with Activated Sludge polishing The AGARÂŽ FFAST (Fixed Film Activated Sludge Treatment) configuration combines the advantages of both fixed-film and suspended biomass technologies. In this configuration, the wastewater is treated first in a RF reactor (see above), then in a conventional activated sludge process. This combination utilizes the RF capability to significantly reduce wastewater BOD in a relatively small reactor volume filled with Aqwise Biomass Carriers, followed by the high-quality effluent achievable in an activated sludge system. Wastewater is introduced into a single-stage roughing filter, with no sludge circulation. Following this treatment, soluble BOD in the wastewater is reduced by 45%-70% before entering the activated sludge process. The activated sludge system is considerably smaller, as it is required to deal with only a fraction of the organic load of an equivalent conventional plant; in effect, it acts to polish the RF effluent to extremely high qualities. Return Activated Sludge (RAS) from the secondary clarifiers is recirculated to the beginning of the activated sludge tank; provisions may be made for allowing a part of the RAS to return upstream to the RF, thereby creating a selector effect for control of filamentous organisms. Another advantage of the FFAST configuration is its ability to sustain shock loads as well as a certain amount of toxicity, thereby protecting the downstream activated sludge process from upsets. Due to the thickness of the biofilm on the Biomass Carriers, the bio-film is capable of rebounding more quickly from toxicity upsets than an equivalent suspended biomass. The FFAST process is optimal for plants with limited area, which require consistently high quality effluents coupled with an ability to withstand shock-loads, as well as for new plants or upgrades of high load wastewater treatment plants. AGARÂŽ IFAS Intensive Nitrogen Removal within new or existing plants The AGARÂŽ IFAS (Integrated Fixed film Activated Sludge) configuration utilizes the complex interactions between a bio-film on the Biomass Carriers and suspended biomass in the activated sludge. This co-existence creates a specialized and highly concentrated nitrifying bio-film on the Aqwise Biomass Carriers, acting simultaneously with the organic carbon oxidation by the activated sludge. This process principle is to introduce biomass carriers into the activated sludge, thereby allowing the activated sludge to remove most of the BOD, while allowing the biofilm to develop a microbiological population that oxidizes ammonium compounds. The AGARÂŽ IFAS is particularly well suited for retrofitting existing plants in order to add nitrification capacity, as well as increasing carbonaceous BOD removal, without any additional tank volume. The IFAS process can also be utilized in newly designed plants. An AGARÂŽ IFAS reactor is typically divided into a series of process stages that include aerobic, anoxic and anaerobic volumes, in a similar way to some well known BNR configurations. In AGARÂŽ IFAS biomass carriers are filled in the aerobic stages. The carriers are retained by screens located at the effluent end of the process stage, and by a hydraulic effect called a "carrier barrier" at the influent end. The heart of the IFAS process lies in the competition between microorganisms growing in the liquid sludge, and those growing on the Carriers. As the suspended biomass has an absolute advantage over the fixed biomass in soluble BOD assimilation, the biomass developing on the Carriers consists almost entirely of nitrifying bacteria. As a result, the same tank contains two different microbiological populations executing completely different functions, thereby greatly increasing the treatment potential within the same volume. By using advanced modeling and in-depth process design tools, the size, location and quantity of biomass carriers in each of the process stage can be accurately determined to achieve extremely precise nutrient removal. The AGARÂŽ IFAS process is the perfect solution for upgrading existing plants to Biological Nutrient Removal, without adding reactor volume. In addition, the IFAS process can be used to increase plant treatment capacity with no addition of tankage. AGARÂŽ MBBR A robust solution for intensive BOD and Nitrogen removal The AGARÂŽ Roughing Filter (RF) or Moving Bed Bio Reactor (MBBR) configuration offers a treatment process based on a bio-film which provides organic carbon removal, as well as nitrification and de-nitrification where needed, without circulation of activated sludge. The process is simple, robust, and requires minimal operator intervention. Wastewater is introduced into a single or multiple-stage system (depending on whether nitrogen removal is required), each of which contains the suitable volume of Aqwise Biomass Carriers. The process configuration designed for BOD removal only is a once-through design, with 1to 2 process stages in series. The number of stages is determined according to the required effluent quality. Wastewater enters the reactor, and effluent exits the reactor to a solids separation unit such as a clarifier, a DAF unit, media filtration, etc. In this configuration, there is no sludge recycle to the aeration tank, and all of the biological activity takes place in the bio-film on the carriers. When nitrogen removal is also required, the process will include a larger number of process stages, and an internal circulation of nitrified effluent to a pre-denitrification basin, but other than this, there is no sludge recycle from the solids separation unit. The RF/MBBR configuration is extremely well suited for a wide range of applications: from pre-treatment of industrial wastewater in order to cut down the organic load, to full treatment of municipal wastewater to the most stringent effluent requirements. AGARÂŽ MBBR-BNR The AGARÂŽ Roughing Filter for Biological Nutrient Removal (MBBR-BNR) configuration offers a treatment process based on a bio-film which provides organic carbon removal, followed by nitrification and de-nitrification, without circulation of activated sludge. Denitrification occurs in both pre-denitrification reactor, and in an innovative, patent pending, fixed/moving bed reactor in which intensive endogenous denitrification occurs. The process is simple, robust, and requires minimal operator intervention. Wastewater is introduced into a multiple-stage system, each of which contains the suitable volume of AqWise Biomass Carriers, followed by the fixed bed reactor. The MBBR-BNR configuration is extremely well suited for small and medium municipal applications, where nitrogen removal is required with a minimal operator intervention.
Aquasant AG
	Content measurement Ex-classification: EEx ia IIB or IIA T4 Type of protection: IP 67; NEMA 6 Operating pressure: 2 bar Operating temperature: -40°C to +80°C Measuring dimensions: Level; Interface, Temperature Probe length: 400 to 18'000 mm Measuring range: -30°C to +70°C Output signal: Digital RS 485-Interface Tube material: 1.4404 (316L) Mounting connection: 3/4" NPT or flange Power supply: 10.5 - 28V DC MOBA mobile oil-separation plant Capacity: 0.6 to 4.5 litres/sec. with controller mechanism Suction height: Max. 6 m Elevation: Approx. 20 m Weight of separator when empty: Approx. 1700 kg Axle load capacity: Approx. 2000 kg Contents: Approx. 3500 litres Pulling device: Adjustable drawbar with coupling ring and overrun brake. The separator can be towed with a truck or car of adequate pulling power. Stabilising mechanism: For safe operation Turbidity meter Type AS82.2 Supply voltage: 24VAC 50 - 60 Hz / DC / -10%..50% Power consumption: Approx. 9VA (AC) / 6 VA (DC) Emitted measurement signal: 880nm Ambient temperature: +5°C .. 45°C Analogue output: 0..20mA or 4..20mA Relay breaking capacity max. 250V, 1A, 100VA Measuring range: >10E 10 cells per ml or >200g per liter Solid suspension (product dependent) Calibration required! Waste water treatment with Lugan LUGAN 500 Technical data Flow capacity: 750 l/h Dimensions H x W x D: 1900 x 650 x 610 mm Weight: 90 kg Mains connection: 230 V / 15 A (Residual current operated circuit breaker) Air requirement: 4 - 6 bar, approx.30 l/h Water temperature: 4°C - 60°C Feed pump: 1.5 m3 at 15 m Wg, 230 V / 50 Hz, with special suction basked and check valve