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Calibration Hand Pumps (Pressure & Vacuum)
Types 2911, 2941, LPP 30, LPP 700 and LPP 1000
LPP 30:
Pneumatic up to 35 bar, switcheable to vacuum -0.95 bar
LPP 700 and LPP 1000:
Hydraulic up to 700 resp. 1000 bar
Together with our electronic pressure calibrators you get a "calibration laboratory" in a case.
All Calibration Handpumps supplied with test tube.
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From small pneumatic 'bicycle' type pumps to a hydraulic pump that generates up to 15,000 psi (1,000 bar). These are durable pumps with features such as vernier valves, vent valves, manifold connections and swivel fittings, making the pumps ready for your calibration applications.
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Beamex's calibration accessories complete your investment into calibration equipment. Utilizing calibration accessories means an ability to extend configuration possibilities. For instance, by using the external pressure modules you are able to calibrate a wide pressure range with one calibrator.
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Scandura has a complete line of pressure/vacuum generators
PNEUMATIC LINE:
- series BA, vacuum up to 7 bar
- series GPP, vacuum up to 40 bar
HYDRAULIC LINE :
- field use: GHM series, ranges up to 300, 400 e 700 bar
- lab use: GHH, series, ranges up to 700 bar
Scandura’s BA series Pressure Generators play their role at the optimum level.
Its high performances are associated with an excellent price to performance ratio, including long terms performance stability and operating reliability as the market leaders only can ensure.
For large quantity supplies Original Equipment Manufacture (OEM) Agreements are possible with any Distributor/Provider of and Maintenance Process Control Equipment
What are you waiting for, surf in our web-site, visiting the incredible Scandura world!
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HTP1 Pressure Test System
1000 bar, 15 000 psi Hydraulic Pressure (compatible with most fluid media) HTP1-700 and HTP1-1000 are lightweight, easy to use and can generate pressures up to 700 bar / 1000 bar, 10 000 psi / 15 000 psi. HTP1 is well suited for calibrating pressure transmitters, pressure transducers, pressure switches and pressure gauges.
Features & Benefits:
Hydraulic Pressure up to 700 bar / 1000 bar, 10 000 psi / 15 000 psi!
Sealed Construction - NO LEAKS ! NO RUST !
Lightweight, hand held and easy to use.
Optional over pressure protection system (via adjustable relief valve)
Quick priming and pressure generation using scissor action pump.
High pressure / priming selector.
Fine adjustment control.
Pressure release valve.
Large see-through reservoir with a capacity of over 100cc.
Compatible with many different liquids. e.g. mineral oil, distilled water. ('Skydrol' / Brake fluid option also available).
Optional accessories include a carrying case, a set of adaptors and a flexible hose with quick fit connectors suitable for many applications.
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The hand pump with fine adjustment is a pneumatic compression device for a pressure output from 0 to 16 bar and is operable by hand.
The hand pump is especially suitable to check or to calibrate pressure measuring instruments, as for example load cells, pressure sensors and gauges. The pump is portable because of its compact construction and is to serve handily and easily. A fine automatic controller at the pump enables a fine regulation of the pressure output. The pressure pump was developed for a fast and simple pressure calibration.
The hand pump consists of a cylinder, a piston, a pressure release valve, a fine adjustment and the handles. Over the two available internal threads the pump can be attached to the test normal and the test sample, in order to check or calibrate. The handles have to be pressed and released by hand a few times. As result an initial pressure within an area from 0 to 16 bar or -780 to 0 mbar is produced.
Connect test normal and the instrument which is supposed to be calibrated with the pump by using the flexible hose and the supplied connections. During inflating you close the opening valve in clockwise direction. For pressure relief you turn the opening valve against clockwise direction. Before the calibration of the pressure measuring device each connection should be checked for tightness. After the calibration make sure that the pressure is relieved before unscrewing the instrument (otherwise danger of injury exists).
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Features:
- Patented CeramPump® Design - One moving part, No Valves.
- Direct Coupled Synchronous Drive - Long term, drift-free accuracy.
- Inert Fluid Path - Excellent solvent compatibility
- Flows from 0-1380 ml/hr
- Kit Includes: Low Dead Volume Fittings, Teflon Tubing, Pulse Suppressor, & Dial Indicator for repeat flow settings of 0.1%
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By using Innovative technologies as AP-TRIX or Cyclo-TRIX, Armen Pump series offers outstanding performance and efficiency for process development and production of pure molecule from milligrams to tens of grams.
Very robust, pulseless high performance piston pumps.
Low pressure or high pressure gradient former available.
Directly controlled through an external keypad or with our AGP Armen Glider Software when integrated with a modular system.
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Features:
- High quality components, intelligent mechanical and electronic design, and rigorous quality assurance testing guarantee durable and reliable operations
- Installation, qualification, and performance verification is easy with AutoQ TM equipment qualification tests and predictive performance indicators
- SmartFlow TM technology ensures optimal performance for any flow, pressure, or solvent composition
- All pumps are equipped with an active rear-seal wash system as a standard, not an option
- Patented piston-seal tightness monitoring, self-diagnostics, and pre-programmed test routines help identify problems quickly
- An on-line troubleshooting guide and advanced system status reports facilitate timely resolution of work-flow interruptions
- Easy front-panel access to all fluidic components for routine maintenance and quick replacement without disassembling the instrument
- Unique dual-gradient pump systems provide ultimate flexibility and the benefits of advanced chromatographic techniques without occupying additional bench space
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Low-Cost, High-Performance Isocratic Pumps
Both pumps feature:
- Built-in pulse dampener and rapid refill for pulse-free operation
- Self-flushing pump head for longer seal-life
- Automatic prime/purge system for easy priming
- Wide flow range for broad HPLC work, including semi-preparative applications
- EZChrom driver and cables included
The Model 426 has these additional features:
- User-settable upper and lower pressure limits
- Pressure monitoring on the LCD
- Interfacing features for convenient pump control
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Preparative HPLC Pump 1800
Our powerful pump for preparative chromatography with a 100 ml pump head.
The Preparative Pump 1800 is a versatile HPLC pump with an interchangeable pump head available in different sizes and materials, including non-ferrous, biocompatible versions. This pump delivers constant flows up to 100 ml/min at a maximum pressure of 400 bar and is ideally suited for semi-preparative to preparative HPLC applications, including SMB purposes. Two to four pumps can be combined to create a high pressure gradient HPLC system. As a more cost-effective gradient solution this pump can also be equipped with the optional low pressure gradient valve module which is easily mounted in front of the pump head to deliver reliable and reproducible gradient profiles.
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Vacuum filters, series FVI
Compatible with pneumatic vacuum generators (venturis) or electric vacuum pumps.
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This range of filters has been specifically designed to operate in conditions of almost absolute vacuum. Each filter is individually tested in order to verify its vacuum sealing capacity and the surface treatments applied are capable of ensuring their optimum condition through time. The filter cartridges are interchangeable with those usually used in this field. The filter screen being made of treated paper with filtering capacity of approx. 5 microns. This is sufficient to guarantee the protection of the vacuum generating pumps under normal working conditions. The filter cartridges need to be replaced when they are found to be either clogged or damaged, their replacement being facilitated by the filter closure system. In addition to the shown filter types, on request we also produce filters having special dimensions, with non-standard inlet and outlet caps, or with filter cartridges made of various materials, to meet special requirements.
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Headline Vacuum Pump Exhaust filter housings are available in two materials:- Aluminium and Stainless Steel. All housings, other than Model 420, provide a captured outlet for the ducting away of the aerosol-free exhaust if required. The choice between Aluminium and Stainless Steel will depend upon the chemical composition of the exhaust. If the temperature can exceed 120°C, or if corrosive chemicals are present, stainless steel should be used. All housings are rated at 2 bar pressure at their maximum pressure rating.
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The exhaust from oil sealed vacuum pumps is laden with a fine stable oil aerosol. This pollutant must be removed or serious health and environmental damage may be caused.
Headline vacuum pump exhaust filter housings and coalescing elements completely remove oil aerosols from the vacuum pump exhaust. Available in aluminium and stainless steel, the housings are suitable for flow rates up to 765 Nmþ/hr and give complete security, low back pressure and running costs, and exceptional service life.
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Headline Vacuum Pump Exhaust filter housings are available in two materials:- Aluminium and Stainless Steel. All housings, other than Model 420, provide a captured outlet for the ducting away of the aerosol-free exhaust if required. The choice between Aluminium and Stainless Steel will depend upon the chemical composition of the exhaust. If the temperature can exceed 120°C, or if corrosive chemicals are present, stainless steel should be used. All housings are rated at 2 bar pressure at their maximum pressure rating.
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Vacuum pumps are used in a variety of applications from manufacturing processes to medical devices. In general, a vacuum pump provides high quality, reliable performance and is a low maintenance piece of equipment. Vacuum pumps convert mechanical energy into pneumatic energy by evacuating the air contained within a system. They use the same pumping mechanism as air compressors except that the unit is installed so that the air is drawn from a closed volume and Exhausted to the atmosphere.
In a compressed air system the compressor inlet is usually at atmospheric pressure, whereas in a vacuum system, the outlet is at atmospheric pressure.
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A large input shaft diameter allows more through put power, even with an integral charge pump. When the 350 series pump is fully loaded as much as 56 kW (75 hp) of through put power is available for auxiliary hydraulic power needs from the SAE B auxiliary mounting pad.
350 Series pumps operate at a level of quietness that exceeds the requirements of today's demanding work conditions.
Another pump feature - a serviceable, bimetal valve plate - improves pump filling characteristics which, in turn, reduces fluid-borne noise and extends pump life. A highly engineered pump housing and swash plate also minimizes noise and vibration.
Mounting flanges are offered in SAE B and C configurations and ports are offered in SAE, ISO tube and flange and STC direct port versions. Opposite or same side port versions are available to facilitate plumbing and help the pump fit your machine space needs. An integral gerotor charge pump can be provided with up to four different displacement sizes allowing for either remote or inlet charge filter options. The 350 series pump offers a full range of product features and has the ability to match the needs of many different customer platforms. It supports increased power requirements in Agricultural, Construction and Utility markets and allows for a wide variety of installation opportunities for global machine design.
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The present K3V is designed specifically for the earth moving and construction industries where in excess of 700,000 units have been supplied.
Features such as high efficiency , high power density, large self priming capability, long life, low noise and a wide range of control options has enabled the K3V to be a clear market leader.
Adopting a process of continual product development has resulted in todays K3V series of axial piston pumps.
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Axial piston units are available in the form of pumps and motors in bent axis design or swashplate design for medium- and high-pressure ranges. They are the main components in the hydrostatic transmission. Compact size and high power density, economy and reliability are characteristic advantages which speak for the use of hydrostatic transmissions, together with the fact that they meet the demand for high speed and high torque, as well as optimum efficiency.
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Why use a variabledisplacement pump?
•precise control of all movements ;
• multi-function capabilities: simultaneous movements, all independant
of load ;
• avoid problems of fluid overheating ;
• reduce energy consumption.
Variable displacement : only advantages !
Installing a TXV variable displacement pump will transform your hydraulic equipment. Slow or rapid movements are done with precision, to the constant adjustment of pump flow rate. The TXV ranges are the result over 40 years' experience in hydraulic pumps. HYDRO LEDUC, France's leading pump manufacturer, is proud to present these high performance products.
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Axial piston units are available in the form of pumps and motors in bent axis design or swashplate design for medium- and high-pressure ranges. They are the main components in the hydrostatic transmission. Compact size and high power density, economy and reliability are characteristic advantages which speak for the use of hydrostatic transmissions, together with the fact that they meet the demand for high speed and high torque, as well as optimum efficiency.
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Capex L2
Contamination free pumping
The Capex L2 vacuum pump/compressor provides a clean oil free vacuum and pressure source.
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The problem of asbestos is still with us and is the subject of stringent legislation for its removal and disposal. The requirement for quick sample collection and counting of airborne fibre in the shortest time possible means a far higher flow rate than with more conventional sampling methods is required
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SIDEPAK™ PERSONAL SAMPLING PUMPS (SP730)
The 3 and 5 L/min SIDEPAK™ Personal Sampling Pumps weigh as little as 16 oz. All models offer TSI's Smart Battery Management System™ with long-running NiMH or alkaline battery packs and provides precise run time information in minutes remaining.
All SIDEPAK pumps are intrinsically safe and ideal for the sampling of aerosols, gases and vapors in hazardous environments.
Advanced personal sampling pump models feature precision volumetric flow control, continuous measurement and logging of volumetric flow rate for accurate sample volume information, fully programmable multi-mode operation and convenient internal low-flow adjustment.
Features and Benefits:
- Multiple battery options
- Precise run time in minutes remaining
- Intrinsically safe (CSA and ATEX Approval)
- Available in single-, 3- and 5-unit kits
Applications:
- Personal exposure monitoring/IH studies
- Ambient/work area monitoring
- Environmental sampling
- Epidemiology health studies
- Engineering studies
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The Vaisala CARBOCAP® Hand-held Carbon Dioxide Meter GM70 is available with a sampling pump. The GM70 with the pump-aspiration option is ideal for validating the calibration of incubators and environmental chambers.
To prevent condensation from occurring when drawing a gas sample from an environment with high humidity and temperatures into ambient air, an option called Nafionä tubing is available. The tubing prevents condensation in the gas sample by selectively removing the water vapor without affecting the level of CO2.
The GM70 incorporates the Vaisala CARBOCAP® Sensor, which is a silicon-based NDIR sensor that provides excellent reliability and long-term stability. Features include ten measurement ranges between 0…20% CO2 and a two year recommended calibration interval.
The GM70 has a multilingual user interface and a graphical LCD display. Data can be logged up to 30 days. The optional Windows® software provides an easy-to-use interface to a PC. Probes for measuring relative humidity, temperature and dewpoint temperature can also be connected to the GM70. A carrying case incorporates all the equipment and keeps the setup ready for immediate measurement.
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C-KLR ZEPHYR
Volume flow: 80 - 140 m³/h
Overpressure: +1.0 bar
Vacuum: -0.6 bar
With the innovative, dry-running C-KLR ZEPHYR multi-claw range from Elmo Rietschle, pressure and vacuum can be combined in a single claw stage. All operation points on pressure and suction side work almost independently from each other. The C-KLR ZEPHYR operates economically and highly efficiently thanks to the patented triplelobe design with intermediate charging of air. This new design reduces pulsation in the pipes connected to the pump, and keeps the noise level low. An integrated cooling system for compressed air allows operation in applications, where compressed air
temperatures are of importance.
Advantages:
- High efficiency, dry and frictionless compression
- Low maintenance
- Integrated air cooling without additional cooling medium
- Suitable for multiple applications
This series is also available as vacuum pump (C-VLR ZEPHYR) and compressor (C-DLR ZEPHYR).
Typical Applications:
Printing & Paper, Chemical, Environmental, Packaging, Pneumatic Conveying, Woodworking
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The Mink rotary claw pumps were developed especially for use in industrial applications where constant vacuum or pressure is required, along with totally oil free compression. Mink vacuum pumps or blowers are used in all applications, which require oil-free vacuum or oil-free compressed air.
The Mink is available as a single-stage or two-stage vacuum pump.
Features
* Non-contact operation
* No maintenance
* High efficiency
* Many different sizes and models
* Speed control (option) · ATEX certified (option)
* Version for oxygen delivery
Application
Ideal for use in various industries such as Plastics, Printing and Paper, Food, Beverage, Wood, Pneumatic Conveying, Brick Making, Adsorption and Degassing, Environmental Technology, Metallurgy, Remediation and many more.
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