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  • Armfield – Advanced Fluid Mechanics – C15 Computer Controlled Subsonic Wind Tunnel

    The Armfield C15 is a new computer-controlled subsonic benchtop wind tunnel designed for undergraduate teaching. A small, benchtop wind tunnel, with visible working section. A wide range of accessories and instrumentation options are available, al…

    The Armfield C15 is a new computer-controlled subsonic benchtop wind tunnel designed for undergraduate teaching. A small, benchtop wind tunnel, with visible working section. A wide range of accessories and instrumentation options are available, allowing a comprehensive study of subsonic aerodynamics. The facility is suitable for undergraduate training and project work.

  • Armfield – Advanced Fluid Mechanics – C6MKII Fluid Friction Measurements

    The Armfield Fluid Friction Measurements unit provides facilities for the detailed study of fluid friction head losses which occur when an incompressible fluid flows through pipes, fittings and flow metering devices. The unit is designed for use w…

    The Armfield Fluid Friction Measurements unit provides facilities for the detailed study of fluid friction head losses which occur when an incompressible fluid flows through pipes, fittings and flow metering devices. The unit is designed for use with the Armfield F1-10 Hydraulics bench.

  • Armfield – Chemical Engineering – CE Series

    Armfield through their CE range of products offer the most compreshensive, diverse and technically current group of products of any manufacturer, bringing both basic principles and complete unit operations to the modern educational laboratory.

    Armfield through their CE range of products offer the most compreshensive, diverse and technically current group of products of any manufacturer, bringing both basic principles and complete unit operations to the modern educational laboratory.

  • Armfield – Chemical Engineering – CEXC Computer Controlled Chemical Reactors Training Equipment

    The Armfield CEXC family is a range of chemical reactors specifically developed for the teaching and demonstration of chemical reactor capabilities to chemical engineering students. Real chemical reactions take place within the reactors, and Armfi…

    The Armfield CEXC family is a range of chemical reactors specifically developed for the teaching and demonstration of chemical reactor capabilities to chemical engineering students. Real chemical reactions take place within the reactors, and Armfield have developed a number of representative reactions which are easy and safe for students to use in the laboratory environment. This range of small-scale chemical reactors comprises five units, which represent the types of reactors found in the industry. Three of the reactors mount on a common bench top service unit (CEXC) whilst the other two are free-standing. PC based educational software is included along with the necessary interface device to provide computer control, automatic logging of data and analysis of results. Reactors comprise: Plug Flow, Laminar Flow, Stirred Tank, Tubular and Batch reactors.

  • Armfield – Complete Fluid Mechanics Laboratory – Fluid Dynamics

    The Armfield Hydraulics Bench (F1-10) and accessories have long been the benchmark used in fluid mechanics teaching laboratories. The comprehensive range of equipment can covers all aspects of the teaching of hydraulics in a safe, visual and easy-…

    The Armfield Hydraulics Bench (F1-10) and accessories have long been the benchmark used in fluid mechanics teaching laboratories. The comprehensive range of equipment can covers all aspects of the teaching of hydraulics in a safe, visual and easy-to-understand way, backed up by first-class teaching materials. This range of equipment has now been extended and reinforced with an integrated range of hydrostatics teaching accessories together with some new hydraulics products. Thus the complete curriculum can be covered with this attractive range of products. The F1-10 is designed as a portable and self-contained service module for the entire range of F1 accessories and a few other accessories as well such as C6MKII and S16. Each accessory is supplied as a complete piece of equipment, needing no additional service items other than the Hydraulics Bench. When coupled to the bench they are immediately ready for use.

  • Armfield – Complete Fluid Mechanics Laboratory – S16 Hydraulic Flow Demonstrator

    S16 configured as an open channel showing flow over an elevated section of the bed with a hydraulic jump forming on the downstream slope. It demonstrates flow through both open channels and closed conduits when coupling this highly visual accessor…

    S16 configured as an open channel showing flow over an elevated section of the bed with a hydraulic jump forming on the downstream slope. It demonstrates flow through both open channels and closed conduits when coupling this highly visual accessory with the F1-10 Hydraulics Bench. It has a unique elevating bed section and models of various hydraulic structures enable the difficult concepts of critical flow and energy changes to be clearly demonstrated and analysed. It also has a working section large enough for the various flow phenomena to be seen clearly by a group of students – enables a teacher to provide practical demonstrations at the same time as explaining the theory. The demonstrations can be set up quickly and easily, including varying the upstream and downstream flow conditions. It is ideal for student project work – user constructed models of different hydraulic structures can be evaluated.

  • Armfield – Desktop Learning Modules – DLMX Series

    The Armfield DLMX system is a practical education system aimed at teaching students the basics of fluid mechanics, heat exchange and other fundamental engineering principles. It is a unique combination of coursework and practical demonstration equipment and can be used to teach students of all ages. The equipment comprises a small battery operated base unit, into which one of seven different cartridges is plugged. The base unit contains a water reservoir, pump, controls and viewing panel. The cartridges contain an experimental representation of the topic, and the specific instrumentation required for the particular demonstration. Currently seven different cartridges are available covering fluid mechanics, thermofluids and heat transfer. The cartridges can be changed in seconds as they use a simple plug in mechanism. As the cartridges include their own microcontroller, the base unit automatically detects the cartridge that is fitted and displays the information accordingly. The equipment can be used by a single student, by small groups of students or by a teacher or technician demonstrating to the whole class. The academic content and coursework is provided by Washington State University. It includes classroom exercises, detailed theory of the processes and suggestions for further work. The base unit comprises a clear acrylic water reservoir, mounted on a robust vacuum formed ABS plastic plinth. Under the plinth is a pump with a variable speed control, flow meter, battery, level sensor and the electrical control circuitry with display. The units are battery powered; the internal rechargeable batteries provide more than enough for a long classroom session. The units can also be powered by mains electricity, recharging the batteries at the same time. The simple push fit cartridge interface, provides smartchip and self-sealing hose connections. This mechanism is common to all the DLM cartridges. The quick easy setup ensures that sensible investigations can be performed in less than ten minutes.

  • Armfield – Fluid Machines – FM Series CAPTURE

    With the introduction of CAPTURE, machines that were once costly, cumbersome and difficult to use became affordable, space-saving and easy to use. Now CAPTURE MKII takes the concept forward into new realms of student understanding, adding superb visibility of the working of the bmachines and taking full advantage of the latest software and instrumentation techniques. All the CAPTURE units use standard PCs to display, record and manipulate the data. All Armfield CAPTURE units are now supplied with Armfield Armsoft LabVIEWâ„¢ based software to present and record the data in a way that is straightforward to use and understand for the student, yet offers a wide range of advanced features and capabilities. A common software format is used accross all machines. Similarly the machines all use a common interface unit, thus providing a cost-effective solution for laboratories requiring several machines.

     

    The interface between the CAPTURE MKII units and the user’s computer is provided by the Armfield IFD7 Interface Unit. The IFD7 is an essential accessory to the Armfield FM Series CAPTURE range of engineering education teaching equipment. This accessory conditions the raw data from the sensors of the equipment, digitises the data and transfers it to the computer using the USB interface. It also includes a sophisticated three phase inverter for providing accurate motor speed control, and a second motor drive output, all under software control.

  • Armfield – Heat Transfer – HT10XC Computer Controlled Heat Transfer Teaching Equipment

    The Armfield HT10XC is a computer controlled service unit, which can be used in conjunction with a range of small-scale accessories for a wide range of demonstrations into the modes of heat transfer. The factors that affect heat transfer can be investigated and some of the practical problems associated with the transfer of heat can be clearly demonstrated. The heat transfer accessories may be individually connected to the HT10XC service unit, which provides the necessary electrical supplies and measurement facilities for investigation and comparison of the different heat transfer characteristics. A specific feature of the HT10XC is that it corporates the facilities and safety features to enable the accessories to be remotely controlled from an external computer, where this is appropriate. It will shut down safely in the event of a communications failure. With suitable (user provided) software, the equipment operated remotely, for instance over an intranet or even over the internet. All the facilities can also be accessed locally using the front panel controls and display.

    The service unit is housed in a robust steel enclosure and designed for use on a bench or table. It provides control outputs to the accessories, and instrumentation inputs from the accessories.

    Outputs:

    • A stabilised, variable DC supply to the heater of the heat transfer accessory under evaluation
    • Drive to flow-regulation valves on HT11C and HT12C
    • Drive to the variable-speed air blowers used on HT14C and HT16C

    Inputs and Instrumentation:

    • Temperatures: (up to 10 off, dependant on accessory being used)
    • Heater voltage: (All accessories except HT17)
    • Heater current: (All accessories except HT17)
    • Heat radiated: (HT13)
    • Light radiated: (HT13)
    • Air velocity: (HT14, HT14C, HT16, HT16C,HT19)
    • Cooling water flowrate: (HT11C, HT12C, HT18C)

    In manual mode, the outputs listed above are under control of potentiometers on the front panel of the unit. In remote mode the outputs to the accessories are controlled by the computer. A ‘Watchdog’ system is implemented in remote mode to ensure operator and equipment safety in event of a computer or communications failure.

    In both modes the signals from the accessory can be shown on the front panel displays. Selector switches are used to select the chosen signal onto one of the two displays. These signals are also available on the USB interface for datalogging on the computer (even if the computer is not controlling the equipment).

     

  • Armfield – Heat Transfer – HT30XC Computer Controlled Heat Exchanger Service Module

    This bench top computer controlled service unit enables the operation of the Armfield range of small-scale heat exchanger systems. It provides controlled cold water flow, bi-directional hot water flow and the instrumentation required to do a serie…

    This bench top computer controlled service unit enables the operation of the Armfield range of small-scale heat exchanger systems. It provides controlled cold water flow, bi-directional hot water flow and the instrumentation required to do a series of in-depth investigations into heat exchanger performance. The individual heat exchangers can be quickly changed over, to enable comparisons between different types of heat exchangers to be made. The HT30XC requires a personal computer with USB for the operator interface.

  • Armfield – Internal Combustion Engines – CM Series

    Armfield’s range of internal combustion engines encompasses automotive and aviation power units, each one mounted on a small test bed and providing a complete engine learning system. Each system comes with LabVIEWâ„¢ based ArmSoftâ„¢ softwar…

    Armfield’s range of internal combustion engines encompasses automotive and aviation power units, each one mounted on a small test bed and providing a complete engine learning system. Each system comes with LabVIEWâ„¢ based ArmSoftâ„¢ software, which can be used to run the engine from a personal computer. The software incorporates a full range of facilities.

  • Armfield – Miniature-Scale Research & Development Technology – F63 Laboratory Process Chiller

    The FT63 is a recirculating process chiller, providing a continuous supply of chilled liquid to serve as the cooling fluid when used with an Armfield miniature-scale processing unit. It is particularly suitable for use with an Armfield FT74/FT74XTS UHT system.

  • Armfield – Miniature-Scale Research & Development Technology – FT102LT Carbonator/Filler

    The Armfield FT102X has a well-deserved reputation for being simply the best Carbonator-Filler on the market. The new Armfield FT102LT utilises the same technology and most of the features and benefits, in a smaller, more cost-effective package.

    The Armfield FT102X has a well-deserved reputation for being simply the best Carbonator-Filler on the market. The new Armfield FT102LT utilises the same technology and most of the features and benefits, in a smaller, more cost-effective package.

  • Armfield – Miniature-Scale Research & Development Technology – FT102X Carbonator/Filler and FT104X Filler/Capper

    The Armfield FT102X miniature-scale carbonator enables precise and flexible carbonation and filling in the laboratory, dramatically improving the speed with which new products can be developed. The ability to establish precise and reproducible par…

    The Armfield FT102X miniature-scale carbonator enables precise and flexible carbonation and filling in the laboratory, dramatically improving the speed with which new products can be developed. The ability to establish precise and reproducible parameters when carbonating in the laboratory can dramatically improve the speed with which new products can be developed.

  • Armfield – Miniature-Scale Research & Development Technology – FT110 Benchtop Rapid Extractor

    The Armfield FT110 Benchtop Rapid Extractor is used to extract the active constituents from small (one litre) samples of materials.

    The Armfield FT110 Benchtop Rapid Extractor is used to extract the active constituents from small (one litre) samples of materials.

  • Armfield – Miniature-Scale Research & Development Technology – FT111 Laboratory-scale Rapid Extractor

    Ideally suited to product development purposes, the Armfield FT111 Laboratory-scale Rapid Extractor is used to extract the active constituents from materials in laboratory-scale batch sizes.

    Ideally suited to product development purposes, the Armfield FT111 Laboratory-scale Rapid Extractor is used to extract the active constituents from materials in laboratory-scale batch sizes.

  • Armfield – Miniature-Scale Research & Development Technology – FT140 Mixing Vessels

    Armfield FT140 Multipurpose Mixing Vessels are designed and constructed using high-quality hygienic industry standard materials. These tanks are available in three models in varying configurations (see table) and are available in 50l and 100l volu…

    Armfield FT140 Multipurpose Mixing Vessels are designed and constructed using high-quality hygienic industry standard materials. These tanks are available in three models in varying configurations (see table) and are available in 50l and 100l volumes. All three models have an internal surface made of AISI 316 stainless steel.

  • Armfield – Miniature-Scale Research & Development Technology – FT141/FT142 Multifunction Laboratory Mixers

    The Armfield FT141 and FT142 are versatile batch processing vessels, the FT142 having UHT capability. They are suitable for high shear mixing, dispersing, homogenising, emulsifying, evaporation and vacuum deaerating.

    The Armfield FT141 and FT142 are versatile batch processing vessels, the FT142 having UHT capability. They are suitable for high shear mixing, dispersing, homogenising, emulsifying, evaporation and vacuum deaerating.

  • Armfield – Miniature-Scale Research & Development Technology – FT17 Cross Flow Membrane Filtration

    The Armfield FT17 is a lab-scale system for evaluating membranes in a cross-flow filtration application enabling rapid determination of cross flow filtration performance using a range of membrane types with small product volumes (1 litre). It can …

    The Armfield FT17 is a lab-scale system for evaluating membranes in a cross-flow filtration application enabling rapid determination of cross flow filtration performance using a range of membrane types with small product volumes (1 litre). It can also be used in teaching applications to demonstrate features of different membrane types and the effect of varying filtration variables.

  • Armfield – Miniature-Scale Research & Development Technology – FT174X Modular Miniature-scale HTST/UHT Process System

    The FT174X is a modular HTST/UHT processing system designed to treat products at flow rates of 12-40 l/hr or up to 60 l/hr for water (or similar low viscosity products). Standard modules for direct heating (steam injection) or indirect heating (us…

    The FT174X is a modular HTST/UHT processing system designed to treat products at flow rates of 12-40 l/hr or up to 60 l/hr for water (or similar low viscosity products). Standard modules for direct heating (steam injection) or indirect heating (using tubular and/or plate heat exchangers), aseptic processing, upstream or downstream homogenisation and additional chilling are available. These, along with many other options, enable multiple modules to be included in the same system, giving high process adaptability by reconfiguration of flexible product hoses, using quick-release connections. The sterilisation options enable it to be linked to an Armfield sterile filling bench to produce aseptic product, even when using long holding tubes and/or downstream homogenisation. As with all Armfield systems, it comes with hygienic fittings throughout as standard, it is easy to clean and very flexible in use. The touchscreen control panel makes it extremely user friendly to configure and monitor processing parameters. The operator is prompted at every stage whenever intervention is required.

  • Armfield – Miniature-Scale Research & Development Technology – FT18MKII Modular Cross Flow Filtration

    The Armfield FT18-MkII is a small pilot-scale cross-flow filtration system designed to operate with a range of membrane module configurations. It can operate with as little as 5-10 litres of material but still give data that is useful for process …

    The Armfield FT18-MkII is a small pilot-scale cross-flow filtration system designed to operate with a range of membrane module configurations. It can operate with as little as 5-10 litres of material but still give data that is useful for process scale-up. It can be used over the full range of cross-flow filtration applications from microfiltration through to reverse osmosis. It is the perfect tool to use, following on from flat sheet membrane trials with the FT17, for further process development and scale-up.

  • Armfield – Miniature-Scale Research & Development Technology – FT20/FT20A Cheese Vat & Cheese Making Accessories

    The Armfield Cheese Vat is designed to provide practical training in the production of cheese by the traditional method. The Armfield Cheese Vat makes an ideal research facility. When making Cheddar type cheese, approximately 1kg of cheese is prod…

    The Armfield Cheese Vat is designed to provide practical training in the production of cheese by the traditional method. The Armfield Cheese Vat makes an ideal research facility. When making Cheddar type cheese, approximately 1kg of cheese is produced from a ten-litre batch of milk.

  • Armfield – Miniature-Scale Research & Development Technology – FT22 Rising Film Evaporator

    The costs incurred by the length of time taken, the large quantities of raw materials required and the interruption of the production process mean it is disadvantageous to test new products using full-scale production equipment. The Armfield evapo…

    The costs incurred by the length of time taken, the large quantities of raw materials required and the interruption of the production process mean it is disadvantageous to test new products using full-scale production equipment. The Armfield evaporator processes samples as small as two litres under conditions identical to those in production, sufficient to reveal the effect of heating on any ingredients newly introduced to the recipe. As well as investigation of the effect on organoleptic and physico-chemical properties, the equipment can be used to prepare product for taste trials on a daily basis to ensure the quality of incoming raw material is consistent.

  • Armfield – Miniature-Scale Research & Development Technology – FT25 Scraped Surface Heat Exchanger System

    Armfield miniature-scale technology is well established as offering developers the opportunity to run small trials, which provide enough information to enable scale-up to larger plant with confidence. The formulations go through similar physio-che…

    Armfield miniature-scale technology is well established as offering developers the opportunity to run small trials, which provide enough information to enable scale-up to larger plant with confidence. The formulations go through similar physio-chemical changes as they would in production plant and real time data logging permits results to be recorded and repeated. The FT25 range of miniature-scale scraped surface heat exchangers has built in control and flexibility with a graphic representation on the membrane technology control panel. The operator can choose the parameters wanted for any particular formulation. The FT25 has a number of configurations according to the use required.

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