News

Is there an organisation in the instrumentation sector that stands out to you for its sustainability credentials? If the answer is yes, then now is the time to nominate that company for an Instrumentation Excellence Award. The Instrumentation Excellence Awards (IEAs) celebrate the very best from the world of test, measurement, sensing and control.

The 2024 awards ceremony, organised by Instrumentation Monthly publisher Datateam Business Media, will take place on 24 October at the Grand Connaught Rooms and will once again take place alongside the Electronics Industry Awards, making it the night of the year for networking.

Entering the Awards is quick, easy and completely free of charge – so there’s no need to delay! To make your entry really stand out from the crowd, it is recommended that you try to include a comprehensive overview of the product or company that you have nominated. There is even the option to include supplementary documents like data sheets and images alongside your nomination.  

Nominations close soon so visit www.instrumentationawards.co.uk to make your nomination and to find out more about the Instrumentation Excellence Awards.

Altus Group, a leading supplier of capital equipment for the electronics industry, has announced a significant milestone in partnership with Koh Young Europe (KYE). In 2023, Altus Group achieved its highest-ever annual sales figures for Koh Young inspection and measurement solutions, marking a new high point in the companies longstanding partnership.

In recent years, Koh Young has introduced cutting-edge technology, including the Alpha HS+, a 4-projector 3D AOI with digital light processing. This innovative solution provides customers with full 3D metrology capabilities, allowing precise measurements of components up to 25mm in height. Notably, since its launch, the Alpha HS+ has consistently outperformed competitors in head-to-head evaluations within the Altus region.

Koh Young’s global market share is approximately 50%, a testament to its industry leadership. However, in the UK, its presence is even more impressive, with a market share about 70%.

Michael Zahn, Sales Manager at Koh Young Europe, said: “Altus and Koh Young have been long-term collaborators in Europe. Our relationship has grown stronger over the years. In 2023, KYE achieved its best performance ever in the UK and Ireland. Considering the competitive landscape, Altus’ success in bringing on new clients is very commendable.”

Joe Booth, CEO of Altus Group added: ‘’It has been thoroughly enjoyable breaking a few records over the last years, and it is important that we continue to set new standards and keep looking to improve constantly. 

“Our team has consistently demonstrated an understanding of Koh Young’s technology over many years, allowing us to effectively showcase its value and win over new customers in a highly competitive market. While the field is crowded with lofty claims, we back up our words through rigorous evaluations, with the majority of our customers previously using other vendors’ equipment. Our record of consecutive head-to-head evaluation victories is a testament to our hard work. Seeing the influx of new Koh Young users reinforces that our commitment to excellence will continue driving growth.” 

A significant driver of Altus’ growth has been securing brand new customers for Koh Young solutions, with 50% of machines sold in 2023 going to facilities that had not previously used the company’s equipment. The benefits extend beyond Koh Young’s advanced individual products to their integrated data and software spanning the full inspection and measurement workflow. Rather than just traditional defect detection, Koh Young’s 3D measurement data empowers manufacturers to optimize yields and profitability through real process improvements across production lines – positioning their solutions as invaluable tools for comprehensive process control and yield optimisation. 

www.altusgroup.co.uk

Laboratory technology developer Technobis has released ReactALL, an innovative benchtop multiple reactor system for medium throughput experimentation, helping scientists tap into the under-utilized nights and weekends. Available globally now, ReactALL uses novel integrated automated sampling technology to accelerate chemical reaction screening, optimisation, route scouting, reaction profiling and kinetics. ReactALL addresses the gap between high throughput and low throughput screening to provide high-quality, data rich results with low material needs.

Technobis’ new instrument, developed with scientific input from Pfizer, uses proprietary SmartCap technology to sample, quench and dilute directly into commercial standard HPLC (high performance liquid chromatography) vials. Reaction setup is fast, taking less than 30 minutes with ReactALL.

The system comprises five small-scale reactors, each equipped with fully automated sampling. Representative samples are immediately quenched, diluted, and transferred to standard HPLC vials on the ReactALL. The sample and dilution volumes are precisely controlled by the system for quantitative analysis. Wide bore tubing and streamlined pump-free fluidics assure robust sample transfer, even for heterogeneous samples. And the novel SmartCap™ sampling technology does not pierce reactor septa, so there are no pierced holes for losing solvent.

Accelerating in-depth chemical understanding is a key goal of the ReactALL. Such data-rich experiments can translate to significant time saving, and thus money. Screening reactions for the best reagents, catalysts and conditions; optimising reaction yield, selectivity and impurity control; mechanistic profiling; ReactALL obtains high quality results early in drug development to allow chemists to draw the right conclusions, as early as possible.

“A guiding ethos at Technobis is ‘Help research succeed’”, explained John de Kok, CEO of Technobis. “ReactALL will transform the way chemists conduct medium throughput research and in the pharmaceutical industry, which is close to my heart, bring medicines to market faster than ever before.”

ReactALL™ possesses multiple features that enhance reaction scientists’ investigation capabilities. Colour cameras, integrable Raman spectroscopy probes, provide crucial information on physical and chemical state changes, such as dissolution and precipitation, colour changes, and much more. ReactALL uses overhead stirring design specifically with the aid of Computational Fluid Dynamics to closely recreate mixing properties conferred by mechanical agitators, and poorly captured by magnetic stir bars.

“It’s essential that ReactALL fits into the lab of the future and industry 4.0 compatibility is key there,” said Stephan van Banning, chief technology officer at Technobis. “Our software engineers have enabled interoperability with pretty much anything you might want in your workflow.”

For example, ReactALL could run reactions and automatically take, quench and dilute samples into HPLC vials. A pre-loaded SmartCap can be loaded in ReactALL while a robotic arm could then transport your sample vial trays to the HPLC machine. The chemist would need only 30 minutes for setting up the reactions and the next day, they already have the HPLC data.

To learn more about how ReactALL can help your laboratory workflow step into the future, visit the launch page here:  https://www.crystallizationsystems.com/products/reactall

For efficient, automated processes

Several M12 connector series from binder are available in versions for surface mount technology (SMT). On the one hand, they are advantageous for integration into space-critical designs, on the other hand, the good automation capability in further processing offers enormous savings potential.

binder, a leading supplier of industrial circular connectors, offers products from several M12 series as surface mount devices (SMDs). They are suitable for further processing in fully automated processes, such as for the particularly dense, double-sided assembly of PCBs. These are used in automation technology devices, sensors and actuators as well as in robotics.

SMDs  Space-saving and economical to process

In the course of miniaturizing electronic assemblies, surface mounting has proven itself in component assembly with high component density. In contrast to the classic through-hole technology (THT) or through-hole reflow (THR) process, the SMD contact pins are placed directly on the surface in the SMT process and connected using solder paste instead of being inserted through the PCB and then soldered. This allows significant space savings to be made: for example, many connectors can be mounted with very small distances in one plane, as is required for passive/active sensor distributors in automation technology.

SMDs are usually supplied on so-called blister tapes (tape & reel) – a type of packaging that is suitable for automated further processing by the customer. In addition to space-saving PCB assembly, this ability to automate production is a significant advantage of surface mounting. It is characterized by its cost-effectiveness, especially for large quantities or when several connectors are to be processed on one PCB. Furthermore, advantages can be achieved in terms of heat dissipation and signal integrity as well as a reduced susceptibility to errors during assembly.

SMT product variety from binder

The binder SMT products are available in versions with 4, 6 and 8 contacts and with different codings. They are available in both shielded and unshielded versions. The M12 connectors are also available in different versions – for example as a set with different flange housings, as a built-in part in blister packaging or tape & reel packaging for automated processing.

In detail, these are A-coded M12 connectors from the 713/763 series, B-coded components from the 715/766 series and connectors from the 825/876 series with D-coding and the 876 series with X-coding.

Depending on the coding, the M12-SMT variants are suitable for different applications: A-coded for sensors and DC power, B-coded for Profibus and D- and X-coded for 100 Mbit and 10 Gbit Ethernet respectively.

All M12 products from binder provide industry-relevant protection acc. to IP67 against the ingress of dust and water. The binder variants are based on the current market standards with regard to the PCB drilling pattern, which means that switching to binder products requires little effort.

• The ABB Ability™ SmartMaster asset performance management platform gathers, analyzes and verifies diagnostic data from field devices, helping to increase efficiency of operations in the water, wastewater, chemical, oil & gas, and other industries
• Through the platform, plant operators can perform fleet management of instrumentation, identify potential issues that could affect performance or result in unplanned downtime
• SmartMaster can be used with a range of ABB and third-party field devices and instrumentation, such as flow meters, level meters, temperature, and pressure sensors

ABB has launched ABB Ability™ SmartMaster, a comprehensive asset performance management platform for verification and condition monitoring of instrumentation and field devices in the water, wastewater, chemical, oil & gas, and other industries. SmartMaster gathers, analyzes and verifies diagnostic data from instruments remotely, without interrupting current measurement tasks.

The platform can be used with a range of ABB and third-party instruments, such as flow meters, level meters, temperature, and pressure sensors. Available as an on-premise or cloud-based solution, SmartMaster sends a valuable fleet level overview from the field straight to the customer’s phone, tablet, or other devices.

SmartMaster addresses key challenges for industrial companies such as managing the sheer volume of instruments that are installed on any given plant. Many facilities typically have hundreds or even thousands of devices, some of which may be installed in hard to reach or hazardous areas.

Another big challenge is applications and data running in silos. This limits insights and efficiency of operations. By getting better, actionable insights, industrial companies can see both increased efficiency and environmental benefits.

“Plant operators are expected to increase efficiency as well as become more sustainable and for this, it’s critical that each device, each instrument performs optimally in the industrial process,” said Amina Hamidi, Managing Director, Business Line Instrumentation, ABB Measurement & Analytics. “With hundreds of field devices working in the background, optimal performance is impossible to achieve without digital service technology. The ABB Ability™ SmartMaster connects the physical and digital worlds, ensuring that instruments perform optimally.”

The platform offers extended possibilities for device optimization and maintenance. With SmartMaster, plant operators can access data on instrument status and identify in advance any potential issues that could affect measurement performance or result in unplanned downtime.

This knowledge helps them to plan servicing, spare part orders and device replacement. SmartMaster provides the information as calendar view analysis and an analytical report of failure scenarios.

SmartMaster is part of ABB Measurement & Analytics digital suite of solutions that enable optimized plant operations. The suite comprises ABB Ability™ Smart Device Manager, ABB Ability™ Verification for measurement devices, and ABB Ability™ SmartMaster. Learn more about SmartMaster at Chem UK this year by visiting the ABB team at stand L40.

ABB’s Process Automation business automates, electrifies and digitalizes industrial operations that address a wide range of essential needs – from supplying energy, water and materials, to producing goods and transporting them to market. With its ~20,000 employees, leading technology and service expertise, ABB Process Automation helps customers in process, hybrid and maritime industries improve performance and safety of operations, enabling a more sustainable and resource-efficient future. go.abb/processautomation

ABB is a technology leader in electrification and automation, enabling a more sustainable and resource-efficient future. The company’s solutions connect engineering know-how and software to optimize how things are manufactured, moved, powered and operated. Building on more than 140 years of excellence, ABB’s ~105,000 employees are committed to driving innovations that accelerate industrial transformation. www.abb.com

REO UK, a leading provider of innovative electrical solutions, is excited to announce its participation in the upcoming EMC & CI Exhibition at Newbury Racecourse in Berkshire. The event is a premier platform for professionals in electromagnetic compatibility (EMC) and critical infrastructure (CI) industries to explore the latest technological advancements and connect with industry leaders.

At the exhibition, REO UK will be prominently featured at Stand 4, where the company will proudly showcase its extensive range of transformer-based AC/DC power supplies and Loadbank solutions. With a commitment to delivering high-performance and reliable solutions, REO UK has become a trusted partner for businesses seeking advanced power testing equipment, especially in the EV, railway traction, and motor drive industries.

REO remains one of the oldest manufacturers of Variable column-type transformers; these are used whenever smooth adjustment of output voltages at high currents and constant sine form is needed. REO – Variable Transformers use low-loss core material; the insulated flat copper conductor is edge wound and fixed onto epoxy fiberglass tubes, vacuum-impregnated, and dried. The roller brush system is fitted with electro-graphitized pure carbon, which provides excellent conduction and minimal wear. Full-rated current can be drawn independently of the brush position. The variable column-type transformers are designed for continuous operation but can provide high levels of overload; for example, a type REO Variable Transformer can operate at ten times their nominal rating for several seconds.

Variable transformers can control the primary windings of fixed transformers to generate high voltages or currents. They can also provide electrical isolation at the output to increase safety in the testing environment.

Interfaces such as Modbus/TCP, Profibus or Profinet can be built as an additional option to allow the external operation of the equipment easily. This innovative feature lets you operate our equipment remotely, even from different workstations; this saves expensive laboratory space and allows you to set up the power sections elsewhere, giving you more control over your operations. The customer can specify the parameters or functions that are to be available on the bus. In complex installations, REO also provides facilities for local operation to allow more straightforward commissioning or in case of bus failure.

Key Highlights of REO UK’s Exhibition:

Transformer-Based AC and DC Power Supplies: REO UK’s range of transformer power supplies are designed to meet the diverse needs of industries requiring robust and versatile power for testing applications. The showcased products will demonstrate the company’s expertise in developing solutions that enhance reliability, quality, and standards conformity.

Inductive and Resistive Loadbanks: Visitors to the REO UK booth will have the opportunity to explore the company’s inductive and resistive loadbanks, which play a crucial role in testing and validating power systems. These loadbanks are engineered to simulate real-world conditions, ensuring the reliability and durability of customer products.

Expert Guidance: REO UK’s team of experts will be on hand to provide insights into the latest trends in power testing applications, offer product walkthroughs, and address any inquiries from attendees.

Steve Hughes, Director of REO UK, said, ‘REO’s range of Test Equipment is unusual in that it is transformer based, so it doesn’t cause issues with EMC, and it is very resilient – meaning there are specific applications where it is far better than more modern solutions, the event will provide a unique opportunity for REO UK to connect with attendees and to demonstrate what sets the company apart in the industry.’

OKW’s HAND-TERMINAL industrial electronic enclosures are now available with either a closed top for a keypad or an open top for a front panel assembly.

These heavy-duty handheld plastic enclosures are ideal for machine control, mobile terminals, measurement, programmers and data collection.

Optimum weight distribution and a contoured hand grip on the underside make HAND-TERMINAL comfortable to hold.

HAND-TERMINAL (IP 65 optional) can be specified for cable-connected or battery-powered (4 x AA, 1 or 2 x 9 V) electronics. The front has a large recess for connectors. Inside there are PCB fastening pillars.

These 220 x 120 x 65 mm enclosures are moulded from tough PC+ABS (UL 94 V-0) in off-white (RAL 9002) and black (RAL 9005) as standard.

Accessories include battery compartments, battery clips, a plug-in contact (9 V), a battery spacer, an aluminium front panel, sealing kits and self-tapping screws.

OKW can supply HAND-TERMINAL fully customised. Services include CNC machining, lacquering, printing, laser marking, decor foils, EMC shielding and installation/assembly of accessories.

For more information, view the OKW website: https://www.okw.co.uk/en/Plastic-enclosures/Hand-Terminal.htm

OKW ENCLOSURES LTD

Tel. (01489) 583858

Email: sales@okw.co.uk

Installing temperature sensor assemblies into thermowells or directly into the process will normally require the use of brass or stainless-steel fittings.

Adjustable compression fittings are used directly on probes to achieve the required insertion length in the process and to ensure the proper seating of probes into thermowells.

Adjustable flanges can similarly be used to secure the sensor assembly into the process.

Bayonet caps provide a method of quick fitting into suitable adapters located in the process; this technique is widely used in plastics machinery.

Compression fittings and threaded bushes can be supplied with tapered threads to achieve a pressure-tight connection.

Labfacility offer a range of components and fittings for sensor manufacture:

• Compression fittings in brass & stainless steel

Compression fittings are used directly on probes to achieve the required insertion length in the process and to ensure the proper seating of probes into thermowells. Available in Brass or Stainless Steel.

• Olives

Stainless Steel and Brass Compression Fitting Olives. Available to suit probe diameters ranging from 1.0mm to 8.0mm

• Locknuts

Stainless Steel and Brass Locknuts. Various Thread Types available for different applications.

• Pot Seals

Pot Seals available in two types: Plain bodied potting seals to house the transition joints of sensor to extension leads. Threaded potting seals to house the transition joints of sensor to extension leads.

• Plugs & Nipples

A nipple has external threads at each end, for connecting two other fittings. A plug closes off the end of a pipe. Both available in stainless steel.

• Reducers

A reducer allows for a change in size to meet specific requirements of the application.

• Terminal Heads

Many alternative types of terminal heads are available to meet the requirements of various applications. Variations exist in size, material, accommodation, resistance to media, resistance to fire or even explosion and in other parameters.

• Terminal Blocks

Thermocouple and platinum resistance thermometer connection blocks.

Terminal blocks come in many different types and sizes to suit your terminal head.

• Thermopockets

Thermopockets are tubular fittings used to protect temperature sensors installed in industrial processes. A thermopocket consists of a tube closed at one end and mounted in the process stream. Fabricated or solid drilled, Available in stainless Steel in various sizes.

• Flanges

Flanges can be used to secure the sensor assembly into the process.

• Bayonet Caps & Adaptors

Bayonet caps provide a method of quick fitting into suitable adapters located in the process; this technique is widely used in plastics machinery.

• Bayonet Fittings

Two types available, compression or grub screw.

If you can’t find what you need, Call or email our technical sales team on +44 (0) 1243 871 280 or sales@labfacility.com for help with product selection and technical support.

Technical Resources

We offer comprehensive reference guides for users of thermocouples, PRTs and thermistors and associated instrumentation.

Detailed enough for engineers and scientists, it is also suitable for technicians and students. Written with practical bias, the guides contain considerable reference data and basic theory and is therefore of great value as a training aid for those entering the field of temperature measurement and control.

The broad scope of the guides includes detailed temperature sensor guidance, sensor theory and practice and comprehensive applications guidance. The guides describe temperature control, transmitters, instrumentation and data acquisition and a reference section carries that has a wealth of data on thermocouple and platinum resistance thermometry.

The emphasis is on practical aspects, but the basic theory and applications aspects will be of particular interest to students and apprentices.

Click to view: Technical Resources

Company Profile

Labfacility are the UK’s leading manufacturer of Temperature Sensors, Thermocouple Connectors and associated Temperature Instrumentation and stockists of Thermocouple Cables.

The Company has been trading since 1971 and is ISO 9001 accredited. We have two UK sites – West Sussex and South Yorkshire and export to over 85 countries, Shipments are made to world-wide destinations on a daily basis.

In addition to the stocked items, Labfacility also offers bespoke Temperature Sensors. We are specialists in the design and manufacture of custom-built temperature sensors at our 18,000 square foot Yorkshire plant located in Dinnington. We also offer a wide range of components and fittings for sensor installation.

Quality and Service are key elements in the continued growth of Labfacility; technical support for both sensing and instrumentation is always freely available from our experienced technical sales teams.

For all sales enquiries please contact us as follows:

Website:          www.labfacility.com

Email:              sales@labfacility.com

Tel:                   +44 (0) 1243 871280

Tel:                  +44 (0) 1909 569446

With the new P|Prox range of inductive distance sensors from ifm electronic, reliably measuring the distance to metallic targets with micrometre precision no longer requires expensive measuring systems. P|Prox sensors, which have familiar cylindrical bodies similar to those of conventional inductive proximity sensors, are easy to install, easy to set up, and, thanks to their IO-Link communication, easy to interface with almost any type of control system.

P|Prox sensors are factory calibrated and ready to use out of the box. They can be relied on to deliver accurate, repeatable results, continuously outputting distance-to-target data via IO-Link. When the highest precision is required, simple one-point calibration, or even more accurate three-point calibration is possible. In all cases, the results are completely unaffected by the type of target metal.

To ensure suitability for the widest possible range of applications, P|Prox sensors have an IP69K ingress protection rating and an operating temperature range of -25 to +70ºC. They are available in flush and non-flush mounting versions with 60 mm long industry standard M12, M18 and M30 threaded stainless-steel housings. All types are resistant to the effects of external magnetic fields, and all incorporate four LEDs for local status indication.

The measuring range of ifm’s P|Prox inductive distance sensors depends on the model, with flush-mount M12 versions, for example, having a range of 0.2 to 2 mm and non-flush M30 types having a range of 1.5 to 15 mm. All types use IO-Link COM2 transmission mode and have a minimum process cycle time of 3.2 ms.

• • Sensors, Heaters, Controllers, Dataloggers & IoT
  • Electro-mechanical assemblies
  • System design and development
  • Just in time delivery from stock
  • Safety stock management
  • Kitting services

  We work closely with our customers to ensure all their requirements in Measuring, Logging and IoT for Temperature, Humidity, CO², Atmospheric pressure, VOC, Level, Flow and Position are met in full. This also includes the creation of custom-made devices. Individual design and manufacture process starts with consultancy and finishes with creating the most efficient production processes and speedy delivery of the product, as well as full customer support after sales.

  We have been in business for 30 years, are ISO 9001:2015 qualified, a Tier 1 supplier to global Engineering corporations and a member of the British Cryogenics Council.

  Carlton Thermal Systems Ltd are very proud to be partnered with World leading innovators in the thermal engineering field including:

  Comet System s.r.o. EVCO Spa, GTB Group, Sensit s.r.o., SST Solid Sealing Technology, Uchiya and Zoppas Industries Heating Element Technologies.

  Comet System s.r.o.  Are a leading manufacturer of temperature, humidity, atmospheric pressure, carbon dioxide CO2 transmitters, data loggers, monitoring systems, data acquisition systems, thermometers, hygrometers and barometers. Production includes data acquisition systems, humidity, temperature, CO2 transmitters and portable thermometers, hygrometers, barometers, CO2 meters. Instruments are designed for accurate measurement and for monitoring environmental conditions. All Instruments come with a traceable certificate of calibration with declared metrological traceability of etalons based on requirements of EN ISO/IEC 17025 standard.

  All products are supplied with an Industry leading 3 years warranty as standard.

  Mobile dataloggers. Battery operated GSM modem. New 4G versions. Built-in battery-operated GSM modem allows alarm indication and data transmitting. Data can be sent in the shortest interval of 5 minutes to either the Comet database software or Comet cloud through data network. For battery life saving, there is a function of data buffering to keep the GSM modem in the sleep mode for a longer time. Users can set-up active texts which periodically inform the current state.

Comet Cloud – Measures data where you need it.

We believe that without Measurement, there is no Control.

High quality, accurate and stable sensors of Temperature, Humidity, Dew point, Barometric pressure, CO2

COMET Cloud is the internet storage of data measured by COMET sensors. The data is accessible in the internet and displayed in an internet browser. Every user has the access to their account. COMET Cloud is protected by password. COMET Cloud enables the User to add sensors, create organizational structures such as sensor groups and user groups. The different rights can be set up for displaying and administration for each user.

• Unlimited space for data
• Management and organization of equipment and Measured points, users and rights.
• e-mail alarming
• Easy report creating
• device setup from COMET Cloud

Almost all Ethernet, Sigfox, WiFi and GSM sensors can integrate seamlessly to the cloud.

Sensit s.r.o.

Do you need to measure the temperature even in hard-to-reach places?

SENSIT has a compact range of cable sensors in various shapes with casing diameters from 1 mm and with the option of extending the cable according to your needs.

In their portfolio you can find cable temperature sensors in various designs. There are a plenty of options. You can choose the sensors according to size, material, housing shape and measurement method. Cable sensors with housing diameters starting from 1 mm can easily reach even hard-to-reach places. The temperature range of the sensors is from -200 °C to 1100 °C

However, the range of products offered by SENSIT s.r.o. is much wider. Since 1991, SENSIT s.r.o. is engaged in the development, production and sale of resistance temperature sensors, humidity sensors, CO2 sensors, level sensors, flow sensors and position sensors. They also provide a custom production in small series or piece production.

All sensors meet the requirements of EN ISO 9001, EN ISO 14001 and ISO 45001.

The portfolio includes:

• Temperature sensors with a standard temperature range from -200 °C to 1200 °C and diameters starting from 1 mm (0.5 mm for thermocouples),
• humidity sensors,
• CO2 sensors,
• combined sensors,
• level sensors,
• flow sensors,
• inductive sensors,
• optical level sensors,
• wireless radio sensors.
• Optical temperature measurement

We will be attending and exhibiting at:

Icon 2024 Conference ‘ Conservation for change ‘ on the 2^nd – 3^rd July 2024 at The Royal Geographical Society, London.

Machine Building Live ‘ One Day All The Answers ‘ on Wednesday the 2^nd October 2024 at the National Motorcycle Museum, Birmingham 08.30 – 15.00 free to attend.

Carlton Thermal Systems Ltd

Unit 45 Monument Business Park

Chalgrove

Oxford

OX44 7RW

ENGLAND

Office: 01865 400514

For further information please visit www.carltonthermal.com