Products
Foremost introduce Control Panel and HMI Enclosure Systems, Support Arm Systems and Coupling Towers, from TEKNOKOL Foremost Electronics, the engineering-led Essex based importer and specialist distributor of electromechanical components, announces a new distribution partnership with TEKNOKOL. Based in Turkey, TEKNOKOL is a manufacturer and supplier to world-leading integrators of control panels. The Teknokol family of products support machine manufacturers in providing ergonomic machine control panels. TEKNOKOL products are designed to enhance the Human Machine Interface (HMI) experience. The panels are designed to incorporate support/suspension arm components and include industry standard VESA mounts for monitors and separate panels to incorporate keyboards. All TEKNOKOL enclosures are modular and configurable suiting a wide range of applications. Two enclosure series are available from TEKNOKOL; ECO line and TKP for light and heavy duty service respectively.
For more information call +44 (0)1371 811171, email
sales@4most.co.uk or visit
http://www.4most.co.uk/
New XL Size BODY-CASE Wearable Enclosures OKW’s smart and ergonomic BODY-CASE is now available in three sizes – M, L and new XL
OKW has added a new size XL to its BODY-CASE range of fully wearable plastic electronic enclosures.
Smart and comfortable BODY-CASE suits a wide range of applications including data recording and transmission; IoT/ IIoT; tracking/monitoring; emergency call/ notification; healthcare/wellness; leisure and sports; digital communications; stock/sales logging; safety engineering; measurement/control; automation – and any roles involving localisation of personnel.
New BODY-CASE XL – like the existing M and L sizes – can worn like a watch on a standard 18 mm strap; each enclosure is supplied with two spring bars. BODY-CASE can also be hung around the neck on a lanyard, clipped to a belt/pocket, fitted to a key ring or carried loose. For more information, visit the OKW website:
https://www.okw.co.uk/en/Plastic-enclosures/Body-Case.htm
New Configurator mobilCASE Extruded Handheld Enclosures
ROLEC has launched a new online configurator that makes it easy for customers to specify customised mobilCASE handheld enclosures and generate CAD and PDF files of their specific housing. Tough mobilCASE is a smart, modern range of extruded aluminium enclosures for handheld electronic instruments and machine/robot controllers. It can also be mounted horizontally or vertically for display or control panels.
The case extrusion is offered as a single profile (IP 65) for slide-in PCB assemblies or as a two-part profile (IP 54) which allows keyboards and displays to pass through the top profile if required. Both sides of the profile are recessed to accommodate a membrane keypad or product label. Diecast aluminium end covers with TPE sealing gaskets complete the case assembly.
For more information, view the ROLEC website:
https://www.rolec-enclosures.co.uk/en/enclosures-accessories/
64 November/December 2020
www.electronicsworld.co.uk
Amphenol Industrial Operations Amphenol Industrial Operations, a global leader in interconnect systems, now offers industry- standard, on-vehicle data plug connectors that are designed for vehicle diagnostic and data communication. The AT circular connector (ATC) series is designed to perform in the most demanding applications in heavy duty trucks and buses. The new 3 and 5 pole standard electrical plugs are designed to improve the quantity and quality of options offered by the ATC series. While the 9 pole provides a J1939 solution of receptacle/contacts/accessories. SAE J1939 is a specified type of controller area network (CAN) that defines the communication pathways for vehicle networks. Through a series of microprocessors, a CAN interconnects every device and establishes a common link between each other.
This new connector gives reliable support on CAN systems and helps electrical devices to communicate with each other. Applications include GPS tracking and CAN data communications for diagnostics of vehicle engine speed, temperature, oil temperature and exhaust emissions. Follow us:
https://twitter.com/AmphenolAIO / Get our updates:
www.linkedin.com/company/amphenol-industrial
OMRON launches precise and flexible 3D Time-of-Flight Sensor Module
Sensor ranges entire field of view at up to 20 fps for mobile guidance and moving-object detection Hoofddorp, Netherlands, 8 October 2020 – OMRON Electronic Components Europe has unveiled a new precision time of flight ranging sensor that delivers a convenient, modular solution offering positioning, autonomous- guidance, and proximity sensing for a wide range of applications.
Commenting, Gabriele Fulco, European Product Marketing Manager Sensors at OMRON said, “Our new sensor is a “mechanical eye” that is capable of accurately and easily detecting the surrounding environment, which will contribute to the more widespread use of autonomous robots as well as the automation of various other machinery and equipment.
OMRON Electronics Components Europe B.V. Wegalaan 57, 2132 JD, Hoofddorp, The Netherlands Tel: +31 235 681 296, Fax: +31 235 681 222 Email:
info-components-eu@omron.com
http://components.omron.eu
Precision mixing contains costs for product development
A pre-pilot mixing plant is using wireless TorqSense transducers for ultra-accurate viscosity measurement of high-value compounds.
The plant is used to prepare small batches of compounds from shampoo and detergent to cosmetics, therapeutic and medical preparations. Some of the ingredients in the compounds are very expensive, so product developers are loath to make large batches early in the formulation process.
Instead, they start with 850 millilitre samples for the early stages of each project, then once the recipe is well-proven, move on to pilot-scale work where the samples are measured in thousands of litres. The final stage is, of course, full-scale production where volumes may be truly enormous. The TorqSense transducers were supplied by Sensor Technology Ltd of Banbury, whose Mark Ingham explains the design of the pre-pilot plant: “It can take three hours or more to make a single sample, each produced with precision accuracy – and development programmes need a great many samples.
www.sensors.co.uk/ew1120
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