News

CorDEX Instruments, the developer of portable equipment for explosive atmospheres, has introduced another world-first.  Its new and unique Centurion XPM2 digital camera is designed specifically for use in the mining environment and brings a host of benefits.  By comparison with alternatives it removes the need for time-consuming protocol, provides far greater flexibility in use and above all makes imaging easier, quicker and more cost-effective.

The Centurion XPM2 explosion-proof digital camera combines robust construction with high image clarity.  It incorporates a 5 million pixel detector array with onboard interpolation options.  This allows image resolution to be increased to an outstanding 10 Mp.   In addition to taking still images it can also capture moving pictures in AVI format for replay with conventional Windows Media Player software.

CorDEX Instruments Ltd., a developer of portable equipment for explosive atmospheres, releases Centurion XPG ATEX Certified 5Mp digital camera with strobe flash. The robust Centurion XP-series cameras offer best-in-class visual image capture for petrochemical and chemical applications.

The new Centurion XP series cameras support applications within Zone 1 IIC T4 type G (Vapour) explosive atmospheres and will provide users with the ability to document equipment with both still and moving images.

As assets become smarter and CMMS/EAM packages become more integrated across various asset classes within a manufacturing company, responsibility for facility management (including facility maintenance) has become spread over multiple departments. Historically, facility and plant maintenance were the sole responsibility of the Maintenance Department which ultimately reported to the Plant Manager or Works Manager.  However, plant equipment is the focus of most Maintenance departments in a manufacturing environment, except in the largest and most complex multi-site facilities.  

As assets become smarter and CMMS/EAM packages become more integrated across various asset classes within a manufacturing company, responsibility for facility management (including facility maintenance) has become spread over multiple departments. Historically, facility and plant maintenance were the sole responsibility of the Maintenance Department which ultimately reported to the Plant Manager or Works Manager.

Wieland Electric has developed its Multipole Connector Configurator to replace time consuming catalogue searches for those wishing to access the 1500 individual components in the revos range. Wieland's revos is a range of industrial multi-pole connectors which have been designed to provide the installer with a quick and easy solution for the installation of machines and systems.

Simple to use, revos Configurator guides the user through the selection of male and female inserts, hoods and housings, all in technically feasible combinations, making it easy to create application-specific connectors. Search and selection filters are based on technical parameters such as termination technology, pole configuration, current, voltage and conductor size, making incorrect configurations impossible.

The SNH Series from Wieland Electric is a modular system that can be perfectly adapted to the needs of the machinery manufacturer, with a range of eight operator elements that can be combined with 12 different contact blocks. In addition to the modular components, Wieland supply a number of completely assembled emergency stop pushbuttons for the most common applications.

For increased safety, Wieland's SNH Series of Emergency Stop Pushbuttons incorporate a unique contact block drop-off feature offering a signal output should failure occur if the contact block becomes dislodged due to vibration. This has an additional NO contact in series (pre-installed) to the main contacts, the NO contact opening as soon as the contact block falls off, thus interrupting the safety circuit and putting the machine into a safe position. An illuminated Stop Button also provides enhanced safety for the machine user.

Video showing how GexCon applied the CFD tool FLACS and performed experiments to help understand the Buncefield tank farm explosion in 2005.
The work performed by GexCon clearly shows that the trees surrounding the tankfarm played a major role in causing the high explosion overpressures that destroyed a majority of the tankfarm site and neighbouring buildnings.

Wellman Robey “Combination” Boilers have become an integral part of two Combined Heat and Power installations for the N.H.S Foundation Trust.
The principle of the “Combination” Boiler is to take the  exhaust gases from the C.H.P electricity generator engine and use the heat from it to raise steam or hot water. A completely independent section within the boiler (with it’s own furnace and oil or gas fired burner) guarantees that the unit will be able to provide its required output at all times regardless of the supply of waste gases available by firing the boiler in the conventional way as well as (or instead of) using the waste heat recovery section.

The two N.H.S Trust Foundations that have recently taken delivery of the Wellman Robey Combination Boilers are Countess of Chester and Aintree University (Liverpool) hospitals.

Countess of Chester has 580 beds on a single site and provides a range of medical services for over 400,000 patients a year for Western Cheshire, the Wirral and North Wales. The Robey- Loos boiler supplied is a UL-S IE Composite Boiler designed for an output of 3945kg/hr at 5barG that will provide steam and hot-water for the total requirement of the hospital complex.

These two new offerings along with many of our other solutions including LinerSCAN help you extend engine life, increases efficiency, and reduces emissions to assist with environmental compliance.

The DieselSCOPE performance analyser is designed by marine engineers for marine engineers.  The portable, handheld unit helps you monitors the combustion process in the diesel engine in real time allowing you to tune the engine whilst measuring. Using DieselSCOPE you can balance cylinder load, optimize injection timing and detect worn or damaged engine components and thus reduce the engine’s operating cost.