WNIP Jan Feb 19.1 Digital low res

More documents

Recommendations

Info

28 19.1 New ultrasonic water meter for instantaneous measurements Announcing the launch of a battery-powered ultrasonic water meter intended for measuring flow rate instantaneously and pressure and consumption in water piping (standard EN 14154 for water works), water distribution systems and other industrial applications. The compact, highly accurate ELIS FLOMIC FL5024 has long-term stability over a wide range of measured values, and conforms to the IP68* protection class. The meter does not need any external power supply, does not include any moving parts and has significantly lower hydraulic losses. The technical parameters and other features of the FLOMIC water meter make it suitable not only for water consumption measurements but also for waterleak tracking and monitoring of the general condition of watersupply networks where the meter output signals can be connected via data transfer systems to remote computer control stations. The measurement method utilised by these meters is a singlebeam transit-time pulse method, based on evaluation of the time needed for an ultrasonic signal to cross the distance between two measuring transducers. In the standard version, the meter measures instantaneous flow rate (in m3/hour) and the total volume of water passed through the meter (in m3) in the given flow direction. The measured data is converted into passive pulse output signals. sales@instrotech.co.za New simplified safety compliance testing unique tester has been A introduced to market, in that it sources both AC and DC steadystate voltage for Hi-Z and Lo-Z instruments, thus simplifying safety compliance testing. The new Fluke® PRV240 Proving Unit provides a safe and convenient method for “test before touch” TBT verification of electrical test tools without placing the electrician or technician in potentially hazardous electrical environments, which would generally involve using known live voltage sources. In contrast to using a known live source, using the PRV240 does not require personal protective equipment (PPE) for tester verification. Use of the PRV240 reduces the risk of shock and arc flash compared to verification of test instruments on high-energy sources in potentially hazardous electrical environments because the PRV240 provides a known voltage in a controlled, lowcurrent state in accordance with safe work practices. The pocket-sized PRV240 sources 240 V of both AC and DC steady-state voltage for testing of both high- and low-impedance multimeters, clamp meters, and two-pole testers, eliminating both the need for multiple verification tools and the use of a known high-energy voltage source for test instrument verification. To avoid accidental contact, the voltage is supplied through recessed contacts that are activated only when test probes are inserted into the modules insulated access points. A single LED indicates the sourcing of the voltage to verify the test tool, simplifying test tool verification without the need for PPE. The proving unit can perform up to 5,000 tests per set of four AA batteries and comes with a TPAK magnetic hanging strap for easy accessibility. sales@comtest.co.za Test units for cryogenic valves Cryogenic test units are available for testing valves within the temperature range of ambient to -385⁰F / -196 ⁰C, according to the ISO15848, BS 6364 and Shell MESC SPE 77/306 standards / directives. -Cryogenic testing up to maximum -196°C / -324°F. -High temperature (fire safe) testing 1,500°C / 2,730°F. -Clean room test and inspection equipment. The available (main) features are: √ One or a series of SS 316 – insulated test tanks. √ Designed and equipped for fully submerging the valve or Liquid Nitrogen spray – cooling system. √ Complete body- & bi - directional seat test system for testing with Helium / Nitrogen gas. √ Set of (5 pcs) thermocouples. √ Flow (seat) leakage measuring system. √ Computer registration system for visualizing the test data, storing the test results and printing a full size test certificate. √ Helium leak detection system (Mass Spectrum meter). √ Helium / Nitrogen booster system for generating a test pressure up to 10,000 PSI. √ Complete safety closure (test room) with interlock on the access doors, overhead crane, ventilation system, Oxygen sensors and camera system. admin@atts.co.za
IO-Link master and sensors lead to smarter manufacturing 29 19.1 The new IO-Link master for the Allen-Bradley POINT I/O system and IO-Link enabled sensors from Rockwell Automation go beyond detecting machine problems to help enhance machine productivity. These enhanced sensors simplify configuration, monitor machine health, and communicate data and diagnostics in real time via the global IO-Link communication protocol. Traditional sensors merely send information stating if they are on or off. If a sensor fails, users know only when an operation goes awry downstream. IO- Link-enabled sensors provide a continuous flow of diagnostic information from the production line, helping better predict maintenance needs. These smart sensors enable smart machines that enable smarter manufacturing. Based on IO-Link technology, these smart sensors and I/O are enabling technologies for The Connected Enterprise, which integrates control and information. The result is seamless visibility of field data through an Integrated Architecture control system. The new sensors featuring embedded IO-Link act the same as standard I/O sensors until connected to a master. Once interfaced with an IO-Link master, users can access advanced data and configuration capabilities while using the same three-wire cables. Rockwell Automation is the only company that offers controllers, an IO-Link master and IO-Link sensors that, when applied as a complete system, provide simplified integration plus enhanced features and functionality. The IO-Link master streamlines communication from sensors to the controller. The sensors talk via simple IO-Link protocol to the master and the POINT I/O system communicates with the controller via EtherNet/ IP. This allows users to have an Ethernet-like experience in managing their sensors at an affordable cost. Additionally, users can programme sensors and controllers in the same design environment. The Rockwell Software Studio 5000 Logix Designer software combines design and engineering elements in a single interface, enabling users to access I/O and configuration data across the Integrated Architecture system. With automatic device configuration, settings for the master and sensors are saved and can be downloaded from the controller when switching operations or replacing a component. The system streamlines changeover operations on a manufacturing line, reducing the possibility of human error. By combining simple implementation with powerful data and diagnostics, smart sensors with IO-Link can optimise machines today – and prepare them for the future – to help increase uptime and productivity. cbuys@ra.rockwell.com FREE ENTRANCE! NELSPRUIT - 12 APRIL 2016 WINDHOEK - 10 MAY 2016 WALVIS BAY - 12 MAY 2016 VANDERBIJLPARK - 20 OCTOBER 2016 To book a stand contact Roxanne roxannewnip@mweb.co.za or 0861 776 237 See You There! Register online: www.whatsnewinprocessing.co.za
Page 1 and 2: 1 19.1 Simple, reliable and versati
Page 3 and 4: 3 19.1 ree for any eventuality 1 19
Page 5 and 6: 5 Asstech is now the South African
Page 7 and 8: 7 19.1 °C to -60°C can be achieve
Page 9 and 10: 9 Triple eccentric valve with super
Page 11 and 12: 11 19.1 Simple PROFINET IO connecti
Page 13 and 14: PR-2014-2586PA-GER- Signaltenner -
Page 15 and 16: New Agency SCANCON offers industria
Page 17 and 18: 17 New batch application toolkit he
Page 19 and 20: 19 19.1 VEGA Controls SA holds a wi
Page 21 and 22: 21 19.1 CIP technologies save you a
Page 23 and 24: 23 19.1 Wireless controller provide
Page 25 and 26: 12 Power solutions offer reliabilit
Page 27: 27 19.1 Integrated production contr
Page 31 and 32: 13 31 BRILLIANT ret ad DESIGN. WIDE

WNIP Jan Feb 19.1 Digital low res

Create successful ePaper yourself

Delete template?

Save as template?