Industry, commerce, health care services, banks and other service providers are extremely dependent upon electrical and electronic systems. These systems influence mains quality themselves in many ways, but they react extremely sensitively to any disturbance as well. It is thus the entrepreneurial responsibility of all modern business operations to keep their own electrical systems under control - 24 hours a day under any possible conditions. Action should be taken as soon as the first signs of poor mains quality appear such as overheated transformers and cables, excessive current in neutral conductors without any explicable cause, tripped protective devices, flickering lights, computer failures and data network problems, interference in telephone lines or inexplicably increased energy costs. Causes can be pinpointed and the elimination of faults can be implemented through the use of suitable measuring equipment. We offer you an overview of the different important aspects of Power Quality and possible solutions: CLICK HERE. An example of what a PQ-instrument is capable of showing you can be found below with the live PQ-device: CLICK HERE or IMAGE BELOW. Demonstration of live instantaneous values from Camille Bauer’s power quality monitoring devices on their factory floor. You can scroll through live pages or historic events for Harmonics, alarms, lags etc and look at historic averages, consumption PQ |
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Camille bauer release the new sirax bm1250 multifunctional measuring device for network parameters8/7/2019 Camille Bauer Metrawatt AG complements its transmitter portfolio with the multifunctional power and monitoring measuring device SIRAX BM1250 and completes their range of services downwards. With its price performance ratio it positions the SIRAX BM1250 itself below the SINEAX AM1000 or the APLUS, which enables us to offer our customers the right measuring device at all times. The SIRAX BM1250 is suitable for fixed installation and measurement of the most accurate electrical parameter in low-voltage installations. The measurement is designed for 1 or 3-phase networks with 2, 3 or 4 wire and is used to safely monitor the electrical distribution. The measured values are displayed on the generous LCD display. The device has two optional outputs which can be configured as pulse output for energy measurement, limit value output, timer function or relay output. An RS485 interface with Modbus/RTU is also available. Optionally, the device can also be ordered with a integrated data logger. SIRAX BM1250 FEATURES User-friendly and save ● The device can be operated very easily via 3 buttons ● With its large, backlit LCD display, the measured data is very easy to read ● Easy, flexible and quick installation thanks to Easy Clip or mounting brackets ● Password protects against unauthorized modification of configuration ● No password given from factory default side Multifunctional and communicative ● Variety of functions for measuring voltage, current, power, energy and quality ● Various relay functions integrated ● Built-in 8 MB Flash Datalogger (event logging, time logging, load profile logger) ● On-site configuration (configuration via buttons, USB interface or RS485 Modbus/RTU possible) ● Easy integration into higher-level systems through open communication via Modbus/RTU ● Can be integrated as a standard object in the SMARTCOLLECT software For further product information go to:
www.camillebauer.com You cannot imagine life today without electrical energy. Having reliable high quality energy requires the well-conceived interaction between energy producers, grid operators and consumers. Camille Bauer products and services help you to devise your energy supply safely and reliably.
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Yokogawa limited time offer - get a mixed signal oscilloscope with 8 channels for the price of 621/6/2018 Get 8 analogue channels for the price of 6 with each Yokogawa DLM4000 MSO purchased. This is a limited time offer for European customers and is valid until September 28th 2018. The DLM4000 is available in both 350 MHz and 500 MHz models, the 2.5 GSa/sec DLM4000 features eight analog input channels. This eight-channel mixed-signal oscilloscope is suitable for test and debugging applications in the embedded systems, power electronics, mechatronics, and automotive sectors. Advanced measurement and analysis features such as power analysis and serial-bus analysis, digital filtering, user-defined math, and super-long record lengths (up to 250 Mega Points) make the DLM4000 a super powerful engineering tool. The eighth input channel features Flex MSO which converts to a 8-bit logic analyser at the push of a button; add sixteen additional logic analyser inputs as an option, for 24-bit logic analysis. High-resolution 12.1-inch LCD display, compact landscape format, ergonomic and friendly user-interface make it easy to use. FOR MORE INFORMATION ON YOKOGAWA DLM4000 MIXED SIGNAL OSCILLOSCOPES https://tmi.yokogawa.com/eu/solutions/products/oscilloscopes/digital-and-mixed-signal-oscilloscopes/dlm4000-mso-series/ ![]() SgurrEnergy is an engineering consultancy specialising in renewable energy projects. Camille Bauers SINEAX DM5S offers programmability, accuracy and analog outputs to monitor the efficiency of the turbines power generating capabilities. For more information please CLICK on the Application Note below ![]()
With an INSACAL master meter you get a very flexible calibration tool. You can calibrate by closed loop procedures or in an open beaker. This allows you to choose whether your cell is calibrated on-site, in-situ or not. For further information
http://www.irishpowerandprocess.com/insacal-news With the Insacal Conductivity Calibrator you will be able to validate your conductivity sensors in-line. The Insacal is primarily used in the pharmaceutical industry where there are high requirements for documentations of water purity. But it would also be very useful in other industries like biotechnology or nuclear power. The Insacal Conductivity Calibrator weighs only 4kg and is easily transported to the location of your conductivity. The Insacal can be used for in-situ calibration in closed loop, saving you hours on total calibration time. The calibration can be carried out in two ways, either in an open beaker or in-situ to prevent risk of contamination of the Unit Under Test (UUT). In both cases the calibration is carried out by comparing the UUT to the Insacal Conductivity Calibrator. The advantage is that the Insacal Conductivity Calibrator can be used in a beaker in the laboratory and afterwards it can be used in a closed loop in the production. For further information check out
http://www.irishpowerandprocess.com/application-notes.html ![]() Beverly is designed for atline and laboratory use in small and midsize breweries as well as in the beverage industry to provide excellent reliability in a rugged design, and purpose built to handle the environmental extremes encountered in everyday brewing operations. Superior performance at an affordable price is achieved using Hamilton’s best in class optical sensor VisiFerm DO B with built-in intelligence, making Beverly the brewer’s best friend. Benefits > Efficiency and serviceability bred from VisiFerm DO B optical sensors > Built to endure IP 67 watertight standards > Stamina for 50 hours of continuous operation > Fast response time down to ppb level > Calibration without removing the sensor For more information http://www.irishpowerandprocess.com/food--beverage.html ![]() The APLUS is a new comprehensive unit for the universal measurement, monitoring and power quality analysis in electrical power networks. It complements the product portfolio of indicative power measurement devices with a high-end variant. The focus is on highest Swiss quality and maximum customer benefit. The device is suited for the application in power distribution, in strongly distorted industrial environments and in building automation. Due to its high performance it is also qualified for challenging tasks in test stands. Nominal voltages up to 690V can directly be connected. The connection of the process environment is possible via Modbus communication interface, via digital I/Os or via analog outputs. The Modbus interface, a relay, a digital input and a digital output are part of the basic equipment of the device. For more information see: http://www.camillebauer.com/?mid=TWpNNE5EQT0&pid=TVRJek1UYz0= |
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