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DIRIS has been developed by Socomec over the last 10 years. It is a complete system for the operation of low and high voltage electrical networks and offers measurement and monitoring of electrical values, energy metering and management (electricity, water and gas), command and remote control of equipment and network protection.
3 new, highly-innovative products are being added to this range: the DIRIS A20, A40 and A41
Application:
All industrial or commercial LV/HV electrical installations
Original features and advantages:
The DIRIS A products meet all the requirements of installers and users:
- Easy to fit (compact casing, plug-in terminal blocks)
- Extremely accurate with high quality measurements using an ASIC component developed by Socomec
- Optimum readability with backlit, high-resolution LCD display
- Direct access to data via 4 or 6 large keys
- Board can be upgraded with additional modules (communication, harmonics, alarms) providing long-term value for your investment |
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USB 1MS/s, 16-bit multifunction module with BNC inputs
- 1 MS/s 16-bit A/D converter
- 16 BNC differential analog inputs, with 7 programmable input ranges from ±100 mV to ±10 V full scale
- Over-sampling mode, including line-cycle rejection for low-level voltage measurements, even in the presence of AC power line noise
- 1 MS/s, 16-bit analog outputs
- 16 digital I/O
- 4 counter inputs capable of measuring frequency, period, pulse width, or quadrature encoders up to 20 MHz
- 2 timer outputs |
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Measurement Computing today announced the release of three new 1-MHz, 16-bit multifunction USB data acquisition devices, and a cost-saving expansion module for high channel count applications. The USB-1616HS, the USB-1616HS-2, and the USB-1616HS-4 deliver outstanding performance with synchronous analog, digital, and frequency I/O in one compact package. The AI-EXP48 plug-in expansion module coupled with any of the USB-1616HS series modules can quadruple the analog input channel count.
The USB-1616HS series modules have a unique, low-latency control output mode, whereby any input—analog, digital, or counter, can control an output—digital, analog, or timer, based on pre-defined limits, including hysteresis. The outputs are controlled directly from the USB-1616HS series module, and do not require PC intervention. This results in response times that are measured in microseconds instead of milliseconds
The USB-1616HS series offers extensive trigger options, ranging from analog trigger with 1 µs max latency, to multichannel triggering, where any combination of analog, digital, and counter input channels can be combined to initiate the trigger. Other trigger modes include digital pattern, level, edge, inside/outside window, and pre- and post-trigger.
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Analog I/O
12-bit or less resolution
14 and 16 bit resolution
Temperature
Analog Output
High-drive Voltage
Voltage/Current
Voltage
Digital I/O
High Voltage
Parallel
Counter-Timer |
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| The E-PDISO16 has one built-in 10/100 BASE-T auto-negotiation, high-speed communication port. With the Ethernet interface, you can remotely access and configure your E-PDISO16 from anywhere on the network. Only one computer can control the E-PDISO16 at one time. The networking protocol is TCP/IP. You can send your data over 100 meters at data speeds of up to 100 Mbps using only one Ethernet cable connected to your computer. |
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MCC has announced the addition of two battery powered temperature dataloggers to its growing datalogger line. These battery powered dataloggers are offered in two models: the USB-501 for remote temperature logging, and the USB-502 for remote temperature and relative humidity logging. These products are the perfect, cost-effective solution for long or short-term data logging applications. Both the USB-501 and USB-502 log up to 16,382 temperature measurements in the -35 to +80 ºC (-31 to +176 ºF) range. The USB-502 additionally supports up to 16,382 additional relative humidity measurements over the full 0 to 100 percent range. Rates for both dataloggers can be set from 10-second to 12-hour intervals. The loggers plug directly into a standard PC or laptop USB port for setup and data download. The included USB-500 Series Data Logging Application software supports both products. This user-friendly, intuitive software is used initially to configure the loggers, program alarm thresholds, logging rates, start times, and measurement units. When the loggers are retrieved from the field, the software provides simple one-click access to download, display, and export the data.
With the included USB-500 Data Logging Application software, the user can display time-stamped temperature, relative humidity, dew point, and alarm limits on a powerful strip chart graph. The data can also be downloaded to a text or a .csv (comma separator values) file. Supporting these file types allows users to easily export the logged data to Excel. With one mouse click, spreadsheets and reports are easily generated. The software and USB-500 series dataloggers are compatible with Windows 2000/XP. |
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8-channel, Web-enabled temperature measurement modules :
- WEB-TEMP supports J, K, R, S, T, N, E,
& B type thermocouples, 2-, 3-, or 4-wire RTDs and thermistors,
and semiconductor temperature devices
- WEB-TC supports thermocouples only
- Built-in ambient CJC temperature sensor
- Independent temperature inputs
- Built-in Web server/Web page |
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With the PCI board APCI-3701 from Addi-Data the user can acquire up to 16 inductive displacement transducers of the type LVDT or Half-Bridge directly with a precision of
0.1 µm according to the transducer type. Now the board is also available as 1-channel version, and is delivered with the calibration and update tool SET3701. The new unique calibration tool SET3701 is divided in two parts: In the first one, the administration area, boards and transducers are selected and in the second one, the calibration part, the transducers have micro-calibration. In the administration part the installed boards of the type APCI-3701 are recognised automatically. In the board firmware 14 common transducers with all parameters are already available. The user also can select pre-calibrated transducers or just add customer-specific transducers. The assistant, with integrated help-file, supports the user step by step. After the calibration a board test is possible: For each channel a window with a graphic opens, which reflects all acquired data. The standard delivery also includes programming samples for LabView, Delphi, C, VB, etc. |
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Analog Input & I/O
12-bit or less resolution
14 and 16 bit resolution
Analog Output
12-bit or less resolution
Digital I/O
Counter-Timer
Parallel
Special purpose
Serial Communications
LPT Port and 2
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Original Equipment Manufacturers-Use our USB- and
PCI-2500 series boards to build synchronous and
simultaneous analog, digital, and counter/timer I/O into your
own products and systems, and save money. |
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Analog Input & I/O
12-bit or less resolution
14 and 16 bit resolution
Analog Output
12-bit or less resolution
Digital I/O
Parallel
Quadrature Encoders and Interrupts
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Analog I/O
12-bit or less resolution
14 and 16 bit resolution
Temperature
Analog Output
12 bit or less resolution
14 and 16 bit resolution
Digital I/O
Counter-Timer
High Voltage
Parallel
Quadrature Encoders and Interrupts
Serial Communications
16 Port
4-8 Port
Single & Dual Port
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* USBscope50 is a tiny PC based oscilloscope which connects via the USB port, combining the ease of use, portability and economy of PC based scopes with high performance normally associated with much larger bench oscilloscopes.
* USBwave12 is a new concept in USB function generator products. PC based function generators offer many user benefits including flexibility, ease of use and economy.
The USB interface has developed into probably the best and most widely implemented PC peripheral connection method and is a natural choice for the function generator.
* USBpulse100 is a new concept in USB Digital Pulse/Clock Generator products. PC based pulse generators deliver many user benefits including flexibility, ease of use and economy. They are an invaluable tool during design and debug of digital circuits and can be used to quickly test the behaviour of a circuit under different input frequency and duty cycle conditions.
* USBcount50 is a PC based frequency counter designed for maximum flexibility, ease of use and economy. It is an invaluable tool during design and debug of digital circuits and can be used to quickly to verify generated frequencies, pulse widths and duty cycles. |
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IFR INECTION FLOW AND RATE
PRESENTATION
The IFR (Injection Flow and Rate) is a device for measuring injection volume on a stroke-bystroke basis.
It is particularly adapted for monitoring the high-energy multi-stroke injection systems found on modern diesel motors.
ADVANTAGES
- Instantaneous flow measurement of up to 10 injections/revolution.
- Real time display of the injection rate curve.
- Injection rate identical to the measurement given by a «rate tube».
- Analysis of the injection rate and time measurements.
- Mass measurement accuracy regardless of injection conditions : pressure, speed.
- Back pressure can be regulated from 5 to 100 bars.
- Injection measurement during 180° rotation from the pump (360° motor).
DEVICE STRUCTURE
The IFR system is made up of :
-a mechanical element including measurements of volume (mass), pressure and temperature.
-an electronic element which manages the measurement cycle and carries out all the necessary calculations at each revolution.
PRINCIPE DE FONCTIONNEMENT
The injected fluid is collected in an injection chamber maintained at a constant, static pressure. This injection back-pressure can be regulated from 5 to 100 bars.
The increase of the mass in the injection chamber causes an increase in the instantaneous pressure, providing an image of injection volume.
At the end of the injection cycle, the injected fluid is transferred into a volumetric measurement chamber which performs an accurate measurement of the total injected mass. The pressure signal from the first chamber is analysed to determine all the mass measurements, the time intervals and the duration of each injection. |
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Roga MI-17 ICP® (IEPE) measuring microphone - Description:
These 1/4"- ICP® (IEPE) measuring microphones are pressure transducers. The model MI-17 have integrated electronics, and can be delivered with sensitivities from 10 to 100 mV/Pa at tolerances of within ± 5 %. Special custom versions are also possible. Power supplies for the microphones can be either a constant current source of 2 - 6 mA (standard version) or a constant voltage source 4 - 30 Volts. Normally the microphones are fitted with BNC-connectors (fem.) allowing standard BNC-BNC cables to be used. Other connectors such as TNC, SMB, Lemo or ìdot are also available on request.
These microphones are quite suitable for array applications.
ICP ® is a registered trademark of PCB Group Inc.
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Piezoelectric film ultrasound transmitters and receivers offer unique advantages for air ranging applications. Resonance frequency and vertical beam directivity of the transmitter and receiver can easily be customized by changing the diameter and length of the PVDF cylinder. Cylindrical PVDF receivers exhibit very wide horizontal or omni-directional beam directivity and broad band characteristics. These characteristics lend unique solutions in many applications such as two-dimensional positioning, digitizer, object detection, and distance measurement. Piezo film ultrasound transducers also have very low resonance "Q" values. This means that the signal rise and decay times are much shorter than conventional ceramic ultrasound transducers, making Piezo film transducers ideal for positioning applications.
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The HMP228 is a fast, reliable and accurate on-line detection system for water in oil.
Moisture measurements from lubrication oil can significantly cut maintenance costs and prolong machine lifetime. The HMP228 measures water activity and temperature from oil. In connection with oil, water activity measurement offers several advantages compared to the traditionally measured variable, parts per million (ppm). Water activity indicates directly whether there is risk for free water formation. The measurement is independent of the type, aging or temperature of the oil.
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Humidity sensors from Measurement Specialties are designed to improve performance, reduce energy consumption and increase safety. In any environment where temperature affects performance, compensating for humidity should also be considered. Typical applications for humidity sensors include automotive, appliances, HVAC and medical.
Measurement Specialties recently acquired Humirel, a world leader in the design and manufacture of innovative humidity and temperature sensors. Humirel’s proprietary manufacturing processes, derived from the semiconductor industry, are strictly controlled to guarantee consistent output. A high level of automation in the board assembly process makes these humidity/temperature sensors ideal for high volume production required for large OEM programs. Humidity sensors are available as sense components, assemblies with voltage (analog) output or PCB modules for frequency (digital) output.
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Humidity sensors from Measurement Specialties are designed to improve performance, reduce energy consumption and increase safety. In any environment where temperature affects performance, compensating for humidity should also be considered. Typical applications for humidity sensors include automotive, appliances, HVAC and medical.
Measurement Specialties recently acquired Humirel, a world leader in the design and manufacture of innovative humidity and temperature sensors. Humirel’s proprietary manufacturing processes, derived from the semiconductor industry, are strictly controlled to guarantee consistent output. A high level of automation in the board assembly process makes these humidity/temperature sensors ideal for high volume production required for large OEM programs. Humidity sensors are available as sense components, assemblies with voltage (analog) output or PCB modules for frequency (digital) output.
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Humidity sensors from Measurement Specialties are designed to improve performance, reduce energy consumption and increase safety. In any environment where temperature affects performance, compensating for humidity should also be considered. Typical applications for humidity sensors include automotive, appliances, HVAC and medical.
Measurement Specialties recently acquired Humirel, a world leader in the design and manufacture of innovative humidity and temperature sensors. Humirel’s proprietary manufacturing processes, derived from the semiconductor industry, are strictly controlled to guarantee consistent output. A high level of automation in the board assembly process makes these humidity/temperature sensors ideal for high volume production required for large OEM programs. Humidity sensors are available as sense components, assemblies with voltage (analog) output or PCB modules for frequency (digital) output.
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| ... products without technical information |
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