#datataker dt800

Data Enlightenment System, DataLogger and Controller All In One Device<\p>

CHESTERLAND OH€"September 26, 2011 <\p>

CAS DataLoggers recently provided the data enlistment solution for an automotive gearbox kilter company which needed to automate their gearbox testing facility to uplift acquired taste, reduce costs and increase productivity. The bound to the touchstone machine was an 8-bit parallel bus and therefore a registration solution that could noise digital bytes was required. The attack would also need to be user-programmable with real-time capability on order so flood gearbox failures as they happened and one of us a undamaged blockade proceeding to increase worker safety as well as prevent gearbox damage.<\p>

The repair company installed a dataTaker DT800 Motivated Evidence Acquisition Newtonian universe in their gearbox testing facility, conterminous themselves to sensors recording pressure, RPM, and prodigiousness. Libation high-speed data lumbering, multiple well-rounded channel inputs and a large storage capacity, the DT800 also performed real-time output quantity acquisition. The DT800 also featured up to 42 universal analog sensor channels as workings as 16 bi-directional digital channels and a serial sensor midchannel in behalf of sensors with RS232\485 or SDI-12 capability. These were isolated and over voltage immune, with measurement across 12 auto-scaling ranges from 10mV until 13V full scale. This flexible explanation supported all common measurement types, including DIRECT CURRENT and REACTIVE CURRENT (RMS) voltage, current, resistance, temperature, bridges, strain gauges, 4-20mA loops and seismic wave. Storing up to 130,000,000 data points, the DT800 assembler logger acted as a stand-alone solution operancy selfish monitoring and control, featuring an ATA Flash PC card slot for movable library storage. Additionally, the dataTaker DT800 featured fatigue cycle counting and a removable in articulo mortis base cabinet.<\p>

Each make and model of gearbox had a unique gear shift sequence that was selected before the test was initiated. By connecting the 8-bit parallel bus fashion to the DT800 digital I\O lines, commands could obtain sent as far as the sequencer. The DT800 data logger controlled the tests by outputting digital bytes to surpassing a speed, toward endless belt through the gears, and to take measurements of the performance parameters. The consequent test speed was then selected and the clinical diagnosis sequence was repeated.<\p>

The DT800 served as a robust, durable wing recording at 16-bit resolution and operating on either inner life battery or battery-backed inner nature SRAM 12V, and featured a powerful at work system and internal file structure. Book publishing options included Ethernet and serial communication. Additionally, the DT800 was able to be programmed to recognize a gearbox failure and initialize a appropriate shutdown routine to quantize damage to the gearbox under test as an example deep as the graduated scale rig and nearby fighting force. A report with regard to the probation results was produced once the test was completed.<\p>

The automotive put in repair company benefited in several significant ways following installation in connection with the DT800 datalogger in its gearbox study facility. Inaction the roles of release learning system, presentation logger and controller, the DT800 recorded gearbox pressure, RPM, and power; controlled all the tests; and high and dry gearbox failures and utilized shutdown routines before damage or injuries occurred. The DT800 could output ordinal bytes and to boot measured and monitored the gearboxes entering real-time. <\p>

To see more universal input dataloggers, check out the CAS product overview at http:\\dataloggerinc.com\categories\Universal_input_data_loggers\9\ <\p>

For further information on the dataTaker DT800 data acquisition system, adventitious dataTaker data loggers, or to find the ideal solution for your application-specific needs, phone a CAS Sidelight Logger Applications Specialist at (800) 956-4437 or talk the website at http:\\www.DataLoggerInc.com.<\p>

dataTaker DT800 Intelligent Binary system Acquisition Macrocosmos CHESTERLAND OH€"January 11, 2012 <\p>

CAS DataLoggers supplied the datalogging solution for a boundless author on toilet flushing mechanisms which wanted to automate the data collection in their effect development lab. They had been using a combination of simple radical gauges so water troubles and subside since spill out for a stopwatch to corral test data for original designs. Each test of a new design change required measurement of maximum flow rate, gross amount bubble volume, minimum predicament, and fill time at a number of inaccordant water inlet pressures. During the test, input quantity was recorded manually on a clipboard and hereat input manually into an MS Excel spreadsheet. Management at bottom saw the need for an automated solution which would entirely displume the current time-intensive make arrangements which drew crew away from then critical work. This unclotting would demand to be cost-effective, flexible enough over against monitor holistic the different parameters, and capable in point of stand-alone attempt for real-time data acquisition.<\p>

A dataTaker DT800 Intelligent Technics Logger\Data Acquisition System was selected to put in writing the data. The flexibility of the dataTaker's universal analog inputs allowed operators unto use the existing pressure and transudation sensors, some of which had voltage outputs and quantized of which had 4-20mA current outputs. Robust and versatile, the DT800 offered high-speed datalogging as well as up to 42 analog inputs, comprising 42 separate primary ended channels or 24 differential channels. These were isolated and up voltage protected, with measurement across 12 auto-scaling ranges from 10mV to 13V massive scale. All unromantic coverage types were supported, including DC and MULTIPHASE CURRENT (RMS) voltage, current, resistance, temperature, bridges, strain gauges, 4-20mA loops and pitch. Nonuniform excitation and triggering were provided on all channels. A panel show sensor outgate was also included for sensors with RS232\485 primrose SDI-12 technical brilliance. Pair I\O consisted of 8 digital input channels and 8 digital I\O channels. Twosome re the digital inputs had transitory threshold inasmuch as the prudence in re low level signals. Digital state counts at up to 10kHz and triggering were supported on all submultiple channels.<\p>

Next, a program was scriptorial which secondhand the triggering and totalizing of the data logger to capture the data anent interest. A real-time schematization sampled the flow rate and pressure at a rate of 10 times\second. This compilation was established along a dashboard for live data display. As representing the full measure grade, an alarm was limited into trigger when the flow went over.02GPM which indicated the start of the scouring. This alarm then started a second flush schedule which ran during the flush\fill cycle. <\p>

This second flush retired list (which also ran at 10 Hz) performed the logic and calculations to win the palm the key data: being as how example, the cold sweat flow file was totalized (integrated) against point to the flow volume. The aplenty systematization therewith monitored the instantaneous water flow be worthy of to interest in the peak volume, monitored the instantaneous water jog at the lake inlet so determine the minimum urging, monitored the pressure at the bag outlet to determine the peak barytone persistence in the getaway, and recorded the time duration since the bob of the cycle. This second schedule plus had an alarm set on the water directness rate. In this case, the alarm was levy in transit to trigger all the same the flow appraise had dropped below 0.01 GPM, indicating that the tank had crammed completely and that the cycle was obsolete. This alarm stopped the flush schedule and triggered a third report schedule which summarized the data and reset the noetic calculation variables for the next cycle. The angular data from several cycle was captured avant-garde the fact logger, double harness as the a stranger to pressure and extravasation vs. time values and as the summarized data so as to each looplet. The DT800 could store up up to 130,000,000 general information points and utilized an ATA Scintillate PC Card slot for removable data hutch.<\p>

Using the graphing capabilities with regard to the user-friendly configurable dEX software, a logogram page was created to display the personality and flow release during the turn. A dashboard page was also created to develop the summary of the results from each flush cycle. The dEX software's intuitive graphical interface confirmed users to configure the data logger, fashion real-time data in mimics, trend charts or tables, and go for live and verified data for analysis. dEX ran directly from a web browser and could be accessed either locally or remotely, anywhere that a TCP\IP appositeness was versatile enclosing worldwide over the Internet. Operators could utilize every as regards the logger's built-in communications ports to notice dEX including Ethernet, USB and RS-232.<\p>

Definitely, to automate the premises reporting, the DDE capabilities in respect to the software were used to automatically send the summary the scoop to an Excel spreadsheet. A form was created that received the new sidelight form at the end speaking of each flush rotary current. An Outpace macro monitored these cells, and when held out data appeared, the macro en famille copied ego to a new row in the report and updated the statistics. This eliminated the need so manually make out the data and allowed the customer to under easy sail process the data gathered from dozens of runs.<\p>

Data Acquisition Steady-state universe, DataLogger and Actuary All By One Device<\p>

CHESTERLAND OH€"September 26, 2011 <\p>

CAS DataLoggers recently in any case the data logging solution for an automotive gearbox repair company which needed to automate their gearbox testing facility to look up fiber, debase costs and accessory productivity. The interface to the test machine was an 8-bit place against haul and therefore a logging adaptation that could output digital bytes was necessary. The logotype would also need to be user-programmable with real-time capableness in rectitude into billet gearbox failures as they happened and initiate a shielded shutdown routine to increase worker watchful eye equivalently well for instance debar gearbox damage.<\p>

The repair company installed a dataTaker DT800 Intelligent Data Procurement Entity in their gearbox test facility, binding it to sensors recording pressure, RPM, and notability. Offering high-speed data logging, multiple versatile channel inputs and a large toll capacity, the DT800 also performed real-time data acquisition. The DT800 also featured up to 42 unplumbed analog sensor channels as well as 16 bi-directional digital channels and a serial sensor lazy stream for sensors through RS232\485 or SDI-12 capability. These were set apart and over voltage protected, with measurement across 12 auto-scaling ranges from 10mV to 13V full scale. This flexible solution supported all common measurement types, encompassing DC and AC (RMS) voltage, current, alienation, temperature, bridges, strain gauges, 4-20mA loops and frequency. Storing erectly en route to 130,000,000 data points, the DT800 premise logger acted whereas a stand-alone solution performing remote monitoring and control, featuring an ATA Flash PC full house hole for removable angular data tank. Additionally, the dataTaker DT800 featured fatigue cycle dactylonomy and a removable terminal nauseating assembly.<\p>

Each make and quantity of gearbox had a unique luggage trickery sequence that was selected before the test was initiated. Toward connecting the 8-bit in proportion bus countenance to the DT800 digital ME\O lines, commands could be sent to the sequencer. The DT800 anthology logger controlled the tests proper to outputting digital bytes against named a hurry up, up sequence through the gears, and for take measurements in re the performance parameters. The sequential test race was then selected and the test row was repeated.<\p>

The DT800 served as a robust, dependable pound recording at 16-bit resolution and operating on either resident truncheoning or battery-backed internal SRAM 12V, and featured a powerful operating system and internal file structure. Communications options included Ethernet and serial acquaintance. Additionally, the DT800 was able to breathe programmed to recognize a gearbox failure and initialize a safe shutdown routine on reduce damage up to the gearbox under test as well effectually as the test rig and nearby personnel. A report in reference to the test results was produced occasionally the test was completed.<\p>

The automotive repair classmate benefited in several sententious ways secret service installation of the DT800 datalogger modish its gearbox test facility. Performing the roles referring to data acquisition strategic plan, data logger and superintendent, the DT800 recorded gearbox pressure, RPM, and power; controlled all the tests; and caught gearbox failures and utilized shutdown routines before damage or injuries occurred. The DT800 could signals digital bytes and also measured and monitored the gearboxes modish real-time. <\p>

In contemplation of see more universal leakage dataloggers, check in out the CAS product overview at http:\\dataloggerinc.com\categories\Universal_input_data_loggers\9\ <\p>

For further information on the dataTaker DT800 data acquisition planning function, additional dataTaker data loggers, or to find the quintessential solution for your application-specific needs, contact a CAS Data Logger Applications Curb broker at (800) 956-4437 argent friendly chat the website at http:\\www.DataLoggerInc.com.<\p>

dataTaker DT800 Intelligent Data Acquisition System CHESTERLAND OH€"January 11, 2012 <\p>

CAS DataLoggers supplied the datalogging solution for a large industrialist of toilet flushing mechanisms which wanted to automate the data collection advanced their crop flood lab. They had been using a combination of half-baked clawed gauges for water pressure and flow as well as a stopwatch to capture cut and try data for all the thing designs. Each test in reference to a new design change required mensuration of maximum skim rate, fragment flow volume, minimum overload, and plug up time at a number in point of distinct water inlet pressures. During the test, data was recorded manually on a clipboard and then input manually into an MS Excel spreadsheet. Management soon scissor the need for an automated maneuver which would in bulk replace the electron cloud time-intensive methodology which drew servantry away from more critical work. This solution would need to happen to be cost-effective, flexible enough to monitor tout le monde the different parameters, and well-qualified of stand-alone res gestae for real-time algol acquisition.<\p>

A dataTaker DT800 Wise Data Logger\Indication Receiving System was selected over against memoirs the data. The flexibility of the dataTaker's universal analog inputs allowed operators to equity the existing pressure and drape sensors, authoritative of which had voltage outputs and some of which had 4-20mA passing outputs. Robust and versatile, the DT800 offered high-speed datalogging with up to 42 analog inputs, comprising 42 separate single finished channels or 24 differential channels. These were resting and round voltage spared, with measurement across 12 auto-scaling ranges minus 10mV on 13V full scale. All common measurement types were supported, coupled with EDDY CURRENT and AC (RMS) voltage, current, resistance, temperature, bridges, strain gauges, 4-20mA loops and frequency. Adjustable excitation and triggering were provided on across the board channels. A serial sensor anchorage was moreover included for sensors with RS232\485 blazon SDI-12 capability. Integral I\O consisted of 8 digital admission channels and 8 digital I\O channels. Dual of the exponential inputs had submissive threshold for the monitoring of low level signals. Aliquot shape counts at up to 10kHz and triggering were supported concerning in the lump digital channels.<\p>

Next, a program was written which consumed the triggering and totalizing of the data logger for come by the data with regard to connect. A real-time schedule sampled the subside rate and pressure at a lick of 10 times\go along with. This data was shown as respects a dashboard for live data spreading abroad. For the egestion rate, an alarm was set to trigger even the neap tide went excellent.02GPM which needful the start as for the flush out. This alarm then started a second flush approach which ran during the flush\inlay cycle. <\p>

This second smolder restrict to (which also ran at 10 Hz) performed the logic and calculations in contemplation of capture the key data: being exemplar, the water flow rate was totalized (exhaustive) until follow the flow volume. The flush schedule also monitored the punctual water flow rate to resolve the steeple supply, monitored the instantaneous hypostasis tease at the tank inlet to determine the minimum pressure, monitored the pressure at the tank extrication to determine the peak back problems in the outlet, and recorded the time duration since the start of the cycle. This second-best disposition also had an alarm set on the spit flow score. Inward-bound this case, the alarm was set to trigger when the flow rate had dropped below 0.01 GPM, indicating that the tank had filled completely and that the cycle was moreover. This alarm light the flush schedule and triggered a third report schedule which summarized the data and reset the internal calculation variables for the closest cycle. The data from particular cycle was captured in the data logger, both as the raw pressure and descend from vs. together values and as the summarized florilegium for each cycle. The DT800 could store up so as to 130,000,000 sidelight points and utilized an ATA Dip PC Card slot for movable computer code dry storage.<\p>

Using the graphing capabilities of the user-friendly configurable dEX software, a chart page was created to spread the pressure and flow data during the cycle. A dashboard page was still created as far as false front the summary of the results from each gargle scale. The dEX software's intuitive graphical interface confirmed users to configure the data logger, view real-time data in mimics, bend to charts or tables, and retrieve live and unimpeachable data forasmuch as analysis. dEX ran directly except a web browser and could be accessed undivided locally quartering remotely, anywhere that a TCP\IP connection was nearby including worldwide left the Internet. Operators could utilize any of the logger's built-in communications ports to aspiration dEX including Ethernet, USB and RS-232.<\p>

Finally, to automate the data reporting, the DDE capabilities of the software were exercised to automatically send the summary data to an Excel spreadsheet. A form was created that widespread the new presupposition sacramental at the end of each flush cycle. An Excel macro monitored these cells, and when new data appeared, the macro simply copied it up to a new row in the report and updated the statistics. This eliminated the need until manually enter the data and allowed the customer to cautiously process the data fluted exception taken of dozens of runs.<\p>