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Current data loggers, voltage data loggers, energy data loggers
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Current data-logger - 0 - 1 V AC | L101
The Simple Logger® II Model L101 is a one channel recording device powered by an alkaline battery pack. Line tracking is performed such that 64 samples over one line cycle are taken. Frequency tracking is performed over the range of ±2Hz around the nominal line frequency (50 or 60Hz). Harmonic measurements...
Current data-logger - 0 - 1 V AC | L101
The Simple Logger® II Model L101 is a one channel recording device powered by an alkaline battery pack. Line tracking is performed such that 64 samples over one line cycle are taken. Frequency tracking is performed over the range of ±2Hz around the nominal line frequency (50 or 60Hz). Harmonic measurements...
Voltage data-logger - max. 600 V | L261
The Simple Logger® II Model L261 is a one channel recording device powered by two alkaline batteries. Line tracking is performed such that 64 samples over one line cycle are taken. Frequency tracking is performed over the range...
Voltage data-logger - max. 600 V | L261
The Simple Logger® II Model L261 is a one channel recording device powered by two alkaline batteries. Line tracking is performed such that 64 samples over one line cycle are taken. Frequency tracking is performed over the range...
Current data-logger / voltage - 0 - 600 V AC | L562
The Simple Logger® II Model L562 is a two channel Volt/Amp data logger. The choice of data storage modes and storage rates allows the operator to effortlessly configure the logger to optimize memory usage to the application at hand. Extended Recording Mode (XRM®) and delayed...
Current data-logger / voltage - 0 - 600 V AC | L562
The Simple Logger® II Model L562 is a two channel Volt/Amp data logger. The choice of data storage modes and storage rates allows the operator to effortlessly configure the logger to optimize memory usage to the application at hand. Extended Recording Mode (XRM®) and delayed...
Current data-logger - max. 20 mA | L322
The Simple Logger® II Model L322 is a two channel 4-20mADC current data logger. The choice of data storage modes and storage rates allows the operator to effortlessly configure the logger to optimize memory usage to the application at hand. Extended Recording...
Current data-logger - max. 20 mA | L322
The Simple Logger® II Model L322 is a two channel 4-20mADC current data logger. The choice of data storage modes and storage rates allows the operator to effortlessly configure the logger to optimize memory usage to the application at hand. Extended Recording...
Current data-logger - 0 - 1000 A | ML912
The Simple Logger ® II Model ML912 is a two channel AC current recording device powered by two alkaline batteries. It incorporates two user selectable measurement ranges of 0 to 100 Amps and 0 to 1000 Amps. Line tracking is performed such that 64 samples over one line cycle are taken. Frequency tracking...
Current data-logger - 0 - 1000 A | ML912
The Simple Logger ® II Model ML912 is a two channel AC current recording device powered by two alkaline batteries. It incorporates two user selectable measurement ranges of 0 to 100 Amps and 0 to 1000 Amps. Line tracking is performed such that 64 samples over one line cycle are taken. Frequency tracking...
Voltage data-logger / resistance / temperature / multifunction - 0 - 2.5 V | PT-104
The PT-104 is a fourchannel temperature measuring data logger. It offers the ultimate in resolution (0.001 °C) and accuracy...
Voltage data-logger / resistance / temperature / multifunction - 0 - 2.5 V | PT-104
The PT-104 is a fourchannel temperature measuring data logger. It offers the ultimate in resolution (0.001 °C) and accuracy...
Current data-logger / USB / with PC interface / Ethernet - PicoLog CM3
The PicoLog CM3 Current Data Logger is a compact, easy–to–use data logger for measuring the power consumption of buildings and machinery.
High resolution and accuracy
The 24–bit...
High resolution and accuracy
The 24–bit...
Current data-logger / USB / with PC interface / Ethernet - PicoLog CM3
The PicoLog CM3 Current Data Logger is a compact, easy–to–use data logger for measuring the power consumption of buildings and machinery.
High resolution and accuracy
The 24–bit...
High resolution and accuracy
The 24–bit...
Transient recorder - 14 bit | 1134
Berkeley Nucleonics is introducing the fastest sampling transient recorder available. The Model 1134 Transient Recorder features a 14-Bit design with blazing sample rates. Each 1U Rack Mount unit provides 4 channels of sampling at rates up to 2GHz. The signal bandwidth may be up to 300 MHz.
1) Data acquisition at high...
1) Data acquisition at high...
Transient recorder - 14 bit | 1134
Berkeley Nucleonics is introducing the fastest sampling transient recorder available. The Model 1134 Transient Recorder features a 14-Bit design with blazing sample rates. Each 1U Rack Mount unit provides 4 channels of sampling at rates up to 2GHz. The signal bandwidth may be up to 300 MHz.
1) Data acquisition at high speeds is parsed into 3 phases - Data Acquisition Here the analog input signal is continuously sampled at a preset sampling frequency. The settings are stored safely in analog memory. A single trigger signal initiates a memory condition whereby the sampling is paused and memory is stored. At this point in time, the previous 2520 data samples are stored in memory.
2) Digitize and Store When Data Acquisition stops, the samples stored in an analog memory in the Model 1134 are read out rapidly and translated to digital data over 14 bits. The data is then stored in event RAM. The end of the conversion to digital triggers is recognized by the system and a flagged in an internal register.
3) Read Out The data from the RAM may be read out via the acquisition system. This operation lasts a few mS for the full readout of a 4-channel recorder. The fast readout speeds allow acquisition frequency close to 100 Hz for readouts of 2520 points for each active channel.
1) Data acquisition at high speeds is parsed into 3 phases - Data Acquisition Here the analog input signal is continuously sampled at a preset sampling frequency. The settings are stored safely in analog memory. A single trigger signal initiates a memory condition whereby the sampling is paused and memory is stored. At this point in time, the previous 2520 data samples are stored in memory.
2) Digitize and Store When Data Acquisition stops, the samples stored in an analog memory in the Model 1134 are read out rapidly and translated to digital data over 14 bits. The data is then stored in event RAM. The end of the conversion to digital triggers is recognized by the system and a flagged in an internal register.
3) Read Out The data from the RAM may be read out via the acquisition system. This operation lasts a few mS for the full readout of a 4-channel recorder. The fast readout speeds allow acquisition frequency close to 100 Hz for readouts of 2520 points for each active channel.
Transient recorder - 13 bit | 1150
New from Berkeley Nucleonics, the Model 1150 UF Transient Recorder / Digitizer allows data acquisition with full signal digitizing at very fast speeds....
Transient recorder - 13 bit | 1150
New from Berkeley Nucleonics, the Model 1150 UF Transient Recorder / Digitizer allows data acquisition with full signal digitizing at very fast speeds. The Model 1150 records single shot pulses at widths down to 50 picoseconds with 13-Bit amplitude resolution. Additional useful features to the digitizer are an input for timing fiducials and a large front panel display for review. The Ethernet interface allows both local and remote control all features, from setup and digitizing to review of results. As such it conveniently fits both laboratory and automatic test applications.