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Current Loggers

Models Voltage Inputs Current Inputs Applications Comms Preview
EC-3A-RS - 3
4A-400A &
20A-3kA
New Dual Range Model. Monitor transformer and circuit loading issues.10 bit resolution. Complete with Rogowski coils. Up to 300 days logging. USB EC-3A-RS
CT-3A-RS - 3
0.5A-60A &
4A-400A
New Dual Range Model. Domestic, commercial and industrial three phase current issues. 10 bit resolution. Complete with CT's (clamp-on current transformers). Up to 300 days logging. USB CT-3A-RS
EC-1A-RS - 1, (4A-400A &
20A-3kA)
New Dual Range Model. Monitor transformer and circuit loading issues.10 bit resolution. Complete with Rogowski coil. Up to 300 days logging. USB EC-1A-RS
CT-1A - 1, (0.1A-10A)
1, (0.5A-50A)
1, (1A-100A)
Domestic & light commercial single phase current issues. 10 bit resolution. Complete with CT. Up to 300 Days logging. USB CT-1A

4 product(s) found.

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Introducing our Current Data Logger Range for Load Surveys.

A data logger is any device that can be used to store data. In the case of Electrocorders, these are stand alone portable devices that can read various types of electrical signals and store the data in internal memory for later download to a computer. The advantage of data loggers is that they can operate independently of a computer. You can now look at your energy consumption over a particular time period to compare the load profiles demonstrating any energy saving that may have been achieved. Load profiles for different electrical phases can be monitored to check that the load across each circuit of your electrical supply is well balanced, reducing the risk of overload and thus loss of production, services or serious electrical damage to your premisis.

Electrocorders sample every channel 16 times per cycle, a cycle is 16ms at 60Hz and 20ms at 50Hz. At the end of each averaging period, 3 quantities are saved for each channel, the True RMS average, the Max, which is the highest cycle value during the period and the Min, lowest cycle value. In comparison to real time data acquisition systems, data loggers generally have lower sample rates; this is normally because they store data in internal memory which has a limit. The higher the data rates the more memory required. Therefore when specifying a data logger it is important to determine the sample rate and the sample duration which can be used to calculate the required memory. The recording duration is dependent on the memory capacity of the data logger and the desired sample rate, Electrocorder recording duration ranges from 2 hours up to 300 days.

Electrocorders data loggers collect data independently of a computer and it is recorded in non-volatile memory for later download to a computer. The computer does not need to be present during the data collection process. This makes them ideally suited for applications requiring portability. As the data is stored in a non-volatile memory this means that data will not be lost if the power fails.

In many applications space is a an important consideration, the Electrocorder Current data loggers range in size from 100 x 85 x 65mm to 260 x 180 x 190mm.

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Load Analysis Guide

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