The H1B-ACDC-72-MK allows you to easily measure current from a solar panel, wind turbine, battery charger, fuel cell, pedal power generator, inverter, radio, blender, or paddle wheel. It requires 10 to 30 Volts DC supply Voltage to operate. The output range is approximately 1.62 Volts up to 6.376 Volts. If you are measuring a DC current, then the output is DC. If you are measuring an AC current, the output is AC. What's in the box:(1) The H1B-ACDC-72-MK Sensor mounted on an aluminum plate(2) 2.5mm power connector.The output range of this current sensor is shown on the graph in the above image. As you can see, this current sensor has a linear response.SENSITIVITYThis current sensor will change its output approximately ~0.033V for every Amp of current it detects. When there is no current flowing through the sensor it puts out a default voltage of 4.0V DC. If the wire you are monitoring has 10 amps flowing through it, then the current sensor will output about 4.330 volts DC. To increase sensitivity simply loop the sensed current path wire through the sensor as many times as needed to increase the gain to the desired level. This sensor is easily used with the Arduino platform such as the Arduino UNO which only costs you $20 through (Sold separately). The Arduino UNO has 6 Analog channels to monitor a 0 to 5V range. The Arduino UNO can be setup as an AC or DC datalogger / O-Scope for monitoring both current and Voltage (Voltage monitoring requires the use of a Voltage divider to scale the Voltage down to the input range of data logger) . If you would like the free LabVIEW software to use the Arduino for a datalogger or data acquisition O-Scope let us know and we will give you a link to download it.
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