AD10 Small Power Transmitter

About AD10 Small Power Transmitter

HollySys AD10 Small Power Transmitter is a compact and reliable device designed for accurate measurement of current and voltage signals across a wide frequency range. It supports 4 to 20  mA/0 to 20 mA current output and 0 to 5  V/0 to 10  V voltage output, ensuring flexible integration with control systems. With defined input/output limits and load capacities, the Ad10 ensures stable performance and signal accuracy, even under varying industrial conditions.

Product Features

Compact housing design
35 mm standard DIN rail mounting
Multiple current/voltage output options available

Technical Parameters

Input current range

The range of current that can be measured by the current transducer.
Maximum input current

The upper limit of current that the transducer can accept without damaging its performance. Exceeding this value may cause permanent damage to the transducer.
Input voltage range

The range of voltage that can be measured by the voltage transducer.
Maximum input voltage

The upper limit of voltage that the transducer can accept without damaging its performance. Exceeding this value may cause permanent damage to the transducer.
Frequency range

The range of input signal (current or voltage) frequencies that the transducer can accurately measure. Beyond this range, the measurement accuracy of the transducer will decrease.
Current output

The transducer represents the input signal magnitude as a 4 to 20 mA or 0 to 20 mA current output.
Maximum output current

When the transducer is set to current output, this is the maximum possible output current if the input signal exceeds the measurement range.
Current output load

When the transducer is set to current output, this is the maximum load resistance it can drive while maintaining output signal accuracy within the current output range.
Voltage output

The transducer can be configured to represent the input signal magnitude as a 0~5V or 0~10V voltage output.
Maximum output voltage

When the transducer is set to voltage output, this is the maximum possible output voltage if the input signal exceeds the measurement range.
Voltage output load

When the transducer is set to voltage output, this is the minimum allowable external impedance to ensure output signal accuracy within the voltage output range.