HT Instruments DAA-16 Προσαρμογέας Μέτρησης Ρεύματος (2002900)

Measuring AC current in single-phase and three-phase systems usually requires breaking the circuit, which is both time-consuming and risky. The HT Instruments DAA-16 Current Measurement Adapter solves this problem by providing a safe, non-invasive way to connect clamp meters to live circuits without interrupting power.

Who is it for

Electricians, maintenance technicians, and energy auditors who need to measure current on 16 A circuits quickly and safely. It is especially useful for troubleshooting and energy monitoring in residential and light commercial installations.

Main features

• Enables AC current measurement without circuit interruption
• Compatible with single-phase (230 V) and three-phase (400 V) systems
• Maximum load current of 16 A
• Schuko plug (CEE 7/4) input and Schuko socket (CEE 7/3) output
• Integrated voltage sockets for L-N, L-PE, and N-PE measurements
• Measurement points for L1, L2, L3, N, and PE
• Double insulation for enhanced safety
• Robust plastic housing in black and grey

Specifications

• Product Type: Current Measurement Adapter
• Measurement Function: AC Current Measurement
• System Compatibility: Single-phase (1P), Three-phase (3P)
• Max Load Current: 16 A
• Operating Voltage (Single-phase): 230 V AC
• Operating Voltage (Three-phase): 400 V AC
• Frequency Range: 50 / 60 Hz
• Input Connection: Schuko Plug (CEE 7/4)
• Output Connection: Schuko Socket (CEE 7/3)
• Measurement Points: L1, L2, L3, N, PE
• Measurement Method: Non-invasive (for clamp meters)
• Integrated Voltage Sockets: Yes (for L-N, L-PE, N-PE measurements)
• Safety Standard: IEC/EN 61010-1
• Insulation: Double Insulation
• Application: Current measurement without circuit interruption
• Compatibility: Designed for use with clamp meters
• Housing Material: Robust Plastic
• Color: Black/Grey

Tips

For accurate readings, ensure the clamp meter jaws fully enclose the conductor at the measurement point. Always verify the adapter's voltage rating matches the circuit before use.