| Content | | This versatile clamp-on power meter offers a full range of diagnostics, including those that HVAC technicians need most?volts, amps, resistance, capacitance, DC microamps, in-rush current and temperature. A great clamp-on multimeter choice for troubleshooting or maintaining air conditioning or motor efficiency, measuring phase rotation, and identifying harmonics. Convenient joystick enables quick single-handed function selection.
| Prevent unplanned downtime by detecting leakage currents with the ALC-110 Leakage Current Clamp. Rated CAT III 600 V to ensure electrical safety, the ALC-110 is designed to resist external magnetic fields for highly accurate readings. Features TRMS, a mechanical jaw lock, max readings and hold functions, highest resolution of 0.001 mA (measure up to 60 A), broad frequency range (15 Hz to 1 kHz), selectable filters (low pass, appliance, no filter), selectable limits (0.25 mA, 0.5 mA, 3.5 mA, 10 mA, 12 mA) and a battery-saving design. | The Amprobe AMB-50 High-Voltage Insulation Tester has the necessary features for professional insulation diagnostics. It features calculation of PI and DAR parameters. The pass/fail comparison function helps to improve testing productivity. Readings are clearly displayed on a large backlit LCD display. Windows compatible PC Software and USB communications port serve for connecting the instrument to the PC and management of the recorded test data. | Eliminate downtime, predict the lifetime of equipment and reduce safety hazards with the Amprobe AMB-110 Insulation Resistance Tester that tests voltage and step voltage to 10,000 V. You can accurately test cables, transformers, motors, surge arrestors and generators in noisy environments such as high voltage switchyards. It also boasts built-in noise rejection filters and shielded test leads to provide high EMI immunity. | Durable and compact, the Amprobe ADPTR-E27 Light-Check Adapter provides a reliable attachment of test leads to an outlet. The adapter keeps a meter connected, hands-free without accidentally shorting the circuit. |
