KIMO HT9025 AC/DC Clamp Meter

KIMO HT9025 AC/DC clamp Meter Introduction

The KIMO HT9025 AC/DC Clamp Meter, a product of Emco Kimo Electronic, is an AC/DC clamp meter with data logging capability designed to measure AC/DC up to 1000 A, AC/DC voltage up to 1000 V is designed in TRMS voltage DC up to 1500 V, reaches CAT IV 600 V and CAT III 1000 V according to safety standard IEC/EN61010-1.

This KIMO HT9025 AC/DC clamp Meter features a 6000-count backlit display with a bar graph for easy reading even in dimly lit environments. The HT9025 also measures resistance, frequency, capacitance, and temperature with a K-type probe.

The KIMO HT9025 AC/DC clamp Meter’s data logging capability allows the user to log and store readings over time, making it an ideal tool for monitoring and diagnosing electrical systems. The clamp can measure AC/DC with external clamp converters and leakage current with optional current clamps.

With 6000 measurements, the KIMO HT9025 AC/DC clamp Meter is an accurate and reliable instrument suitable for use in a wide range of applications. This clamp-on ammeter has a maximum clamp diameter of 40 mm and is powered by an LI-ION battery. The compact dimensions of 280 x 100 x 50 mm and a weight of 505 grams (including batteries) make it a practical tool for electrical and industrial professionals who need to take measurements in the field.

KIMO HT9025 AC/DC clamp Meter applications

Here are some of the common applications where the KIMO HT9025 AC/DC clamp Meter can be used:

Electrical Maintenance and Troubleshooting:

• Finding Faulty Circuits and Components in Residential or Commercial Buildings
• Checking for Ground Faults in Industrial Settings
• Measuring Current Draw on Motors in Manufacturing Plants
• Testing Power Quality in Power Distribution Systems

Industrial Maintenance:

• Checking Load Currents on Large Machinery in Manufacturing Plants
• Troubleshooting HVAC Systems in Office Buildings or Factories
• Measuring Current Leakage in Transformers in Power Generation Plants

Energy Auditing:

• Measuring Energy Consumption in Residential, Commercial, or Industrial Settings
• Analyzing Power Usage in Manufacturing Plants or Office Buildings
• Calculating Energy Efficiency in Green Buildings or Sustainable Facilities

Data Logging:

• Recording Measurements Over Time in Renewable Energy Systems or Smart Grids
• Analyzing Trends and Patterns in Power Consumption or Production
• Identifying Irregularities and Anomalies in Electrical Systems or Networks

Automotive and Marine Applications:

• Measuring Current Draw on Batteries in Cars, Trucks, Boats, or Ships
• Testing Charging Systems in Automotive or Marine Applications
• Analyzing Electrical Systems in Automotive or Marine Settings