Honeytek HK68C TRMS Industrial Digital Multimeter
Product Description:
The Honeytek HK68C is a high-precision, 5999-count True RMS industrial digital multimeter designed for professional electricians and technicians. It offers a comprehensive set of measurement functions with excellent accuracy, catering to complex diagnostic and maintenance tasks in demanding industrial environments. With features like auto-ranging, USB connectivity, and a robust CAT III 1000V safety rating, the HK68C is built for reliability, efficiency, and safety.
Highlights:
High-Resolution Display: 5999-count large LCD display for precise readings.
True RMS Accuracy: Accurately measures non-linear (non-sinusoidal) AC signals.
Wide Range of Measurements: Measures voltage, current, resistance, capacitance, frequency, duty cycle, temperature, and more.
Advanced Features: Includes Auto/Manual ranging, Data Hold, Relative Mode, MAX/MIN, and NCV (Non-Contact Voltage) detection.
Connectivity: Features a USB PC-Link for data logging and analysis.
Enhanced Safety: Certified CAT III 1000V, ensuring protection in industrial electrical environments.
User Convenience: Equipped with a backlight, continuity buzzer, diode test, and auto power-off.
Parameters:
| Function | Range | Accuracy |
|---|---|---|
| DC Voltage | 60/600mV, 6/60/600V, 1000V | ±(0.5%+3d) to ±(1.0%+5d) |
| AC Voltage (True RMS) | 60mV, 600mV, 6/60/600V, 750V | ±(1.0%+20d) to ±(1.0%+5d) |
| DC Current | 600μ/6000μA, 60m/600mA, 6/10A | ±(1.0%+5d) to ±(1.0%+10d) |
| AC Current (True RMS) | 600μ/6000μA, 60m/600mA, 6/10A | ±(1.2%+5d) to ±(1.8%+5d) |
| Resistance | 600Ω to 60MΩ | ±(0.8%+5d) to ±(1.2%+15d) |
| Capacitance | 100nF-100μF, 1mF | ±(4.0%+15d), ±(10.0%+5d) |
| Frequency | 10Hz to 10MHz | ±(0.5%+2d) |
| Temperature | -20°C to 1000°C / -4°F to 1832°F | ±(2.0%+3d) |
| Display Count | 5999 |
Application:
Industrial plant maintenance and troubleshooting.
HVAC system repair and installation.
Advanced automotive electrical diagnostics.
Laboratory testing and field service for electronics.
Power quality analysis and equipment commissioning.
