Fluke 117 Digital Multimeter with Non-Contact Voltage

This compact digital meter is built for quick, accurate electrical troubleshooting on job sites and in the workshop. The Fluke 117 digital multimeter combines non-contact AC voltage detection with True RMS measurement to handle residential and commercial testing, and it is useful for electricians who need reliable readings in mixed-load environments.

Key Points

The meter includes non-contact voltage detection using VoltAlert technology, which helps you find live conductors without touching them. It also has AutoVolt automatic AC/DC selection, so switching between voltage types is largely hands-free and speeds up routine checks. A large backlit display makes readings easier in dimly lit panels or crawlspaces. Additionally, low input impedance mode reduces false readings caused by stray or phantom voltages, which is helpful when working on complex wiring. ⚡️

The unit records min, max, and average values for monitoring fluctuations over time. Frequency, capacitance, resistance, and continuity testing are available, making the tool versatile for diagnosing motors, capacitors, and control circuits. Note that, according to the manufacturer, the meter is optimized for electrical work rather than for bench-level laboratory accuracy.

Technical Specifications

• Name: Fluke 117 Digital Multimeter
• Measurement type: True RMS for accurate readings on non-linear loads
• Voltage detection: Non-contact VoltAlert AC voltage detection
• Auto selection: AutoVolt automatic AC/DC selection
• Input mode: Low input impedance mode to prevent phantom voltage readings
• Display: Large backlit LCD for low-light visibility
• Functions: Measures resistance, continuity, frequency, capacitance, and records Min Max Average

Usage Recommendations

For best results, begin by using the non-contact voltage feature to quickly identify live conductors before connecting test leads. When measuring in environments with multiple nearby energized circuits, switch on the low input impedance mode to avoid misleading phantom voltage readings. For inrush or fluctuating signals, use the Min Max Average function to capture variations over a test period. 🔧

Keep in mind that while the meter is rugged and suited to fieldwork, extreme environments with high moisture or dust may require additional protective measures. If you need to measure very low microamp currents or perform high-precision laboratory calibration, consider a dedicated instrument designed for those tasks. 🧰