- Overview
- Product Description
- Product Parameters
- Detailed Photos
- Packaging & Shipping
Basic Info.
Product Description
Introducing the UNI-T TOPLIA TM861A, a professional digital multimeter that offers auto-ranging capabilities for measuring current, AC/DC voltage, capacitance, and resistance. This versatile and portable tester is perfect for a wide range of applications. Trust in the quality and precision of this reliable measuring instrument from Guangzhou Jifeng Machinery and Equipment Co., Ltd.
TM861A Digital Multimeter
TM861A Digital Multimeter
The TM861A Digital Multimeter, manufactured by TOPLIA, is a versatile tool designed for English-speaking natives. With its auto ranging feature, it automatically selects the appropriate measurement range for accurate results.
One of the standout features of the TM861A is its temperature measurement capability, allowing you to easily measure temperatures in various applications. The device also comes with an auto shutdown function, ensuring power-saving when not in use.
With digital retention, you can conveniently freeze the displayed value for easy reading. The LCD backlight provides clear visibility even in low-light conditions, making it suitable for use in any environment.
The TM861A Digital Multimeter also includes a low-voltage display, alerting you to potential voltage issues. Its high reliability ensures consistent and precise measurements, while its high safety standards guarantee your protection during usage.
Basic function | Measuring range | Basic precision |
DC voltage (V) | 40mV/400mV/4V/40V/400V/1000V | ±(0.5%+1) |
AC voltage (V) | 40mV/400mV/4V/40V/400V/750V | ±(1%+3) |
DC current (A) | 400μA/4000μA/40mA/400mA/4A/10A | ±(1%+2) |
AC current (A) | 400μA/4000μA/40mA/400mA/4A/10A | ±(1.2%+5) |
Resistance (Q) | 400Ω/4kΩ/40kΩ/400kΩ/4MΩ/40MΩ | ±(1%+2) |
Capacitance (F) | 40nF/400nF/4μF/40μF/400μF/4000μF | ±(3%+5) |
Frequency (Hz) | 10Hz-10MHz | ±(0.1%+4) |
Degree celsius (° C) | -40 ° C ~ 1000° C | ±(1.2%+3) |
Degree Fahrenheit ( ºF ) | -40° F ~ 1832° F | ±(1.2%+4) |