UNI-T UT133A Digital Multimeter 6000 Count AC/DC 600V 10A NCV Temp

The UNI-T UT133A is a compact, high-performance digital multimeter designed for accurate electrical diagnostics in both professional and DIY environments. It supports AC/DC voltage and current measurements up to 600V and 10A, along with advanced functions such as frequency, capacitance, temperature, continuity, and non-contact voltage (NCV) detection.

Built with overload protection, intelligent ADC processing, and a rugged 2-meter drop-resistant design, it delivers reliable performance for electrical maintenance, troubleshooting, and testing applications.

Feature(s)

6000-count high-resolution display

AC/DC voltage and current measurement

Temperature measurement with included K-type probe

Capacitance and frequency measurement capability

Non-contact voltage (NCV) detection

Diode and continuity testing with buzzer

Data hold function for stable readings

Auto power-off (can be disabled)

Overload alarm and high-voltage warning

2-meter drop resistance for durability

Compact palm-sized design for portability

Specifications

DC Voltage: 600mV - 600V ( 0.5% + 3)

AC Voltage: 600V ( 0.7% + 3)

DC Current: 600 A - 10A ( 1% + 3)

AC Current: 10A ( 1.2% + 3)

Resistance: 600 - 60M ( 0.8% + 2)

Capacitance: up to 9.999mF ( 4% + 5)

Frequency: 10Hz - 1MHz ( 0.1% + 5)

Temperature ( C): -40 C to 1000 C ( 1% + 4)

Temperature ( F): -40 F to 1832 F ( 1.5% + 5)

Display Count: 6000

Auto Range: Yes

NCV: Yes

Diode Test: Yes

Continuity Buzzer: Yes

Power Supply: 2 × 1.5V (R03) batteries

Net Weight: 255g

Dimensions: 155 × 76.5 × 49 mm

Additional Information

The UNI-T UT133A is ideal for electricians, technicians, and electronics enthusiasts who require a reliable all-in-one diagnostic tool. Its combination of precision measurement, safety features, and rugged design makes it suitable for fieldwork, industrial maintenance, and advanced electronics troubleshooting.

What's in the box
1 x UNI-T UT133A Digital Multimeter 6000 Count AC/DC 600V 10A NCV Temp