2MΩ Resistance digital multimeter

Looking for a digital multimeter that offers precision and practicality? The 2MΩ Resistance Digital Multimeter (MSR-1001) is the ideal tool for professionals and enthusiasts who need reliable electrical measurements. With a 2,000-count LCD display and a 2 times/s sampling rate, your readings will always be clear and accurate. Perfect for a variety of applications.

Functions of the 2MΩ resistance digital multimeter

• Comprehensive Measurements: Measure DC voltage (200mV ≈ 1000V) and AC voltage (200V ≈ 750V), DC current (2000uA ≈ 10A), and resistance (200Ω – 2MΩ).  
• Essential Tests: Perform diode and continuity tests (0Ω ≈ 30Ω) and utilize the HFE transistor test for precise diagnostics.
• Guaranteed Safety: CAT I 1000V category ensures safety in low-voltage measurements.
• Workplace Practicality: Automatic polarity indication, low battery indication, and 9V battery power make usage simpler and more efficient.

Master your measurements with the 2MΩ resistance digital multimeter

This digital multimeter is designed for those seeking reliable measurements and ease of use. This equipment allows you to perform a variety of electrical measurements, from voltage and current to resistance and electronic component tests. Therefore, the 2MΩ Resistance digital multimeter is suitable for electricians, electronics technicians, hobbyists, and anyone who needs basic and accurate electrical measurements. 

Differentials of the 2MΩ resistance digital multimeter

• Reliable Precision: Accurate measurements for various applications.
• Essential Versatility: Measurement of voltage, current, resistance, and component tests.  
• Ease of Use: Intuitive design and practical functions to streamline work.
• Convenient Portability: 9V battery power for use anywhere.

Eliminate doubts and ensure precise results

Performing electrical measurements with precision and safety is fundamental to ensuring the quality and safety of circuits and equipment. Thus, the 2MΩ Resistance Digital Multimeter (327831) serves to identify inadequate voltages and currents, unexpected resistances, and failures in electronic components