Product Description
The Rigol DM3058 is a high quality digital tabletop multimeter of the DM3050 series with a sampling rate of max. 120 Sa/s. These Rigol multimeters have a very sophisticated and easy to use interface and provides plenty functions for all measurement tasks. The use of the menu navigation is very intuitional and the device will provide precise results in its many application areas. With the help of a computer you can perform long running monitoring tasks too.
The LC-Display is with its 256x64 pixels easy to read and provides a very good overview over all features. The display has a resolution of 5½ digits
Advanced Measurement for LaboratoriesThis precision digital multimeter delivers superior accuracy and reliability in laboratory environments. The 5.1/2 digit display provides detailed readings up to 199999 counts, ensuring users capture even the slightest electrical variations. An essential tool for engineers and researchers who need precise voltage and current measurements.
Robust and Lightweight DesignCrafted from high-quality plastic, this device strikes a balance between strength and portability. Weighing only 2-3 kg, it is easy to handle and move between workstations without sacrificing durability or measurement stability. Its user-friendly interface makes routine testing straightforward.
FAQ's of 5.1/2 Digit True RMS Precision Digital Multimeter:
Q: How does the 5.1/2 digit True RMS Precision Digital Multimeter provide accurate measurements?
A: This multimeter uses True RMS (Root Mean Square) technology, which ensures precise measurement of both sinusoidal and non-sinusoidal AC signals. With a 5.5 digit display, it can detect minute changes, making it ideal for laboratory analysis and research requiring high accuracy.
Q: What are the main benefits of using this digital multimeter in a laboratory?
A: The main benefits include its high display resolution, reliable True RMS readings, and electric-powered operation, which enable researchers to obtain accurate and stable data. Its lightweight build and robust plastic material also add convenience and durability for frequent laboratory use.
Q: Where is this digital multimeter commonly used and supplied from?
A: This multimeter is widely used in laboratories for electrical and electronics testing. Distributed, exported, manufactured, and supplied by reputable companies in India, it serves a range of academic and industrial institutions nationally and internationally.
Q: When should I use a True RMS multimeter instead of an average responding meter?
A: True RMS multimeters should be used whenever you need precise measurements of AC signals that are non-sinusoidal or contain harmonics. These instruments give accurate readings even when voltage/current waveforms are not standard sine waves, making them essential for laboratory applications.
Q: What is the process for operating the 5.1/2 digit multimeter?
A: To operate, connect the device to a 220 Volt (v) power source, select the desired measurement (voltage, current, resistance), and attach the probes to the circuit under test. The device will automatically calculate and display True RMS values on its digital screen.
Q: How is the lightweight plastic construction advantageous for laboratory use?
A: The plastic casing reduces the overall weight (2-3 kg), making the unit easy to transport between benches and minimizing the risk of damage if dropped. This supports laboratory workflows, where mobility and equipment longevity are important.