Description
Specifications Table
Product Material – High-grade metal/alloy
Grade – Laboratory/Industrial
Application – Current measurement in electrical circuits
Product Overview
The DC Ammeter Mains Operated is a precision instrument designed for accurate current measurement in laboratory and industrial settings. Built with high-grade materials, this ammeter ensures durability and reliable performance even under continuous use. Its mains-operated design eliminates the need for batteries, providing consistent power for uninterrupted measurements. The device features a clear, easy-to-read display that allows for quick and precise readings, reducing the risk of errors during experiments or testing. Engineered for versatility, it accommodates a wide range of current values, making it suitable for various applications. The robust construction ensures resistance to wear and tear, while its compact design allows for easy integration into existing setups. Whether used for routine checks or critical measurements, this ammeter delivers consistent accuracy, making it an essential tool for any lab or workshop.
FAQs
1. What is the typical accuracy range of this DC ammeter?
The accuracy depends on the model, but most mains-operated DC ammeters offer precision within ±1% to ±2% of the full-scale reading.
2. Can this ammeter be used for both AC and DC current measurements?
No, this device is specifically designed for DC current measurement and should not be used for AC applications.
3. Is external calibration required for this ammeter?
Most models come pre-calibrated, but periodic recalibration is recommended for maintaining long-term accuracy, especially in high-precision environments.
4. What safety precautions should be followed while using this ammeter?
Always ensure proper grounding, avoid exceeding the rated current, and disconnect power before connecting or disconnecting the ammeter to prevent damage or injury.
5. How does the mains operation affect the ammeter’s performance compared to battery-powered models?
Mains operation ensures stable power supply, eliminating battery-related inconsistencies, but requires a constant power source for functionality.










