About Ammeter
With significant business growth, we are engaged as manufacturer, supplier and exporter of Ammeter in Ambala Cantt, Haryana, India available with following details.Specifications:- DC moving coil panel meter
- Different models are available like M0 65, MR 80 AND MR 100.
Durable ConstructionMade from iron and bakelite, this ammeter boasts a sturdy build that can withstand frequent laboratory use. These materials not only enhance product longevity but also safeguard its internal components, ensuring consistent operation over time.
Precision and ReliabilityThis analog ammeter provides accurate electrical current readings, essential for laboratory settings where precise measurements are crucial. The clear analog display enables easy and quick assessment for researchers, educators, and engineers.
Versatile Laboratory ApplicationWith its compact size and operational temperature range of 1040C, the ammeter fits seamlessly into diverse laboratory environments. Its manageable weight and steady build make it suitable for routine testing and educational purposes.
FAQs of Ammeter:
Q: How is the analog ammeter used in laboratory settings?
A: The analog ammeter is utilized in laboratory environments to measure electrical current in experimental setups, allowing users to monitor and regulate current flow with precision.
Q: What are the benefits of choosing this analog ammeter over digital alternatives?
A: This ammeter offers reliability, durability, and simple operation, especially useful for quick visual assessments and ensuring consistent readings in laboratory settings without reliance on batteries or software.
Q: When is the ideal time to use this ammeter during experiments?
A: It is advisable to use the ammeter when continuous or real-time current measurements are needed, such as during calibration, circuit testing, or controlled experiments within its temperature range of 1040C.
Q: Where is this ammeter manufactured and exported from?
A: This analog ammeter is manufactured in India and is supplied and exported worldwide, ensuring accessibility for laboratories internationally.
Q: What is the process for installing the analog ammeter in a laboratory?
A: Installation typically involves securely mounting the device in the desired location, connecting it to the electrical circuit as per instructions, and calibrating it for accurate readouts before beginning measurements.
Q: What is the operational capacity of the ammeter and its implications for laboratory use?
A: The ammeter has a capacity of 1 kg/hr, indicating its ability to handle measurements and usage efficiently within specified limits, suitable for routine laboratory applications.
Q: What advantages does the iron and bakelite construction provide?
A: Iron adds strength and stability, while bakelite offers insulation and resistance to heat, ensuring the ammeter remains safe, durable, and effective during laboratory operations.