Description
Specifications Table
Product Material – High-grade ABS plastic with metal contacts
Grade – Laboratory-grade precision
Application – Resistance measurement in circuits, components, and materials
Product Overview
The Ohms Meter Series Type 0 – 2000 ohms is a high-precision instrument designed for accurate resistance measurement in laboratory environments. Built with robust materials, it ensures durability and consistent performance across repeated use. The meter features an easy-to-read display, allowing users to quickly interpret readings within the 0-2000 ohms range. Its ergonomic design enhances usability, making it suitable for both beginners and experienced professionals. The device is calibrated for high accuracy, minimizing errors in critical measurements. Whether used for testing electronic components, verifying circuit integrity, or conducting material resistance studies, this ohms meter delivers reliable results. The compact and lightweight construction ensures portability without compromising on functionality. Ideal for educational labs, research facilities, and DIY electronics work, this meter is a versatile tool for resistance testing needs.
FAQs
1. What is the accuracy level of this ohms meter?
The meter is calibrated for high precision, typically within ±1% of the measured value across its 0-2000 ohms range.
2. Can this meter be used for testing small electronic components?
Yes, it is suitable for measuring resistance in small components like resistors, potentiometers, and conductive materials.
3. Does this meter require calibration before use?
While it comes pre-calibrated, periodic recalibration is recommended for maintaining long-term accuracy, especially in professional settings.
4. What power source does this ohms meter use?
It operates on standard AA batteries, ensuring easy replacement and continuous usage without frequent recharging.
5. Is this meter compatible with multimeter probes?
Yes, it supports standard multimeter probes, allowing flexibility in testing different types of circuits and components.
