AEG-8103 Gaussmeter
The AEG-8103 Gaussmeter is an adaptable and high-efficiency instrument crafted to fulfill the magnetic field measurement demands of diverse sectors and investigative disciplines. Featuring various precision alternatives, it is suitable for a broad spectrum of applications.
2% Standard Precision Measurement: Perfect for regular industrial purposes, magnetic substance examination, and apparatus upkeep, the AEG-8103 provides a 2% precision Hall probe within a measurement range of 0-2500 mT, ensuring trustworthy and precise outcomes for common magnetic field evaluations.
Key Features:
Magnetic Field & Pole Detection: Evaluates magnetic field intensity (Gs/mT) and determines the direction of magnetic poles (N/S).
Sound & Visual Alarms: Notifies when measurements surpass set limits.
Data Storage: Automatically logs maximum values for convenient observation.
Modes for Efficiency: QC mode for swift quality assessments and Count/Speed mode for dynamic readings.
Long Battery Life: Integrated 750mAh rechargeable battery lasts up to 16 hours.
User-Friendly Design: TFT color display for clear visibility and a built-in stand to facilitate hands-free usage.
Applications:
The AEG-8103 Gaussmeter finds extensive application in magnetic material evaluation, equipment maintenance, routine industrial assessments, and educational laboratories. It is particularly well-suited for tasks such as surface magnetic field testing, residual magnetism assessment, speaker evaluation, among others.
Package Includes:
Gaussmeter, Hall probe, carrying case, Type-C charging cable, and instruction manual.
Product Dimensions : 2.48 x 1.06 x 5.51 inches; 4.59 ounces
Item model number : AEG-8103-2
Batteries : 1 C battery required. (included)
Date First Available : January 9, 2025
Manufacturer : AEGTEST
ASIN : B0DSMBHLBW
Country of Origin : China
2% Standard Precision Measurement: The Gaussmeter is capable of detecting magnetic field intensity (Gs/mT) and recognizing the direction of magnetic poles (N/S). The AEG-8103 is furnished with a 2% precision Hall probe, possessing a measurement spectrum of 0-2500 mT. It is adept for general industrial applications, magnetic substance testing, equipment maintenance, and standard laboratory measurements
Alarm, Data Storage & Calibration: The Tesla Meter includes both audible and visual alerts that activate when measurements exceed preset limits. It also features data retention and storage capabilities, logging maximum values for straightforward tracking and assessment of significant measurements. Moreover, the device accommodates both manual and automatic zero calibration to ensure precision and ease of use across various testing settings
Dual Modes for Industrial Efficiency: The magnetometer provides two specialized modes tailored for industrial use. The QC test mode quickly ascertains whether the magnetic field strength adheres to specified standards, rendering it ideal for quality assurance, magnetic material screening, and product assessments. The counting and speed measurement mode captures magnetic field fluctuations in magnets, enabling dynamic counting and speed evaluations, perfect for motor assessments and equipment upkeep
User-Friendly Design: The magnetic field meter is equipped with a built-in 750mAh rechargeable lithium battery that delivers up to 16 hours of uninterrupted operation, minimizing the necessity for frequent battery changes. It features a TFT color display that showcases various data views, guaranteeing crisp and bright readings. Additionally, the Gauss meter is designed with a stand, allowing it to rest on a workbench for hands-free accessibility, perfect for prolonged measurements or data collection
You will receive: AEG-8103 Gauss meter, Hall probe, carrying case, Type-C charging cable, and instruction manual. The device is calibrated at the factory and has undergone calibration tests by globally recognized entities. It meets industry standards and is extensively utilized for measuring the magnetic fields of permanent magnets, DC motors, magnetic separators, speakers, residual magnetism post-processing of parts, medical devices, and educational experiments
