



NM01MFI2520
MAGNETIC FIELD INDICATOR (MAGNETOMETER) 20-0-20, R.B. ANNIS
The R.B. ANNIS MAGNETIC FIELD INDICATOR (MAGNETOMETER) 20-0-20 is a precision instrument designed for the accurate detection and measurement of magnetic fields. This robust and reliable device is ideal for industrial and quality control applications where precise magnetic field assessment is critical.
Key Features and Benefits:
Accurate Magnetic Field Measurement:
Provides reliable measurements of magnetic field strength, enabling users to verify and quantify magnetic fields in various applications.
20-0-20 Measurement Range:
The 20-0-20 scale indicates a measurement range from -20 to +20, likely in Gauss, allowing for the detection of both positive and negative magnetic field strengths.
Polarity Indication:
Not only does it measure field strength, but it also indicates the polarity of the magnetic field, providing comprehensive magnetic field analysis.
Robust Construction:
Built with durable materials to withstand the rigors of industrial environments, ensuring long-lasting and reliable performance.
Analog Display:
Typically features an analog display with a needle or pointer, providing a clear and intuitive indication of magnetic field strength and polarity.
R.B. ANNIS Quality:
Manufactured by R.B. ANNIS, a reputable company known for producing high-quality magnetic measurement and demagnetization equipment, ensuring accuracy and reliability.
Portable Design:
Designed for portability, allowing for convenient on-site measurements.
Applications:
Residual Magnetism Detection:
Used to detect and measure residual magnetism in machined parts, tools, and other ferromagnetic materials.
Quality Control:
Ensures that parts and equipment are properly demagnetized to meet quality standards.
Magnetic Equipment Maintenance:
Used for troubleshooting and maintaining magnetic equipment, ensuring optimal performance.
Electromagnetic Device Testing:
Verifies the strength and polarity of magnetic fields in electromagnetic devices.
Industrial Inspection:
Used in various industrial settings for magnetic field assessment and control.