TA7330F Three-Axis Fluxgate meter(Range1000uT@0.1nT)
TA7330F Three-Axis Fluxgate meter (Range 1000uT@0.1nT)
Profile
TA7300 Fluxgate meter can accurately measure weak static and dynamic and low-frequency vector magnetic fields.
The TA7330F fluxgate meter has the characteristics of high stability, high linearity and accuracy, and full digitization. Compared with magnetic field measuring instruments based on Hall effect principle or magnetoresistance effect principle, it is the best choice for measuring weak magnetic field. It has digital and analog signal output, and its unique CAN bus network interface is suitable for multi-array magnetic field testing. It is widely used in scientific research, military industry, aerospace and other departments.
Parameters
TA7330F Fluxgate meter | |
Dimension | 320*130*285 mm |
Channel | 3-Axis |
Range | ± 100μT/500μT/1000μT/ |
Error temperature coefficient | 1nT/°C |
Resolution | 0.1nT |
Accuracy | <± 0.5% R.G.±10nT |
Response Frequency | >3kHz |
Preheating time | 15mins |
Operating temperature range | -70°C to +85°C |
Acquisition rate | 0-300 times/second |
Probe size | 20*20*20mm /32*32*122mm |
Communications | RS-232 |
Analog Output | 3-Axis BNC |
Supporting software | Data Reading Software |
Application
Monitoring the Earth's environmental magnetic field, laboratory, space magnetic field
Calibration laboratory magnetic field shielding and field source, such as: three-dimensional Heymu Holtz coil system, no distance coil system, etc;
Geological prospecting, petroleum system while drilling system to detect weak magnetic field in rock;
Detecting the attenuation characteristics and shielding effectiveness of the magnetic field shielding system;
Detect the magnetic shielding effect of the magnetic shielding room;
Artificial satellite equipment
Fluxgate Meter; Magnetoresistive Magnetometer and Calibration Standard for Various Sensors
Earthquake precursor monitoring, volcano observation and other environmental and disaster geological work;
Aeronautical and Marine Magnetic Survey
Research on Weak Magnetic Field in Biological Science