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Product Detail:

DX-330F High Resolution Three Axis Fluxgate Magnetometer

Overview

Dexing fluxgate magnetometers are instruments for accurate measurement of weak static and dynamic and low frequency vector magnetic fields. Compared with a magnetic field measuring instrument with high stability, linearity and accuracy, it is compared with the principle of Hall effect or the principle of magneto-resistance effect. It is the best choice to measure the weak magnetic field, with the output of digital and analog signals , the unique CAN bus network interface is suitable for multi - array magnetic field testing , and is widely used in the fields of scientific research , military industry , aerospace , etc .

Hardware interface information of Flux-gate Magnetometer

Interface DB15	Probe input/output
Measuring mode	Hand-held probe or homemade tooling
Reading mode	Display screen or computer software
Display	7-bit SVG color screen
BNC	Analog signal output
Power supply	220V
RS-232	Digital signal input / output (providing instruction format)

Parameter

DX-330F
Size(mm)(width * height * depth)	320*130*285
Dimensions	3
Resolution	0.1nT
Preheating Time	15mins
Accuracy	< 0.5% of reading
Noise level	10 -20pTrms/√Hz at 1Hz
Range (optional)	±100μT	±500μT		±1000μT
Error of temperature coefficient	1nT/ºC	±10nT/°C		±10nT/°C
Bandwidth at -3db	>1.5kHz		>100Hz
Three-dimensional orthogonality error	<1°		<2°
Frequency response (DC deviation: < 5)	1000Hz		1000Hz
Operating temperature range	-40ºC to +70ºC		0°C to +215°C
Acquisition rate	0-300 times/second		0-300 times/second
Probe size(mm) (original British)	32*32*122		23*23*21.4
Communication	RS-232/USB		RS-232/USB
Analog output	3 channels BNC		3 channels BNC
Supporting software	Data reading software		Data reading software

Backpanel

1. Power Interface and Switch
2. Rs-232c Connector
3. X Channel Analog Output BNC
4. Y Channel Analog Output BNC
5. Z Channel Analog Output BNC
6. Probe Input Connector

Applied range:

1. Monitoring the magnetic field of earth environment, laboratory, and space.
2. Calibrating laboratory magnetic field shielding and generating field sources, such as: 3D Helmholtz coil system, non-distance coil system etc.
3. Geological prospecting. Petroleum system while drilling system detect weak magnetic field in rock.
4. Testing the attenuation characteristics and shielding effectiveness of magnetic field shielding system.
5. Detecting magnetic shielding effect in magnetic shielding room.
6. Dipole moment and remanence magnetic field of satellite.
7. Calibration standard for flux-gate meter, magneto-optical effect magnetometer and all kinds of sensors.
8. Earthquake precursor monitoring, volcanic observation, and other environmental and disaster geological work.
9. Aeronautical and marine magnetic measurements.
10. Research on weak magnetic field in bioscience.