Tag: Magnet Toy Magnetic Measuring Instrument High Frequency Magnetic Field Measuring Instrument Wide Range Gauss Meter Pulse Magnetic Field Measuring Instrument
Provide professional magnetic field measurement solutions | ||||||
Strong magnetic field measuring instrument(0 - 20T) | ||||||
model |
principle |
type |
number of axles |
DCaccuracy |
maximum range |
Highest resolution |
X113 |
hall |
hall sensor |
1 |
<> |
15T |
TC: 30ppm/K |
G80 |
hall |
handheld |
1 |
2% |
2T |
10μT |
G81 |
hall |
handheld |
1 |
0.8% |
10T |
1μT |
G82 |
hall |
handheld-high frequency |
1 |
0.8% |
10T |
1μT |
G83 |
hall |
handheld |
3 |
0.8% |
10T |
1μT |
G92 |
hall |
handheld |
1 |
1% |
10T |
10μT |
G93 |
hall |
handheld |
3 |
1%, 0.5% |
20T |
1μT |
G201 |
hall |
Desktop computer |
1 |
0.2% |
10T |
1μT |
G203 |
hall/reluctance |
Desktop computer |
3 |
0.2% |
10T |
10nT |
G401 |
hall |
Desktop computer |
1 |
0.04% |
10T |
1μT |
G403 |
hall |
Desktop computer |
3 |
0.04% |
10T |
1μT |
GSP301A |
hall |
Analog transmitter |
1 |
1%, 0.2% |
10T |
Output: ±3V |
GSP301D |
hall |
Digital transmitter |
1 |
1%, 0.2% |
10T |
1μT |
GSP303D |
hall |
Digital transmitter |
3 |
1%, 0.2% |
20T |
1μT |
GSP303D-S |
hall |
Digital transmitter |
3 |
0.5%, 0.1% |
3T |
1μT |
Magnetic field testing system | ||||||
GAS3000 |
Array magnetic field detection system, synchronous detection up to128The magnetic field at a certain location |
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GMS980 |
High precision Gaussian meter calibration system (High precision Tesla meter calibration device) |
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Weak magnetic field measuring instrument(0- 2mT) | ||||||
Weak magnetic field Gaussian meter | ||||||
model |
principle |
type |
number of axles |
DCaccuracy |
maximum range |
Highest resolution |
GMR61 |
reluctance |
handheld |
1 |
0.8% |
600μT |
10nT |
GMR63 |
reluctance |
handheld |
3 |
0.8% |
600μT |
10nT |
GF601 |
fluxgate |
handheld |
1 |
0.5% |
1mT |
0.1nT |
GF603 |
fluxgate |
handheld |
3 |
0.25% |
1mT |
0.1nT |
GF633 |
fluxgate |
Desktop computer |
3 |
0.1% |
100μT |
0.01nT |
GFP703 |
fluxgate |
Smart Transmitters |
3 |
0.5% |
1mT |
0.1nT |
GFP703S |
fluxgate |
Spectrum analyzer |
3 |
0.5% |
1mT |
0.01nT |
GFP803 |
fluxgate |
Smart Transmitters |
3 |
0.2% |
1mT |
0.1nT |
Communication magnetic field measurement(DC- 1MHz) | ||||||
model |
principle |
type |
number of axles |
ACaccuracy |
maximum range |
frequency response |
AMS-2K |
alternating current coil |
Analog sensor |
1 |
1% |
3mT |
30Hz- 2kHz |
AMS-1M |
alternating current coil |
Analog sensor |
1 |
1% |
3mT |
2kHz- 1MHz |
G1000 |
reluctance |
Smart Transmitters |
3 |
DC- 1% AC- 2% |
400μT/ Axis |
DC- 1MHz |
GA1000 |
reluctance |
handheld |
3 |
2% |
400μT/ Axis |
30Hz- 1MHz |
GSP301HFA |
reluctance |
Analog transmitter |
1 |
1% |
150μT |
20Hz-1.2MHz |
GSP303HFA |
reluctance |
Analog transmitter |
1 |
1% |
150μT |
20Hz-1.2MHz |
fluxgate sensor | ||||||
model |
principle |
type |
number of axles |
noise level |
maximum range |
output |
F901 |
fluxgate |
Economic type |
3 |
10 to 20pT |
1000μT |
±10V,single-ended |
F902 |
fluxgate |
low noise |
3 |
<> |
100μT |
±10V,single-ended |
F903 |
fluxgate |
low-power consumption |
3 |
10 to 20pT |
200μT |
±3V,finite difference |
F904 |
fluxgate |
low-power consumption|low noise |
3 |
<> |
100μT |
±3V,finite difference |
F905 |
fluxgate |
high-performance|low noise |
3 |
<> |
100μT |
±10V,single-ended |
F23 |
fluxgate |
split type|large range |
3 |
<> |
1500μT |
±10V,single-ended |
F53 |
fluxgate |
High temperature type |
3 |
≤ 300pT@175℃ |
100μT |
±5V,finite difference |
Magnetic flux gate sensor data acquisition unit | ||||||
FDU301 |
Connectable1A three-axis flux gate sensor |
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ASA1000 |
Connectable2-126A single axis flux gate sensor or2-42A three-axis flux gate sensor |
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AFS |
Array flux gate sensor detection system, capable of connecting multiple flux gate magnetic field transmitters |
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GMR-16 |
Micro weak magnetic field sensor array, capable of synchronous acquisition2-16Data from a miniature weak magnetic field sensor |
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GR100 |
Digital three-axis flux gate gradiometer |
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remarks: 1Magnetic field unit conversion:1T= 10kG; 1mT= 10G; 1μT= 10mG; 1nT= 10μG 2Click on the left side of the table abovemodelYou can refer to the product information of the corresponding model |
sketch:
G82High frequency Gaussian meter with impressiveDC-50kHzThe frequency response of the magnetic field. The displayed value for communication is the true valid valueRMSUsing Fourier analysis method to measure AC magnetic field(RMSprice), very suitable for measuring various types(Sine wave, square wave, triangular wave, trapezoidal wave, sawtooth wave, etc)ac magnetic field.
G82Gaussian meter is usedCOLIYThe company's third-generation semiconductor gallium nitride(GaN)Hall sensor. Gallium nitride sensors have the characteristics of good temperature stability, not affected by light, high linearity, and low noise, and their performance is ahead of the second-generation semiconductor gallium arsenide(GaAs)Sensor technology.
Gaussian meters from other companies require frequent zero calibration during startup and measurement, which is cumbersome to operate and affects accuracy.G82The Gaussian meter adopts a uniqueBypass Zero TechnologyTechnology and high stabilityGaNHall sensor sets a precedent for handheld Gaussian meters that do not require zero calibrationThis greatly improves the accuracy and convenience of data usage.
Gauss meterG82use3.2Inch color industrial touch screen, easy to operate instrument, withN/SMagnetic polarity display, maximum value/Minimum value function, AC/DC magnetic field measurement function;DCaccuracy0.8%, Resolution0.01G(1μT), Range100kG (10T)The frequency response range is as high asDC-50kHz.Gauss meterG82Powerful functionality with maximum value/Minimum value function, magnetic field polarity display function, storage function, and10μsPulse magnetic field capture function.
Conventional probe temperature coefficient<±300ppm>±300ppm>And with temperature compensation probe temperature coefficient±50ppm/℃It can greatly improve measurement accuracy and stability during temperature changes, so it is strongly recommended to purchase probes with temperature compensation.
Due to the complex usage conditions and electronic interference in high-frequency magnetic field application environments, we offer customized probes to meet the specific needs of our customersRequirement. Gauss meterG82PassedCECertification andEMC(electromagnetic compatibility)Testing.
characteristic | |
● SperhapsNMagnetic pole display ● Maximum value/Minimum value function ● Ergonomic design ● 3.2inchLCDcolorful touch screen ● Zero drift free technology |
● Range:100kG (10T) ● DCAccuracy:0.8% ● resolving power:0.01G(1μT) ● frequency responseDC-50kHz ● 10μsPulse magnetic field capture function |
|
G82Gauss meter parameters:
model |
G82 |
Measurement parameters | |
DCaccuracy |
±0.8% |
range(FS) |
100kG (10T) |
Highest resolution |
0.01G (1μT) |
ACmeasure |
RMSValue, suitable for measuring various waveforms in communication(Sine wave, square wave, triangular wave, trapezoidal wave, sawtooth wave, etc)The magnetic field. |
ACMaximum response of gear frequency |
100kHz |
Display digits |
4 |
Typical probe temperature coefficient |
±300ppm/℃ |
Zero drift free technology |
There is no need to adjust the zero point when starting up, and temperature changes have no effect on the zero point. |
front panel | |
display screen |
3.2Inch color resistive touch screen,320x240pixel |
Display units |
Gaussian(G)Tesla(T) |
Display update rate |
4order/second |
display mode |
DC、ACMaximum value, minimum valuePulse magnetic field captureN/SMagnetic pole polarity display, etc |
probe | |
sensor |
COLIYThird generation semiconductor gallium nitride(GaN)hall sensor |
Compatible probes |
details“Probe specifications”list |
connector |
Industrial waterproof connectors |
Probe handle and protective cover |
Non magnetic aviation aluminum alloy, resistant to10Rice Drop |
Cable line |
6Core shielded twisted pair flexible cable, compliant withCAT5estandard |
Cable Length |
standard1.5Rice; Customizable maximum length30rice |
USBinterface | |
function |
1Communication: used to connect to computers, display measurement data, etc; 2Power supply: used for connection5VDCCharger or portable power bank(power bank). |
software/drive |
Equipped with upper computer software /supportLabVIEW ™ |
Analog Output | |
Linearity(DC) |
±1% |
function |
Real time output, output voltage proportional to magnetic field strength |
Analog output range |
4An automatic range(Proportional calculation: magnetic field display value/Voltage value |
Full range voltage |
±3 V |
Maximum frequency response range |
100kHz |
Simulate output impedance |
< 100='' ω=''>Short circuit protection) |
connect |
Dedicated analog outputBNCConversion cable |
Host specifications | |
operation temperature |
-10℃ to +60℃ |
storage temperature |
-20℃ to +75℃ |
Environmental magnetic field |
<> |
battery |
rechargeable4500mAHLithium Ion Battery |
Battery operating time |
18hour(Standard Test Environment) |
size |
238 mm W × 95 mm H × 42 mm D |
weight |
350g |
authentication |
CECertificationEMCauthentication |
Probe specifications
typicalprobe Type |
range |
Frequency response range |
Probe size (mm) |
operation temperature (℃) |
DCaccuracy (25℃) |
Probe rod material |
Anti high-intensity electromagnetic interference high-frequency probe T30HF100KG82 T30HF100KG82T |
100kG (10T) |
DC-50kHz |
300*φ12 + 30*2.2*1 |
-20 - +60 |
±0.8% |
metal |
Ordinary high-frequency radial probe T08HF50K150G82 T08HF50K150G82T |
100kG (10T) |
DC-50kHz |
80*2.2*1 |
-20 - +60 |
±0.8% |
metal |
Note:
1Due to the complex usage conditions and electronic interference in high-frequency magnetic field applications, we offer customized probes to meet the specific needs of our customers. Anti high-intensity electromagnetic interference high-frequency probes require special treatment of the electromagnetic shielding layer.
2The response frequency, shape, and cable length of the probe can be customized according to user requirements; The frequency response can be<>Customization within the scope;
3Radial probe sensor position:D=1mm±0.2mm