Tag: Three dimensional magnetic field strength measuring instrument Three dimensional Gaussian meter Three axis Tesla meter Three component Hall Gaussian meter
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 |
|||||
GMS980 |
High precision Gaussian meter calibration system (High precision Tesla meter calibration device) |
|||||
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 |
|||||
ASA1000 |
Connectable2-126A single axis flux gate sensor or2-42A three-axis flux gate sensor |
|||||
AFS |
Array flux gate sensor detection system, capable of connecting multiple flux gate magnetic field transmitters |
|||||
GMR-16 |
Micro weak magnetic field sensor array, capable of synchronous acquisition2-16Data from a miniature weak magnetic field sensor |
|||||
GR100 |
Digital three-axis flux gate gradiometer |
|||||
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:
G83Gaussian meter is a universal high-performance handheld 3D Gaussian meter that usesCOLIYThe 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.G83The three-dimensional Gaussian meter adoptsBypass Zero TechnologyTechnology and high stabilityGaNHall sensors have set a precedent for handheld Gaussian meters that do not require zero calibration, greatly improving the accuracy and ease of use of data.
G83The three-dimensional Gaussian metric is10T,High resolution up to1μTIt can measure the remanence and weak magnetism of metal materials, as well as the strong magnetic field of superconducting electromagnets.
G83The three-dimensional Gaussian meterDCAccuracy better than0.8%Frequency response rangeDC-10kHzCan be connected to 3D probes or single dimensional probes.G83Three dimensional Gaussian meter using Fourier analysis to measure AC magnetic field(RMSValue and Spectrum Analysis), very suitable for measuring various types(Sine wave, square wave, triangular wave, trapezoidal wave, sawtooth wave, etc)Communicating magnetic fields.G83The three-dimensional Gaussian meter adopts3.2Inch color industrial resistance touch screen and menu and display that conform to smartphone habits, easy to operate, users do not need to read the manual;3.2The inch color industrial touch screen provides rich display content and has the maximum value/minimum value/Maintain value/Alarm threshold, real-time magnetic field strengthXYZComponent values, vector values, etc0.2msPulse magnetic field capture function.G83The three-dimensional Gaussian meter passes throughCEauthentication.
Conventional 3D probe temperature coefficient<±300ppm>±300ppm>℃And with temperature compensation probe temperature coefficient<±50ppm>±50ppm>℃It can greatly improve measurement accuracy and stability during temperature changes, so it is strongly recommended to purchase probes with temperature compensation.
characteristic | |
●Three dimensional magnetic field detection ●Graphical interface operating system ●3.2inchLCDcolorful touch screen ●Maximum value/minimum value/hold function ●Intelligent recording and viewing ●Alarm ●XYZComponent value and vector value display |
●Three dimensional probe and single dimensional probe are optional ●Wide range measurement range10T ●resolution1μT ●DCAccuracy:0.8% ●complete4Position display ●Orthogonality of 3D sensors<>o ●0.2msPulse magnetic field measurement mode |
G83Gauss meter parameters:
model |
G83 |
Measurement parameters | |
accuracy/axle(DC) |
< ±0.8%=''> |
range/axle |
100kG(10T) |
resolution |
0.01G(1μT) |
noiseRMS |
0.01G(1μT) |
Display digits |
4 |
Frequency response range of 3D probe |
DC - 100Hz (Ultra thin 3D probe DC - 10kHz (Standard 3D probe |
Typical temperature coefficient |
<±300ppm>±300ppm>℃(Conventional probe) <±50ppm>±50ppm>℃(Probe with built-in temperature sensor) |
front panel | |
display type |
3.2Inch color resistive touch screen,320x240pixel |
Display units |
Gaussian(G)Tesla(T) |
Display update rate |
4order/second |
display mode |
DC、AC、XYZ3D display, maximum value, minimum value, alarm0.2msPulse magnetic field capture, etc |
probe | |
Compatible probes |
Three dimensional or single dimensional probe, see details“Probe specifications”list |
Probe cable length |
standard1.5Rice; Customizable maximum length50rice |
USBinterface | |
function |
1Communication interface: used for connectingPCMonitor and measure with Gaussian meter host; 2Charging interface: used for connectingPCOr a portable power bank(power bank)Charge the Gaussian meter host. |
software/drive |
Upper computer software, no need to install other drivers |
Analog Output(After calibrationDACoutput) | |
Linearity(DC) |
<> |
function |
Real time output,XYZThe output voltage of the vector is proportional to the magnetic field strength |
Full range voltage |
±3V(Corresponding only to magnetic field vector values) |
DACOutput speed |
50sps |
Host specifications | |
operation temperature |
+15℃to +35℃(accuracy rating) -10℃to +60℃(Reduced accuracy) |
storage temperature |
- 20℃to +60℃ |
battery |
rechargeable4400mAHLithium Ion Battery |
Analog Output |
not have |
Battery operating time |
>16Hour (standard test environment) |
size |
238 mmW× 95 mmH× 42 mmD |
weight |
350g |
authentication |
CECertificationEMCauthentication |
Probe specifications
probe Type |
range |
Frequency response range |
Probe rodsize (mm) |
operation temperature |
DCaccuracy (25℃) |
Probe rod material |
Standard 3D probe Y08M150G83 Y08M150G83T |
100kG (10T) |
DC -10kHz |
80*5.7*2.5 |
-20℃- +60℃ |
±0.8% |
metal |
Micro 3D probe Y04S150G83 Y04S150G83T |
100kG (10T) |
DC -100Hz |
45*2.2*1 |
-20℃- +60℃ |
±0.8% |
plastics |
Metal radial probe T08M150G83 T08M150G83T |
100kG (10T) |
DC-10kHz |
80*2.2*1 |
-20℃- +60℃ |
±0.8% |
metal |
Standard axial probe A08M150G83 A08M150G83T |
100kG (10T) |
DC-1kHz |
80*Φ6 |
-20℃- +60℃ |
±0.8% |
metal |
Note:
1. The model ends with the letter "T": a probe with a built-in temperature sensor and temperature compensation function, with a temperature coefficient of<± 50ppm>± 50ppm>
2The complete calibration range of each probe is ≤± 20KG (± 2T).
Options
type |
describe |
ZC10 |
Zeroing chamber: Provides up to 80 decibels of attenuation in magnetic fields below 500G and can be used for probe zeroing. Internal dimensions of the cavity: diameter 6.8mm x 44.5mm |
SAMRT PC Software |
Computer software for Gauss meter (included with the instrument) |
GHOLD100 |
The three-dimensional mobile platform of the probe is made of non-magnetic materials. The user fixes the probe at the front end of the bracket, manually rotates the knob to move the probe steadily along the X, Y, and Z axes to a certain position, and locks it in place. The maximum stroke of each axis is 150mm, the positioning accuracy is 0.1mm, the center load is 10kg, and the self weight is 3.5kg |
Probe selection type description
T |
08 |
P |
150 |
G83 |
T |
probe Type A -Axial probe T -radial probe X - 2 AXIS Y - 3 AXIS
|
Probe length 06 - 6 cm 08 - 8 cm 10 - 10 cm 25 - 25 cm
… |
Probe style C – CRYOGENIC F – FLEXIBLE H – HIGH TEMP. L – LOW FIELD M – METAL P – PLASTIC U – ULTRATHIN W – WIDE FIELD |
Probe cable length 150 – 3750px 300 – 7500px 500 – 12500px
… |
Gaussian meter type G83 – G83 probe
|
Temperature compensation function (Probe with built-in temperature sensor)
T -have BLANK -not have |