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Operating principle
The Gaussmeter enables a precise and user-friendly magnet field measurement by means of Hall sensors. The Operation of the Gaussmeter is via a multicolour touch display and individually programmable display settings.
The Gaussmeter is supplied with a LiPo battery pack which ensures long-term operation.
The battery pack can be charged either by USB or power adapter.
Data transfer is via USB interface thus enabling further data processing of the magnet field measurement on a PC.
Special attention has been given to extremely thin and flexible Hall probes which allowmagnetic field measurements even in the tightest of spaces.
Technical data: BGM 101
Measuring mode: measuring Hall voltage
Measuring range: 4 mT, 40 mT, 400 mT, 2 T, AUTO
Measuring frequency: DC to 10 kHz
Measuring accuracy: 0.5 % for DC and AC
Selection of measuring range: automatic or manual
Display: 320 x 240 px multicolour touch TFT
Probe type: transversal (BTP-101) axial (BAP-101)
Temperature range: 0°C - 50°C
Weight: 185g
Dimensions: L 120 mm x W 72 mm x H 25 mm
GAU-005000 Gaussmeter package complete
1 x gauss-meter BGM 101
1 x zero field chamber BZC-101
1 x hard case (aluminium) for Gaussmeter BGM-101
1 x 220 V battery charger
1 x USB cable
1 x transversal- or axial hall probe
1 x manual ( PDF on CD ROM)
GAU-005001 Gaussmeter package basic
1 x gauss-meter BGM 101
1 x 220 V battery charger
1 x USB cable
1 x transversal- or axial hall probe
1 x manual ( PDF on CD ROM)
GAU-005002 Zero field chamber BZC-101
GAU-005004 Additional axial probe BAP-101
GAU-005005 Additional transversal probe BTP-101
GAU-005003 Aluminum hard case
Hall probes overview Gaussmeter
Axial Probes
Model |
L |
D |
A |
Stem Material |
Corrected accuracy (%) of reading |
Temperature coefficient (maximum) zero |
Temperature coefficient (maximum) calibration |
MMA-2502-VH |
2 " ± 0.063" |
0.25" ± 0.006'' |
0.010" |
Aluminum |
± 0.25 % to 30 kG |
± 0.09 G/°C |
- 0.04 %/°C |
MNA-1904-VH |
4' ± 0.125" |
0.187" ± 0.005'' |
0.005'' |
Fiberglass | |||
MMA-2502-VG |
2" ± 0.063'' |
0.25" ± 0.006'' |
0.010" |
Aluminum |
± 0.15 % to 30 kG |
± 0.13 G/°C |
- 0.005 %/°C |
MNA-1904-VG |
4' ± 0.125" |
0.187" ± 0.005'' |
0.005" |
Fiberglass | |||
Transverse Probes
Model |
L |
D |
A |
Stem Material |
Frequency Range |
Corrected accuracy (%) of reading |
Temperature coefficient (maximum) zero |
Temperature coefficient (maximum) calibration |
MMT-6J04-VH |
4"± 0.125" |
0.061" max |
0.180" |
Aluminum |
DC |
± 0.25 % to 30 kG |
± 0.09 G/°C |
- 0.04 %/°C |
MNT-4E04-VH |
0.045" max |
0.150'' |
Rigid glass epoxy |
DC and 10 Hz to 400 Hz | ||||
MMT-6J04-VG |
0.061" max |
0.180" |
Aluminum |
DC |
± 0.15 % to 30 kG |
± 0.13 G/°C |
- 0.005 %/°C | |
MNT-4E04-VG |
0.045" max |
0.180" |
Rigid glass epoxy |
DC and 10 Hz to 400 Hz | ||||
Flexible Transverse Probes
Model |
W |
T |
Active Area |
Stem Material |
Frequency Range |
Corrected accuracy (%) of reading |
Temperature coefficient (maximum) zero |
Temperature coefficient (maximum) calibration |
MFT-3E03-VH |
0.135" max |
0.025" max |
0.040" dia (approx) |
Flexible |
DC and 10 Hz to 400 Hz |
± 0.25 % to 30 kG |
± 0.09 G/°C |
- 0.04 %/°C |
MFT-3E03-VG |
± 0.15 % to 30 kG |
± 0.13 G/°C |
- 0.005 %/°C |