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XT3-1 |
XT-7 |
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High
sensitivity , resolution
0.02 mT (0.2GS)
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Measuring the d.c. flux
density and 0~600Hz a.c.
flux density
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Measuring ransverse
magnetic field (with
XT3-1) axial magnetic
field (with XT3-2)
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Discriminating N.S
polarity of magnetic
field
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Power=220V 50Hz or
R20(1.5V)x6
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Range :
50mT / 100mT / 250mT /
500mT / 1T
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Accuracy
: -2.5%~+2.5% / FS
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Hall
probe : may exchange
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Polarity : N.N. may
seleXTed
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XTS-27 |
XT-5A |
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Range :
0.2T / 1T
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Accuracy
: -1.0%~+1.0% Red + 1.0%
FS
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Display
: 3.5 LED
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Power :
9V (-10%~+10%)
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Size
weight : 160 x 88 x 36mm
, 325g
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Adopted
the hall effeXT
principal to measure d.c.
flux density
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High
precision constant
current , Fine stability
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Fast
measuring velocity ,
wide range 0.1m~2.5T
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Measuring transverse
magnetic field (with
XT5-1) axial magnetic
field (with XT3-2)
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Power=220V 50Hz , 5W
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Size
Weight=202 x 154 x 80mm
, 2Kg
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XTS-24 |
XTS-7 |
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Ranges : 0.1 / 1 / 10
d.c Flux density
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Accuracy : -0.5%~+0.5%
Red + 0.5% FS
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Display : 1999 LED
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Power : AC 220V 50Hz 8W
- Size
weight : 230 x 291 x
70mm , 2Kg
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Ranges : 0.001 /
0.01 / 0.1 /
1Wb(D.C)
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Accuracy : -1%~+1%
FS
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Display : 1999LED
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Peak reading hold
accuracy : -1%~+1%
FS (hold time < 10
Sec)
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Power : 220V 50Hz 8W
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Size Weight : 164 x
214 x 70mm 2Kg
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TECHNICAL SPECIFICATION OF
TESLA METER |
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HT100:
0~0.2T
HT100-4:
0~0.4T
HT100-10:
0~1T
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50mT/100mT/250mT
/500mT/1T
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POLARITY(N.S.)
MAY
SELEXTED
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POWER:
220V
50HZ OR
R20(1.5V)X6
DISCLMINATING
N.S. POLARITY OF
MAGNETIC FIELD
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MEASURING
TRANSVERSE
MAGNETIC
FIELD
MEASURING
D.C. FLUX
DENSITY AND
0-600HZ A.C.
FLUX DENSITY
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MEASURING
AXIAL
MAGNETIC
FIELD
MEASURING
D.C.
FLUX
DENSITY
AND
0-600HZ
A.C.
FLUX
DENSITY
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POWER:
220V
50HZ 5W
MEASURING
TRANSVERSE
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MEASURING
TRANSVERSE
MAGNETIC
FIELD
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The auto power off function prevents
useless waste of the battery.
The probes can be replaced without
troublesome calibration.
Application:
Measurement of residual magnetism in
machined works.
Measurement of magnetic flux in
magnetism-applied products.
Measurement of magnetic flux of
motors.
Measurement of properties of
magnetic materials.
Inspection of mechanical stress in
stainless steel products.
Measurement of magnetic flux of
magnets.
Inspection of natural magnetization
of various steel materials.
The most common tesla meter are
based on the induction principle and
consist of an inductance coil and an
electrical measuring instrument.
When a change occurs in the magnetic
flux linkage between the inductance
coil and the magnetic field whose
induction is to be determined, an
electromotive force, which is
measured by the instrument, is
generated in the coil. In constant
magnetic fields the flux linkage
changes as a result of linear
displacement, rotation, or vibration
of the inductance coil; in variable
magnetic fields the change in flux
linkage results from a change in the
magnitude and direction of the
field. Flux meters are used as the
measuring instruments in the case of
constant fields; voltmeters,
oscillographs, and other such
devices are used in the case of
variable fields.
Tesla meter are used to measure the
horizontal and vertical components
of the geomagnetic field intensity
vector—for example, in magnetic
mapping and geological prospecting.
They are also employed in research
on magnetism, particularly for
measuring the magnetic fields of the
planets in the solar system and of
the interplanetary medium.
