Tri-axial Accelerometer
電荷出力型/プリアンプ内蔵型3軸加速度センサー
An Accelerometer that extracts mechanical vibration levels as electrical signals proportional to vibration acceleration.
A Tri-axial Accelerometer can extract vibration directions for XYZ all at once. We offer models with built-in preamplifiers and charge output types.
TEDS-compatible*2 Accelerometers have also been added to the lineup.
TEDS = Transducer Electronic Data Sheet
This is a standard for sensors and actuators issued by IEEE (IEEE 1451.4-2004). When a sensor with TEDS information is connected to a measurement system that supports this standard, the TEDS information is transferred from the sensor to the measurement system, automating the input of calibration values that were previously done manually, preventing manual configuration errors, and shortening setup time.
Features
-
This is a Size Mo type vibration sensor, so no reference point is needed for measurement. Attach the sensor to the object being measured and take the measurement.
-
Compared to other vibration sensors, it is compact and lightweight, making it easy to install on the measurement target and easy to handle.
-
It has a wide dynamic range and is capable of measuring from small accelerations.
-
It has strong mechanical strength and is suitable for measuring high accelerations and impact accelerations.
-
Generally, due to the high resonance frequency and the wide measurement frequency range, waveforms that contain broadband frequency components can be measured with minimal distortion.
-
We provide sensors with appropriate performance according to the purpose and conditions of use.
-
JCSS calibration support
It is a vibration meter consisting of mass (M), spring constant (K), and viscous resistance (C).
System Configurations
Specifications
Tri-axial Accelerometer (Charge Output Type / Built-in Preamplifier Type)
|
Type
|
Charge output type
|
built-in preamp type
|
||
|---|---|---|---|---|
|
Features
|
super small
|
super small
CE *4
|
small-sized
|
general-purpose
|
|
Structure
|
share type
|
share type
|
share type
|
share type
|
|
Model name
|
NP-2506
|
NP-3550
|
NP-3560B
|
NP-3572
NP-3574 |
|
Exterior
|
![]() |
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![]()
|
![]() |
|
Sensitivity*1
|
0.04 pC/(m/s 2) ±20 %
|
1.02 mV/(m/s 2) ±20 %
|
1.02 mV/(m/s 2) ±10 %
|
1.0 mV/(m/s 2) ±10 %
(NP-3572)
|
|
10 mV/(m/s 2) ±10 %
(NP-3574)
|
||||
|
capacitance
|
580 pF ±20 %
(including cable)
|
-
|
-
|
-
|
|
Resonant frequency
|
above 60 kHz
|
above 50 kHz
|
above 55 kHz
|
Above 15 kHz (X-axis)
Approximately 45 kHz (Y, Z axes)
|
|
Frequency Range
|
(Common to X, Y, and Z)
fc ~ 1 kHz ±5%
fc ~ 5 kHz ±10 %
fc ~ 20 kHz ±3 dB
|
(X-axis)
2 Hz~5 kHz ±5 %
(Y, Z axis)
2 Hz~8 kHz ±5 %
|
(X-axis)
2 Hz~5 kHz ±5 %
(Y, Z axis)
2 Hz~10 kHz ±5 %
|
(X, Y axis)
1 Hz~5 kHz ±10 %
(Z-axis)
1 Hz~8 kHz ±10 %
|
|
Maximum allowable acceleration
|
25,000 m/s2
|
4,905 m/s2
|
4,900 m/s2
|
4,000 m/s2
(NP-3572)
|
|
400 m/s2
(NP-3574)
|
||||
|
shock resistance
|
50,000 m/s2
|
49,050 m/s2
|
98,100 m/s2
|
30,000 m/s2
|
|
Operating temperature range
|
-50~+160 °C
|
-54~+121 °C
|
-54~+121 °C
|
-50~+110 °C
|
|
output impedance
|
-
|
below 200 ohms
|
below 200 ohms
|
less than 1 kΩ
|
|
sensor noise
|
-
|
30 μVrms
0.03 m/s 2 rms
[TYP]
|
30 μVrms
0.03 m/s 2 rms
[TYP]
|
below 40 μVrms
0.04 m/s 2 rms or less
(NP-3572)
|
|
below 40 μVrms
0.004 m/s 2 rms or less
(NP-3574)
|
||||
|
drive power supply
|
-
|
22 to 30 VDC
2 to 20 mA
constant current drive
|
18~30 VDC
2 to 20 mA
constant current drive
|
21 to 30 VDC
0.5 to 5 mA
constant current drive
|
|
Isolation resistance
|
more than 10,000 MΩ
(DC 50 V)
|
|||
|
Weight
|
1.2 g*3
|
1.0 g
|
5.3 g
|
8.1 g
|
|
Grounding/ Insulation
|
case grounding
|
case grounding
|
case grounding
|
case grounding
|
|
Case material
|
Titanium
|
Titanium
|
Titanium
|
Aluminum
|
|
outer diameter dimension
(mm)
|
(W)X(D)X(H)
8 times 7 times 5.5
|
(W)X(D)X(H)
6.35 X 6.35 X 6.35
(excluding protrusions)
|
(W)X(D)X(H)
10.2 cubed
(excluding protrusions)
|
(W)X(D)X(H)
14.2 X 14.2 X 14.2
(excluding protrusions)
|
|
Connector
|
Cable:
Directly attached 3 m Diameter ⌀0.8 mm (3 pieces) connector: 10-32 coax (Miniature) |
8-36 (4-pin) mini connector
side protrusion
|
1/4-28 (4-pin) connector
side protrusion
|
DR-4S-4
side protrusion
|
|
Cable
|
-
|
NP-0272/0273/0274
NP-0291
|
NP-0252/0262
|
NP-0222/0232
|
|
Installation method
|
Adhesive
|
Adhesive
|
adhesive or
5-40 UNC female screw
|
Adhesive or
mounting clip
M5 female screw
|
|
Accessories
|
Instruction Manuals
Calibration chart
|
Wax
Instruction Manuals
Calibration chart
|
5-40 UNC/M3 conversion screws (2 pieces)
Wax
mount base
(NP-0035)
Instruction Manuals
Calibration chart
|
M5X0.8 L=8 stop screw
Wax
mounting clip
(NP-0061)
Instruction Manuals
Calibration chart
|
|
Outline drawing
|
NP-2506
![]() |
NP-3550
![]() |
NP-3560B
![]() |
NP-3572
NP-3574
![]()
|
|
Price
(including tax) |
|
|
|
NP-3572
NP-3574
|
|
Type
|
built-in preamp type
|
|
|
|---|---|---|---|
|
Features
|
TEDS compatible *2
small-sized
CE *4
|
TEDS compatible *2
general-purpose
|
TEDS compatible *2
high sensitivity, compact
CE *4
|
|
Structure
|
share type
|
share type
|
share type
|
|
Model name
|
NP-3564N10
|
NP-3576N20
NP-3578N20 |
NP-3580N10
|
|
Exterior
|
![]() |
![]() |
![]() |
|
Sensitivity*1
|
10 mV/(m/s 2) ±10 %
|
1 mV/(m/s 2) ±10 %
|
100 mV/(m/s2) ±10 %
|
|
10 mV/(m/s 2) ±10 %
|
|||
|
capacitance
|
-
|
-
|
-
|
|
Resonant frequency
|
Above 55 kHz (Z-axis)
|
Above 16 kHz (X-axis)
Approximately 47 kHz (Y, Z axes)
|
Above 15 kHz (Z-axis)
|
|
Frequency Range
|
(X, Y axis)
2 Hz~7 kHz ±5 %
(Z-axis)
2 Hz~10 kHz ±5 %
|
(X-axis)
1 Hz~5 kHz ±1 dB
(Y-axis, Z-axis)
1 Hz~8 kHz ±1 dB
|
(X, Y axis)
0.5 Hz~2 kHz ±5 %
(Z-axis)
0.5 Hz~5 kHz ±5 %
|
|
(X, Y axis)
0.5 Hz~10 kHz ±3 dB
(Z-axis)
0.5 Hz~18 kHz ±3 dB
|
(X-axis)
0.8 Hz~8 kHz ±3 dB
(Y, Z axis)
0.8 Hz~10 kHz ±3 dB
|
(X, Y axis)
0.3 Hz~2.5 kHz ±10 %
(Z-axis)
0.3 Hz~6 kHz ±10 %
|
|
|
Maximum allowable acceleration
|
450 m/s2
|
3,600 m/s2
(NP-3576N20)
|
49 m/s2
|
|
360 m/s2
(NP-3578N20)
|
|||
|
shock resistance
|
30,000 m/s2
|
30,000 m/s2
|
500 m/s2
|
|
Operating temperature range
|
-50~+110 °C
(TEDS communication time:
-40 to +85 °C
|
-40~+85 °C
|
-10~+60 °C
|
|
output impedance
|
below 500 ohms
|
below 400 ohms
(NP-3576N20)
|
below 200 ohms
|
|
less than 1 kΩ
(NP-3578N20)
|
|||
|
sensor noise
|
below 40 μVrms
0.004 m/s 2 rms or less
|
below 40 μVrms
0.04 m/s 2 rms
(NP-3576N20)
|
below 40 μVrms
400 μm/s 2 rms or less
|
|
below 40 μVrms
0.004 m/s 2 rms
(NP-3578N20)
|
|||
|
drive power supply
|
21 to 30 VDC
2 to 5 mA
constant current drive
|
18 to 25 VDC
0.5 to 5 mA
constant current drive
|
21 to 30 VDC
2 to 5 mA
constant current drive
|
|
Isolation resistance
|
-
|
-
|
-
|
|
Weight
|
4.4 g
|
11.1 g
|
21 g
|
|
Grounding/ Insulation
|
case grounding
|
case grounding
|
case grounding
|
|
Case material
|
Titanium
|
Titanium
|
Aluminum
|
|
outer diameter dimension
(mm)
|
(W)X(D)X(H)
10 times 10 times 10
(excluding protrusions)
|
(W)X(D)X(H)
14.2 X 14.2 X 14.2
(excluding protrusions)
|
(W)X(D)X(H)
19.5 X 19.5 X 19.5
(excluding protrusions)
|
|
Connector
|
CZ710
side protrusion
|
DR-4S-4
side protrusion
|
DR-4S-4
side protrusion
|
|
Cable
|
NP-0332/0322
|
NP-0222/0232
|
NP-0222/0232
|
|
Installation method
|
Adhesive or
mounting clip
M3 female screw
|
Adhesive or
mounting clip
M5 female screw
|
Adhesive or
M5 female screw
|
|
Accessories
|
M3X0.5 L=4 stop screw
Wax
mounting clip
(NP-0062)
Instruction Manuals
Calibration chart
|
M5X0.8 L=8 stop screw
Wax
mounting clip
(NP-0061)
Instruction Manuals
Calibration chart
|
M5X0.8 L=8 stop screw
Wax
Instruction Manuals
Calibration chart
|
|
Outline drawing
|
NP-3564N10
![]() |
NP-3576N20
NP-3578N20
![]() |
NP-3580N10
![]() |
|
Price
(including tax) |
|
NP-3576N20
NP-3578N20
|
|
*1: Sensor sensitivity varies by individual (individual differences); the stated values are shipping standards and not measurement accuracy. By performing calibration according to each sensitivity value, any sensor can measure under the same conditions and accuracy.
*2: Complies with IEEE1451.4-2004 Template ver 1.0
*3: Cable not included.
*4: Compliance standards EMC Directive: 2014/30/EU EN 61326-1 RoHS Directive: 2011/65/EU EN IEC 63000
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最終更新日:2026/10/5













