|
CMCP1300A Triaxial Accelerometers are manufactured in house to high quality standards. Each Triaxial Accelerometer is fully enclosed in a potted and waterproof Black Anodized Aluminum case. CMCP1300A Triaxial Accelerometers, along with their optional extension cables are always in stock ready for quick delivery. CMCP604 Extension Cables are available in three standard length 5, 10 and 20 meters. Other cable lengths are available in custom lengths to fit your exact specifications.
Features
- Low Cost
- X, Y and Z Outputs
- Small Size Case, 1.50" x 1.50"
- 1/4"-28 UNF Mounting
- 100 mV/g Sensitivity per Channel
- 0.32 Hz to 10 KHz Frequency Range (±3 dB)
- 10% Sensitivity
Datasheet User Manual
|
Dynamic
Performance
|
English
|
SI
|
Sensitivity (±10%)
|
100 mV/g
|
10.2 mV/(ms-2)
|
Measurement Range
|
±50 g
|
±500 ms-2
|
Frequency Range: (±3 dB)
|
0.32 to 10 kHz
|
0.32 to 10 kHz
|
Mounted Resonant Frequency
|
>25 kHz
|
>25 kHz
|
Amplitude Linearity
|
≤1%
|
≤1%
|
Transverse Sensitivity
|
≤5%
|
≤5%
|
Environmental
|
English
|
SI
|
Shock Limit
|
±7,000 g pk
|
±70000 ms-2 pk
|
Temperature Range
|
-65 to +185° F
|
-54 to 85° C
|
|
Electrical
|
English
|
SI
|
Settling Time
|
2.5 sec
|
2.5 sec
|
Excitation Voltage
|
18 to 28 VDC
|
18 to 28 VDC
|
Excitation Constant Current
|
2 to 20 mA
|
2 to 20 mA
|
Output Impedance
|
<100 ohms
|
<100 ohms
|
Output Bias Voltage
|
8 to 12 VDC
|
8 to 12 VDC
|
Electrical Case Isolation
|
>108 ohms
|
>108 ohms
|
Electrical Protection
|
RFI/ESD
|
RFI/ESD
|
Spectral
Noise
|
|
|
(1 Hz)
|
85 µg / √Hz
|
850 (µm/s-2) / √Hz
|
(10 Hz)
|
10 µg / √Hz
|
100 (µm/s-2) / √Hz
|
(100 Hz)
|
2.7 µg / √Hz
|
27 (µm/s-2) / √Hz
|
(1 kHz)
|
1 µg / √Hz
|
10 (µm/s-2) / √Hz
|
Connector Pin-outs
Mechanical
|
English
|
SI
|
Size
|
1.50" x 1.50"
|
38.1x 38.1 mm
|
Weight
|
3 oz
|
85 g
|
Mounting Thread
|
1/4-28 UNF-2B
|
1/4-28 UNF-2B
|
Mounting Torque
|
2 to 5 ft-lb
|
2.7 to 6.8 N-m
|
Sensing Element
|
Ceramic/Shear
|
Ceramic/Shear
|
Case Material
|
Aluminum
|
Aluminum
|
Sealing
|
Potted
|
Potted
|
Connector
|
4-Pin 8SL Circular
|
Mil-C-26482 S1
|
|
|
|
|
|