|
|
|
|
Vibration Simulation System ¢¹
Vibration Controller
|
|
|
|
product
|
Á¦Ç°»ç¾ç |
|
Àû¿ë»ç·Ê |
|
±â¼úÀÚ·á |
|
|
Vibration Controller
RC-1120
RC-1120 supports RANDOM, SHOCK, and SINE vibration tests. Additionally, RANDOM and SHOCK vibration tests based on measured data can be conducted. RC-1120 is a high-performance, all-in-one, digital controller. |
|
¡áFeatures |
¡Ü |
High-performance, all-in-one |
¡Ü |
Easy-to-operate |
¡Ü |
Superior protection from environmental challenges, compact design |
¡Ü |
RANDOM and SHOCK tests based on measured data |
¡Ü |
4 channels for input signals equipped as standard
(each channel includes a charge amplifier.) |
|
|
|
|
Control/Monitor Signal Input |
Number of Chs. |
4 |
Input Signal |
Charge or Voltage |
Signal Output |
Number of Chs. |
1 |
Display |
Type |
EL Display (Yellow) |
Resolution |
512 x 256 dot |
External Input/Output |
1.Remote Control Contact I/O Port
2.Communication port (GP-IB)
3.Printer port (Centronics)
4.Plotter port (RS-232C)
5.Composite Video Signal port (1-1 Vp-p BNC)
6.Analogue XY Signal Output port (software SINE is used) |
Data Storage |
Built-in Memory (256kB) |
Available Hard Copy Printers |
ESC/P command acceptable DOS type printer
Video printer
Plotter |
Ambient Conditions |
0¢¦40¡É, below 85% RH, no condensation |
Dimensions & Mass |
W430 x H150 x D430 mm 13.5kg |
|
|
|
The standard SINE vibration test can be performed easily. |
|
Control Freq. Range |
1-5000 Hz |
Freq. Resolusion |
Less than 10-4 of the output signal freq. |
Control Dynamic Range |
£¾90 dB |
Control Method |
Swept-sine amplitude is controlled by the feedback method |
Averaging Method at Multiple Control Response input |
¡ÜAverage control ¡ÜMax. control,
¡ÜMIN control |
Peak Estimations |
¡ÜCaluculation from the average of the absolute value (EP avg)
¡ÜCaluculation from the rms value (EP rms)}
¡ÜExtraction of the fundamental frequency's peak (Tracking) |
Operation Mode |
Sweep |
Operation or Non-operation of Linear sweep or LOG sweep |
Control object |
Response signal or output voltage |
Limit control |
Available for each control channel or monitor channel |
|
|
|
In the RANDOM vibration test, allthe parts, regardless of resonance frequencies, resonate simultaneously so that failures under actual conditions can be discovered during testing. |
|
Control Freq. Range |
125/250/500/1000/2000/4000 Hz |
Control Lines |
100/200/400/800 lines |
Control Dynamic Range |
£¾65 dB |
Control Method |
PSD control of random signal by the feed-forward method.
¡ÜClosed Loop Control (normal mode)
¡ÜOpen Loop Control
(High Speed SCREENING mode) |
Averaging Method at Multiple Control Response input |
¡ÜAverage control
¡ÜMAX. control |
Reference Spectrum |
A : By definition of break points
(Max. 32 points)
B : By definition of measurd spectrum data
(Option software MEASURE is required) |
|
|
|
This shock controller easily allows SHOCK testing using an electrodynamic (or electro-hydraulic) vibration test system. |
|
Control Freq. Range |
125/250/500/1000/2000/4000 Hz |
Control Lines |
100/200/400 lines |
Control Dynamic Range |
£¾65 dB |
Control Method |
Finite data length waveform control basing
on the feed-forward method |
Reference Waveform |
Difined
SHOCK
waveform |
a.Half-Sine
b.Saw-tooth
c.Trapezoidal
d.Triangle
e.Syntnesized
(General trapezoidal waveform)
f.Haversine |
Measured
waveform |
(Option software
MEASURE is equired) |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|