multi-axial vibration test systems test method closer to real … · 3-axis simultaneous vibration...
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Multi-axial Vibration Test Systems Test Method Closer to Real-world Vibration
Challenging to Any Applications Related to Vibration・・・
World-wide Patented Electrodynamic of “SHINKEN”, Pioneer
Supported by Technological Accumulation First Multi-axial VTS and World-wide Good
U.S. Patent No. 4,748,851 U.K. Patent No. GB2184848B
■ Multi-axial Vibration Generator’s Type & Features
Type HB HT LT LB
Features
●High Frequency ●High Acceleration ●Biaxial/Triaxial
Sequential/Simultaneous Vibration Possible
●High Frequency ●Relatively High Acceleration●Biaxial/Triaxial
Sequential/Simultaneous Vibration Possible
●Large Table ●Biaxial/Triaxial
Sequential/Simultaneous Vibration Possible
●Low Frequency ●Large Table ●Biaxial/Sequential/
Simultaneous Vibration Possible
Frequency
Range
~2,000Hz (for Random) ~1,500Hz* (for Sine)
*Dependent on Table Size
~1,500Hz* (for Random) ~1,000Hz* (for Sine)
*Dependent on Table Size
~700Hz* (for Random) ~500Hz* (for Sine)
*Dependent on Table Size
Vertical :~700Hz* Horizontal:~100Hz
*Dependent on Table Size
Standard
Table Size
200mm□ 250mm□ 320mm□ 400mm□
400mm□ 500mm□ 600mm□ 800mm□
800mm□ 1,800 mm□ 1,000mm□ 1,200mm□ 1,500mm□
500mm□ 1,200 mm□ 600mm□ 1,500 mm□ 800mm□ 1,800 mm□ 1,000mm□
Used for Parts
Small Units Units
Small Systems Systems
Transportation Tests Transportation Tests
Construction
Structure
■ System Model Codes for Multi-axial Vibration Test Systems
Since the development of the first Biaxial Vibration Test System in 1978, installation records of the Multi-axial Vibration
Test Systems have reached over 240 sets with a rapid increase in the number of installations in the last few years.
The trend of the increasing demand for the Multi-axial Vibration Test Systems proves that the requirements for vibration
tests have grown more and more severe and diversified with the rapid requirements in the technology of aircrafts, aero-
space, vehicles, electric and electronic apparatus and architecture, thus being about to drive the conventional single-axis
vibration test out of date.
To meet these requirements, Shinken did take the initiative in developing the Multi-axial Vibration Generators and the
Multi-dimensional Digital Vibration Control Systems and has, for the first time in the world, developed a variety of Multi-axial
Vibration Generators from high-frequency and high-acceleration Vibration Generator (HB and HT Types) for vibration tests of
parts and small units to large-table Vibration Generators (LT and LB Types) for vibration tests of large, heavy specimens and
the low-cost, PC-based Multi-dimensional Digital Vibration Control Systems capable of multi-axial sine control, PSD random
control and waveform replication, thus expanding the applications of the Multi-axial Vibration Test Systems into from
transportation and seismic tests of large, heavy specimens to simulation of the conditions of road-surface excitation
experienced by vehicles while traveling and to standardized vibration tests such as MIL, IEC and JIS.
Owing to the uniquely down-sized structure, the Multi-axial Vibration Generators, which can be easily combined with
environmental chambers, permit temperature-humidity-multi-axial-vibration test.
Biaxial Vibration Generators 70 : HT 72 : HB 74 : LT 76 :LBTriaxial Vibration Generators 71 : HT 73 : HB 75 : LT
2 1 0
Force Output (kgf) per Axis
◎Vibration Generator’s Model Codes
G71-210-040
G-6210-3HT-040
Force Output (kgf) per Axis 10×102=1000
Frequency H : for High Frequency L : for Low Frequency
Actuating Method T : Table directly actuated by
the shaker B : Hydrostatic Bearing directly
actuated by the shaker
Table Size (cm)
1 : Biaxial/Triaxial Sequential Type2 : Biaxial Simultaneous Type 3 : Triaxial Simultaneous Type
Table Size (cm)
◎Power Amplifier’s Model Codes
G14-010-3
8 : Biaxial Type 6 : Triaxial Type
No. of Output Channels Output Power per Channel (KVA)
1
Multi-axial Vibration Test System Of Multi-axial VTS, for 30 Years Since Development of Installation Records exceeding 240 sets
Japanese Patents Nos. 1798847, 1800853 & 3152411* ■Features of Multi-axial Vibration Generator *Obtained in Jan. 2001 While the conventional uniaxial VTS involves troublesome and time-consuming work for specimen handling and vertical
and horizontal tables setting every time a test for one direction is over, Shinken’s Revolutionary Multi-axial VTS
enables not only a quick and easy changeover of vibration directions by one-touch or automatic operation but, a step
forward, biaxial or triaxial simultaneous excitation, resulting in the shortening of test time a cut in the costs of vibration
jigs, the improvement in safety during the handling of tables and specimens, especially when they are large and heavy,
and the realization of more realistic vibration conditions. Thanks to the technique of electrodynamics for excitation and
the employment of the hydrostatic bearing system for guiding the vibration table, together with the world-wide patented
multi-axial excitation technique, the Multi-axial Vibration Generator has the following features:
1. High Waveform Fidelity permitted by the hydrostatic bearing system due to no mechanical friction involved
2. High Eccentric Moment owing to the support of wide areas of moving mass by about 40 micron oil films
3. Easy Maintenance (involving replacement of about 60 liters of turbine oil annually or biennially only) due to
no mechanical wear and tear
4. Long-stroke Displacement (51mmp-p as standard) without sacrificing high frequency responses,
a prominent feature of the electrodynamic vibration generator
X-axisDriving Coil
Vibration Table
Vibration Generator for Y-axis
Y-axis Driving Coil
Air Spring
Vibration
Magnetic Flux Z-axis Guide Shaft Z-axis Guide Bearing
X-axis & Z-axis Guide Bearing
Y-axis Guide Shaft
Y-axis Guide Bearing
Field Coil
Y-axis Aux. Guide Bearing
Y-axis Shaft Coupling Bearing
X-axis GuideBearing
Y-axis & Z-axisGuide Bearing
X-axis GuideBearing
Vibration Generator for X-axis
Z-axis Driving Coil
X-axis Independent Move
Y-axis Independent Move
Z-axis Independent Move
Triaxial (X, Y & Z axes) Move
X-axis & Z-axisGuide Bearing
X-axis
Y-axis
Y-axis Guide Shaft
X-axisGuideShaft
X-axis & Z-axis Guide Bearing
A-A Guide ShaftSection Drawing
●Comparison of Acceleration Sine Waveforms between with Hydraulic Bearing and Mechanical Roller Bearing, both of which are manufactured by Shinken
With Hydrostatic Bearing With Mechanical Roller Bearing5Hz 9.8m/s2 (1G)
10Hz 9.8m/s2 (1G) 10Hz 9.8m/s2 (1G)
●Acceleration Sine Waveforms at Low Frequencieswith Hydraulic Bearing
Frequency:1Hz Acceleration:0.8m/s2 (80gal)
Frequency:2Hz Acceleration:2m/s2 (200gal)
Frequency:3Hz Acceleration:4m/s2 (400gal)
Frequency:5Hz Acceleration:7m/s2 (700gal)
2
3-axis Simultaneous Vibration Test Systems ■G-6-3 Series(HB/HT/LT Type)
☆For G-6-1 Series Sequential Systems, configurations are the same as G-6-3 except Controllers and Power Amplifiers, which are to be for 1ch.
Classification Description Model (Usage etc) Q’ty
Sine Control only
(Level Control Only) Digital Sine Controller G01-035 3
Contr
olle
r
PSD Random Control/Waveform
Reproduction
(Cross-talk Correction Possible)
Shinken’s Control System
Concurrent’s Control System<3-axis
Sine Control with Phase Control also possible >
D-0951-3 (Windows XP)
SignalStar Matrix (Windows XP)
1
1
Power Amplifier
3ch Power Amplifier 3ch Field Power Supply Master Unit (Axis Select)
Air Control Panel Alarm Panel Meter Panel
G14-3 Series G31-3 Series
G14-703 (For Table Centering) (For Malfunctions Alarm)
(For Main Power Connection)
1 1 1 1 1 1
Vibration Generator
Triaxial Vibration Generator Cooling Blower Heat Exchanger
Hydraulic Power Supply Air Compressor Unit
Accelerometer
G71/73/75 Series (29.4kN or smaller) (49kN or larger)
G32 Series (For Table Re-centering) V11-101S/V11-105S
1 3 1 1 1 3
The G-6-3 Series Vibration Test Systems, the ultimate systems forvibration tests at present, are capable of exciting specimens simul-taneously in three directions, 2 horizontal directions (X & Y) and 1 vertical direction (Z), thus realizing more existent vibrations thanany conventional single-axial vibration systems. Shinken’s globally-patented unique design for the triaxial vibrationgenerators allows restraint on cross-talks among the three axes,thus making triaxial simultaneous control relatively easy. Also available are HB Type, HT Type and LT Type Triaxial SequentialVibration Test Systems with 1ch Power Amplifiers and relevantControllers.
■ Standard Configurations Mode l : G71 -220-0 50
● Block Diagram 3-axis Simultaneous Vibration Test SystemModel : G-6210-3HT-040
PC &TFT
Power UnitG14-010
Power UnitG14-010
Power UnitG14-010
Air ControlPanel
3ch FieldPower Supply
Printer
3-axis Vibration Control System (Concurrent)
3ch Charge Amplifiers
(for monitor)
Air Compressor
Hydraulic Power Supply
Cooling Blowers×3
Exhaustion
Rack for Aux. Units
3ch Charge Amplifiers
(for control)
Master UnitG14-703
Alarm Panel
3ch Power Amplifier Control Console
Acceleration Signals from Accelerometers on the Specimen for Monitor
3-axis Vibration Generator
G71-210-040
3
Power Required: 200/220/380/400/415 50/60Hz About 85KVA
■ Specifications
Max. Force OutputUpper
Frequency*Max. Rating
(with no load) System Model
3ch Power
Amplifier
Vibration Generator
Model Sine
kN(kgf) Random
rms kN(kgf)
SineHz
RandomHz
Accele-ration
m/s2(G)
Velo-citym/s
Displace-ment
mmp-p
Table Size mm
Mov- able
Weight Kg
Max.Pay-loadKg
PowerRe-
quiredKVA
Cooling
Method
G-6130-3HB-020
G-6150-3HB-020
G-6170-3HB-026
G-6210-3HB-026
G-6220-3HB-032
G-6230-3HB-032
G-6250-3HB-040
G-6265-3HB-040
G14-003-3
G14-005-3
G14-005-3
G14-010-3
G14-015-3
G14-025-3
G14-050-3
G14-065-3
G73-150-020
G73-150-020
G73-210-026
G73-210-026
G73-220-032
G73-230-032
G73-250-040
G73-250-040
2.9(300)
4.9(500)
6.8(700)
9.8(1,000)
19(2,000)
29(3,000)
49(5,000)
63(6,500)
1.8(180)
3.0(300)
3.8(390)
6.8(700)
11(1,200)
17(1,800)
34(3,500)
45(4,600)
1,500
1,500
1,350
1,350
1,200
1,200
1,000
1,000
2,000
2,000
2,000
2,000
2,000
2,000
2,000
2,000
113(11)
188(19)
167(17)
239(24)
280(28)
420(42)
490(50)
637(65)
1
1
0.9
1.2
1
1.1
1.3
1.4
26
26
26
26
26
26
26
26
200□
200□
260□
260□
320□
320□
400□
400□
26
26
41
41
70
70
100
100
50
50
100
100
200
200
300
300
26
28
45
60
85
170
260
360
Air
Air
Air
Air
Air
400 ℓ/min
570 ℓ/min
820 ℓ/min
G-6150-3HT-040
G-6150-3HT-060
G-6150-3HT-080
G-6150-3LT-110
G14-005-3
G71-150-040
G71-150-060
G75-150-080
G75-150-110
4.9(500) 3.0(300)
1,000
800
500
350
1,500
1,000
700
500
89(9)
65(6.6)
35(3.5)
19.6(2)
1 51
400□
600□
800□
1,000□
55
75
140
250
100
100
200
200
28 Air
G-6210-3HT-040
G-6210-3HT-060
G-6210-3HT-080
G-6210-3LT-110
G-6210-3LT-112
G14-010-3
G71-210-040
G71-210-060
G71-210-080
G75-210-110
G75-210-112
9.8(1,000) 6.8(700)
1,000
800
700
350
300
1,500
1,200
1,000
500
500
166(16)
122(12)
57(5.8)
37(3.8)
30(3.1)
1.2 51
400□
600□
800□
1,000□
1,200□
60
80
170
260
320
100
100
200
200
300
60 Air
1
G-6220-3HT-050
G-6220-3HT-080
G-6220-3LT-110
G-6220-3LT-112
G-6220-3LT-115
G14-015-3
G71-220-050
G71-220-080
G75-220-110
G75-220-112
G75-220-115
19(2,000) 11(1,200)
800
500
350
300
250
1,200
1,000
500
350
350
178(18)
108(11)
71(7.2)
52(5.3)
35(3.6) 0.9
51
500□
800□
1,000□
1,200□
1,500□
110
180
275
375
550
200
300
500
500
500
85 Air
G-6230-3HT-050
G-6230-3HT-080
G-6230-3LT-110
G71-230-050
G71-210-080
G75-230-110
800
500
350
1,200
1,000
500
267(27)
163(16)
106(10)
1.1
500□
800□
1,000□
110
180
240
200
300
500
G-6230-3LT-112
G-6230-3LT-115
G14-025-3
G75-230-112
G75-230-115
29(3,000) 17(1,800)
300
250
350
350
78(8)
53(5.4)0.9
51
1,200□
1,500□
375
550
500
500
170Water
400 ℓ/min
G-6250-3HT-060
G-6250-3HT-080 G14-050-3
G71-250-060
G71-250-080 34(3,500)
800
700
1,200
1,000
337(34)
245(25)1.3
600□
800□
145
200
300
300260
Water
570 ℓ/min
G-6250-3LT-110
G-6250-3LT-115
G-6250-3LT-118
G14-035-3
G75-250-110
G75-250-115
G75-250-118
49(5,000)
27(2,750)
350
250
200
500
350
350
171(17)
81(8.3)
70(7.1)
0.9
51 1,000□
1,500□
1,800□
285
600
700
500
700
1,000
210Water
520 ℓ/min
G-6265-3HT-060
G-6265-3HT-080 G14-065-3
G71-265-060
G71-265-080 44(4,550)
800
700
1,200
1,000
386(39)
289(29)1.4
600□
800□
165
220
300
300360
Water
820 ℓ/min
G-6265-3LT-110
G-6265-3LT-115
G-6265-3LT-118
G14-050-3
G75-265-110
G75-265-115
G75-265-118
63(6,500)
34(3,570)
350
250
200
500
350
350
223(22)
102(10)
88(9)
1
51 1,000□
1,500□
1,800□
285
620
720
500
700
1,000
280Water
750 ℓ/min
Remarks:
1.*The upper frequency for sine is a frequency up to which the max. force output can be achieved, while that for random is a frequency up to
which a PSD random pattern having a -6dB/oct or steeper roll-off over the upper frequency for sine(or lower) can be controlled. The lower
frequencies for control and for excitation are 2Hz and 0.5Hz, respectively unless especially requested.
2.All the Power Amplifiers are of an air cooling type.
3.The HT and LT type systems having a max. force output of 2.94kN(300kgf), 6.86kN(700kgf) or 19.6kN(2,000kgf) are also available.
4.With the employment of the 1-ch Power Amplifiers instead of the 3-ch Power Amplifier, the 3-axis (Automatic) Sequential Vibration Test
Systems are also available, which can be upgraded into the Triaxial Simultaneous Vibration Test Systems in the future by adding 2-ch Power
Amplifiers and necessary controllers.
5.Vibration Generators with other table sizes than shown above are also available upon request.
6.Power required is 3-phase 200/220/380/415V, 50/60Hz.
7.For better acceleration distribution on the table, the movable weight will be heavier by 10 to 30kg for addition of proper balance weights.
8.A System having a bigger force output and/or larger displacement than shown above is also available upon request.
4
☆For G-8-1 Series Sequential Systems, configurations are the same as G-8-2 except Controllers and Power Amplifiers, which are to be for 1ch.
2-axis Simultaneous Vibration Test Systems ■ G-8-2 Series(HB/HT/LT Type)
Classification Description Model (Usage etc) Q’ty
Sine Control only
(Level Control only) Digital Sine Controller G01-035 2
Contr
olle
r
PSD Random Control/Waveform
Reproduction
(Cross-talk Correction Possible)
Shinken’s Control System
Concurrent’s Control System<3-axis
Sine Control with Phase Control also possible>
D-0951-2 (Windows XP)
SignalStar Matrix (Windows XP)
1
1
Power Amplifier
2ch Power Amplifier 2ch Field Power Supply Master Unit (Axis Select)
Air Control Panel Alarm Panel Meter Panel
G14-2 Series G31-2 Series
G14-703 (For Table Centering) (For Malfunctions Alarm)
(For Main Power Connection)
1 1 1 1 1 1
Vibration Generator
Triaxial Vibration Generator Cooling Blower Heat Exchanger
Hydraulic Power Supply Air Compressor Unit
Accelerometer
G70/72/74 Series (29.4kN or smaller) (49kN or larger)
G32 Series (For Table Re-centering) V11-101S/V11-105S
1 2 1 1 1 2
The G-8-2 Series Vibration Test Systems are capable of exciting
a specimen in two horizontal & vertical) directions simultaneously
as well as in each direction independently, thus suiting vibration
tests of specimens, for which excitation in the“Major Horizontal”
direction, either back & forth or right & left, can precipitate over 90%
of the hidden flaws detectable with excitation in the horizontal directions.
Also available are HB Type, HT Type and LT Type Biaxial Sequential
Vibration Test Systems with 1ch Power Amplifiers and relevant
Controllers.
■ Standard Configurations
Model : G70-210-060 《For Combined Environmental Tests》
● Block Diagram 2-axis Simultaneous Vibration Test System
with Environmental Chamber Model : G-8210-2HT-060
PC &TFT
Power UnitG14-010
Power UnitG14-010
Air ControlPanel
2ch FieldPower Supply
Printer
2-axis Vibration Control System (Concurrent)
Air Compressor
Hydraulic Power Supply
Cooling Blowers×2
Exhaustion
Rack for Aux. Units
2ch ChargeAmplifier
(for control)
Master UnitG14-703
Alarm Panel
2ch Power Amplifier
Control Console
2-axis Vibration Generator G70-210-060 with
Espec’s Chamber PVL-5K
Power Required: 200/220/380/400/415 50/60Hz About 38KVA
Power Required: 200/220/380/400/415 50/60Hz About 40A
5
■ Specifications
Max. Force OutputUpper
Frequency*Max. Rating
(with no load) System Model
2ch Power
Amplifier
Vibration Generator
Model Sine
kN(kgf) Random
rms kN(kgf)
SineHz
RandomHz
Accele-ration
m/s2(G)
Velo-citym/s
Displace-ment
mmp-p
Table Size mm
Mov- able
Weight Kg
Max.Pay-loadKg
PowerRe-
quiredKVA
Cooling
Method
G-8130-2HB-020
G-8150-2HB-020
G-8170-2HB-026
G-8210-2HB-026
G-8220-2HB-032
G-8230-2HB-032
G-8250-2HB-040
G-8265-2HB-040
G14-003-2
G14-005-2
G14-005-2
G14-010-2
G14-015-2
G14-025-2
G14-050-2
G14-065-2
G72-150-020
G72-150-020
G72-210-026
G72-210-026
G72-220-032
G72-230-032
G72-250-040
G72-250-040
2.9(300)
4.9(500)
6.8(700)
9.8(1,000)
19(2,000)
29(3,000)
49(5,000)
63(6,500)
1.8(180)
3.0(300)
3.8(390)
6.8(700)
11(1,200)
17(1,800)
34(3,500)
45(4,600)
1,500
1,500
1,350
1,350
1,200
1,200
1,000
1,000
2,000
2,000
2,000
2,000
2,000
2,000
2,000
2,000
147(15)
245(25)
198(20)
280(28)
326(33)
490(50)
544(55)
707(72)
1
1
0.9
1.2
1
1.1
1.3
1.4
26
26
26
26
26
26
26
26
200□
200□
260□
260□
320□
320□
400□
400□
20
20
35
35
60
60
90
90
50
50
100
100
200
200
300
300
18
22
28
38
65
125
180
250
Air
Air
Air
Air
Air
280 ℓ/min
390 ℓ/min
560 ℓ/min
G-8150-2HT-040
G-8150-2HT-060
G-8150-2HT-080
G-8150-2LT-110
G14-005-2
G70-150-040
G70-150-060
G74-150-080
G74-150-110
4.9(500) 3.0(300)
1,000
800
500
350
1,500
1,000
700
500
122(12)
81(8.3)
39(4)
20(2)
1 51
400□
600□
800□
1,000□
40
68
125
240
100
100
200
200
22 Air
G-8210-2HT-040
G-8210-2HT-060
G-8210-2HT-080
G-8210-2LT-110
G-8210-2LT-112
G14-010-2
G70-210-040
G70-210-060
G70-210-080
G74-210-110
G74-210-112
9.8(1,000) 6.8(700)
1,000
800
700
350
300
1,500
1,200
1,000
500
500
217(22)
144(14)
61(6.2)
39(4)
32(3.3)
1.2 51
400□
600□
800□
1,000□
1,200□
45
68
160
250
300
100
100
200
200
300
38 Air
1
G-8220-2HT-050
G-8220-2HT-080
G-8220-2LT-110
G-8220-2LT-112
G-8220-2LT-115
G14-015-2
G70-220-050
G70-220-080
G74-220-110
G74-220-112
G74-220-115
19(2,000) 11(1,200)
800
500
350
300
250
1,200
1,000
500
350
350
206(21)
118(12)
73(7.5)
54(5.5)
36(3.7) 0.9
51
500□
800□
1,000□
1,200□
1,500□
95
165
265
360
530
200
300
500
500
500
65 Air
G-8230-2HT-050
G-8230-2HT-080
G-8230-2LT-110
G70-230-050
G70-210-080
G74-230-110
800
500
350
1,200
1,000
500
309(31)
178(18)
110(11)
1.1
500□
800□
1,000□
95
165
265
200
300
500
G-8230-2LT-112
G-8230-2LT-115
G14-025-2
G74-230-112
G74-230-115
29(3,000) 17(1,800)
300
250
350
350
81(8.3)
55(5.6)0.9
51
1,200□
1,500□
360
530
500
500
125Water
280 ℓ/min
G-8250-2HT-060
G-8250-2HT-080 G14-050-2
G70-250-060
G70-250-080 34(3,500)
800
700
1,200
1,000
392(40)
272(27)1.3
600□
800□
125
180
300
300180
Water
390 ℓ/min
G-8250-2LT-110
G-8250-2LT-115
G-8250-2LT-118
G14-035-2
G74-250-110
G74-250-115
G74-250-118
49(5,000)
27(2,750)
350
250
200
500
350
350
181(18)
84(8.6)
72(7.3)
0.9
51 1,000□
1,500□
1,800□
270
580
680
500
700
1,000
140Water
300 ℓ/min
G-8265-2HT-060
G-8265-2HT-080 G14-065-2
G70-265-060
G70-265-080 44(4,550)
800
700
1,200
1,000
439(44)
303(30)1.4
600□
800□
145
210
300
300250
Water
560 ℓ/min
G-8265-2LT-110
G-8265-2LT-115
G-8265-2LT-118
G14-050-2
G74-265-110
G74-265-115
G74-265-118
63(6,500)
34(3,570)
350
250
200
500
350
350
235(24)
106(10)
91(9.2)
1
51 1,000□
1,500□
1,800□
270
600
700
500
700
1,000
220Water
490 ℓ/min
Remarks:
1.*The upper frequency for sine is a frequency up to which the max. force output can be achieved, while that for random is a frequency up to
which a PSD random pattern having a -6dB/oct or steeper roll-off over the upper frequency for sine(or lower) can be controlled. The lower
frequencies for control and for excitation are 2Hz and 0.5Hz, respectively unless especially requested.
2.All the Power Amplifiers are of an air cooling type.
3.The HT and LT type systems having a max. force output of 2.94kN(300kgf), 6.86kN(700kgf) or 19.6kN(2,000kgf) are also available.
4.With the employment of the 1-ch Power Amplifiers instead of the 2-ch Power Amplifier, the 2-axis (Automatic) Sequential Vibration Test
Systems are also available, which can be upgraded into the Triaxial Simultaneous Vibration Test Systems in the future by adding 1-ch Power
Amplifiers and necessary controllers.
5.Vibration Generators with other table sizes than shown above are also available upon request.
6.Power required is 3-phase 200/220/380/415V, 50/60Hz.
7.For better acceleration distribution on the table, the movable weight will be heavier by 10 to 30kg for addition of proper balance weights.
8.A System having a bigger force output and/or larger displacement than shown above is also available upon request.
6
2-axis Sequential Vibration Test Systems ■ G-8-1 Series(LB Type)
■ Specifications
Max. Force OutputUpper
Frequency*Max. Rating
(with no load) System Model
1ch Power
Amplifier
Biaxial Vibration Generator
Model
Sine kN(kgf)
Randomrms
kN(kgf)
Hori-zontal
Hz
Verti-calHz
Accele-ration
m/s2(G)
Velo-citym/s
Displace-ment
mmp-p
Table Size mm
Mov- able
Weight Kg
Max.Pay-loadKg
PowerRe-
quiredKVA
Cooling
Method
G-8150-1LB-040
G-8150-1LB-060
G-8150-1LB-080
G-8150-1LB-110
G14-005-1
G76-150-040
G76-150-060
G76-150-080
G76-150-110
4.9(500) 3.0(300) 100
700
500
400
300
61(6.2)
49(5)
32(3.3)
27(2.7)
1 30
400□
600□
800□
1,000□
80
100
125
160
100
100
200
200
18 Air
G-8210-1LB-060
G-8210-1LB-080
G-8210-1LB-110
G-8210-1LB-112
G14-010-1
G76-210-060
G76-210-080
G76-210-110
G76-210-112
9.8(1,000) 6.8(700) 100
500
400
300
200
81(8.3)
57(5.8)
49(5)
36(3.7)
1.2 51
600□
800□
1,000□
1,200□
120
170
200
270
200
200
300
300
25 Air
G-8220-1LB-080
G-8220-1LB-110
G-8220-1LB-112
G-8220-1LB-115
G14-015-1
G76-220-080
G76-220-110
G76-220-112
G76-220-112
19(2,000) 11(1,200) 100
400
300
300
100
103(10.5)
89(9)
65(6.6)
29(2.9)
0.9 51
800□
1,000□
1,200□
1,500□
190
220
300
670
300
300
500
500
40 Air
G-8230-1LB-080
G-8230-1LB-110
G-8230-1LB-112
G-8230-1LB-115
G14-025-1
G76-230-080
G76-230-110
G76-230-112
G76-230-115
29(3,000) 17(1,800) 100
400
300
300
100
154(15.7)
133(13.6)
98(10)
43(4.4)
0.9 51
800□
1,000□
1,200□
1,500□
190
220
300
670
300
300
500
500
50 Air
G-8250-1LB-110
G-8250-1LB-112
G-8250-1LB-115
G-8250-1LB-118
G14-035-1
G76-250-110
G76-250-112
G76-250-115
G76-250-118
49(5,000) 30(3,000) 100
300
300
200
100
204(20.8)
150(15.3)
70(7.1)
57(5.8)
0.9 51
1,000□
1,200□
1,500□
1,800□
240
325
700
850
300
300
500
500
80 Water
230ℓ/min
Remarks 1.*The upper frequency is a frequency up to which the max. force output can be achieved. The lower frequencies for control and for excitation are 2Hz and 0.5Hz, respectively unless especially requested. 2.All the Power Amplifiers are of an air cooling type. 3.The systems having a max. force output of 2.94kN(300kgf) and 6.86kN(700kgf) or are also available. 4.Vibration Generators with other table sizes than shown above are also available upon request. 5.Power required is 3-phase 200/220/380/415V, 50/60Hz. 6.A System having a bigger force output and/or larger displacement than shown above is also available upon request.
Classification Description Model (Usage etc) Q’ty
Sine Control only
Various Control*1
Digital Sine Controller
Digital Vibration Controller
G01-035
D-57 Series
1
1
Contr
olle
r
Various Control
Functions*2
Shinken’s Cont. System
Concurrent’s Cont. System
D-0951-1
SignalStar Matrix
1
1
Power Amplifier
1ch Power Amplifier Field Power Supply
Master Unit (Axis Select) Air Control Panel
Alarm Panel
G14-1 Series G31 Series G14-701
(Table Centering)(Malfunctions Alarm)
1 1 1 1 1
Vibration Generator
Biaxial Vibration Generator Cooling Blower Heat Exchanger
Hydraulic Power Supply Air Compressor Unit
Accelerometer
G76 Series (29.4kN or smaller)(49kN or larger)
G32 Series (Table re-centering)V11-101S/V11-105S
1 2/1 1 1 1 2
The G-8-1 Series Vibration Generators have three driving elements; two elements (push-pull type) for horizontal excitation and one
element for vertical excitation, thus permitting an easy changeover of excitation directions (vertical to horizontal or vice versa)
by one-touch switch operation or by automatic operation with the sequencer unit. Owing to high eccentric moments, the Vibration
Generators can be equipped with large aux. tables, thus suiting them to transportation and seismic tests of large and heavy
specimens. Also removing the aux. table or changing the aux. tables to smaller one enables relatively high-frequency and high-
acceleration tests of small specimens. The G-8-1 Series can be upgraded unto simultaneous exciting systems by adding another
Power Amplifier and a necessary Controller.
G-8220-1LB-080
*1 Not upgraded to simultaneous control *2 Can be upgraded to 2-axis simultaneous control
7
Digital Vibration Controllers ■D-57 Series <For Sequential Tests>
M o d e l SINE RANDOM SHOCK
D-5700 ○ ○ ○
D-5701 ○ ○ ×
D-5702 ○ × ×
D-5704 ○ × ○
Charge Ampl i f ier 4ch, expandable up to 8ch
C P U Celeron D 2GHz
M a i n M e m o r y 256MB or bigger
H a r d D i s k 80GB
D i s p l a y 15 inch TFT, 1024×768
O t h e r s 10/100 LAN Controller, DVD-RW
F r e q u e n c y R a n g e 0.4Hz~4,000Hz (with Linear or Log. Sweep Mode)
D y n a m i c R a n g e 100dB
Sweep Pattern Set Any combinations of ACC, VEL & DISP
C o n t r o l M o d e Selectable from 1-point, Average and Max.-point
O t h e r F u n c t i o n s Series Test, Resonant Dwell (option)
C o n t r o l S i g n a l s Power Spectral Density (PSD), Pure Random
F r e q u e n c y R a n g e 0~4KHz in 110/225/450/900/1800 lines
D y n a m i c R a n g e 95dB
O t h e r F u n c t i o n s Schedule Test for automatic axis change control
C o n t r o l W a v e f o r m Half Sine, Saw Tooth & Trapezoidal(Rectangular)
F r e q u e n c y R a n g e 0~22,000Hz, automatic selection
P u l s e H e i g h t & D u r a t i o n 9.8~9800m/s2(1~1000G), 0.5~3000msec
P u l s e D e f i n i t i o n MIL, JIS and User Defined
The D-57 Series Digital Vibration Controllers, stand-along type composed mainly of
CPU (Celeron/Pentium), 15 inch TFT and 4ch charge amplifier board, are capable of
of Sine, PSD Random and Classical Shock control. Also automatic sequential
control (Z<vertical>⇒X⇒Y<horizontal> for 3-axis VTSs or Z⇒X for 2-axis VTSs) of
Sine and PSD Random is possible with the optional series test unit.
《PCs <OS:Windows XP> with USB ports may be used instead if so requested》
WindowsXP
■ Software Configurations for Each Model
■ Hardware Standard Configurations
★ SOFTWARE Specifications
PSD random tests stipulated by IEC, MIL, NAVMAT, ASTM etc can be doneby setting a frequency and power spectral density at a break point for eachaxis. CSV data measured and processed with an environmental data recordercan be converted and also used as a PSD pattern.
Fixed-frequency and swept-sine control can be easily carried out by man- machine dialog. Also possible are sine oscillator program and series tests of plural test conditions at a time (including automatic axis changeover).
Classical shock waveforms (Half Sine, Saw Tooth & Trapezoidal/Rectangular)
can be easily produced by only setting pulse heights and durations.
Optionally available is 16K point waveform reproduction program (TTH)
■ Sine Control Software
■ PSD Random Control Software
■ Classical Shock Control Software
8
3-axis Simultaneous Vibration Control System Model : D-0951-3 <OS : Windows XP>
★ Software Specifications ■ PSD Random Control Software
Cont ro l F requency 100, 200, 500, 1K & 2KHz in 100/200/400/800 lines
C o n t r o l S i g n a l s Power Spectral Density (PSD), Pure Random
B r e a k P o i n t s User defined up to 800 points CSV data (conversion software available)
Cross-talk Correction ON/OFF Selectable
■ Long-time Waveform Reproduction Software
I n p u t S i g n a l s File Data (specified format, ASCII)
D a t a L e n g t h 512 ~ 20M points
C on t r o l F r e q u e nc y 0.2~2,000Hz <same as PSD Random>
Cross-talk Correction ON/OFF Selectable
■ Sine Software <1 axis only>
C o n t r o l A x i s 1 axis each <Z⇒X⇒Y series test available>
Control Frequency 0.5 ~ 1,000Hz (Sweep Log./Lin. selectable)
Cont ro l Funct ion Acceleration/Velocity/Displacement
★ A combination of D-0951-3 (for 3D PSD random/simulation) and D-57 (for single-axis sine) is also available as one system.
The D-0951-3 is a PC-based digital control system having
3-channel closed-loop control facilities for PSD Random and
Waveform Reproduction tests as well as 1-ch control for Sine test.
The D-0951-3 consists of a personal computer and the down-
sized control unit comprising several processing boards.
Employment of a general-purpose PC permits for ease of operation,
while the control unit with unique FFT processing circuits
and data p rocess ing c i rcu i ts a l l ows h igh-speed FFT
conversion, (PSD) data processing and IFFT conversion.
3chVibration Meters
X-axis Y-axis Z-axis ACC. Signals
X-axis Z-axis Y-axis
To Power Amplifiers
PIODIO(option)
PersonalComputer
<OS :Windows XP>
TFT
Keyboard& Mouse
Printer Extension I/O Bus Board
Extension I/O Bus Board
PIO Board
ExtendedMemory
Digital Signal Processing Board
DSP/C40
D/A ConverterDSPC40-DAC416 bits, 4ch A/D Converter
DSPC40-AD8 16 bits, 8ch
ProgrammableLow Pass FilterDSPC40-FLT (LPF 3ch×2)
ProgrammableLow Pass FilterDSPC40-FLT (LPF 3ch w/Relay)
Fixed-frequency and swept-sine controls for one axis are
available. Also available is a series (sequential) test of plural
test conditions with each axis being automatically
changed in order of Z⇒X⇒Y (as standard).
A certain period <up to 11 hours in the case of 20M points with 200Hz
sampling> of time-domain waveforms once stored in the HD can be reproduced
for simulation of earthquakes, automotive road surface excitation conditions etc.
The D-0951-2 Biaxial Control System and D-0951-1 Single-axis Control System (expandable to multi-axial control) are also available.
9
PSD random tests stipulated by IEC, MIL, NAVMAT, ASTM etc can be done
by setting a frequency and power spectral density at a break point for each
axis. CSV data measured and processed with an environmental data recorder
can also be converted and used as a PSD pattern.
■ SignalStar* High-performance・Multi-function Real-time Multi-axial Control System
■ PSD Random Control Software
■ Sine Control Software
■ Time-domain Replication Software
P C S p e c i f i c a t i o n sCPU: Quad Core Xeon 3GHz*1 Memory:4GB
OS: Windows XP Professional or Vista
No. of Control ChannelsUp to 3 channels (standard) Up to 16 channels (option)
I n p u t C h a n n e l s Select from 8 (standard), 16 and 32 channels
Control Dynamic Range Over 120dB
Sine 4KHz
PSD Random 4KHz
1 A
xis
Simulation 2KHz
Sine 2KHz
PSD Random 2KHz Upp
er F
requ
ency
3 Axe
s
Simulation 2KHz
F r e q u enc y Re so l u t i o n 25, 50, 100, 200, 400, 800, 1600, 3200, 6400 lines
C o n t r o l S i g n a l s Power Spectral Density (PSD), Pure Random
B r e a k P o i n t s User defined up to 200 points
CSV data (conversion software standard)
O t h e r F u n c t i o n s Cross-talk Correction, Multi-Coherence Correction
S w e e p M o d e Linear(Hz/sec) or Log.(Oct/min, Dec/min)
S w e e p P a t t e r n S e t Any combinations of ACC, VEL & DISP
P h a s e D i f f e r e n c e S e t Between Axes at 0~359°in 1°
O t h e r F u n c t i o n s Cross-talk Correction, Resonant Dwell (one-axis only)
F r e q u e n c y R e s o l u t i o n 25, 50, 100, 200, 400, 800, 1600, 3200, 6400 lines
Target Time-domain Data ASCII/CSV formatted data can be read
S a m p l e R a t e 51.2 – 25600Hz
R e p r o d u c t i o n T i m e As long as HD allows (8 hours for 3-axis with 500MB)
PSD random tests stipulated by IEC, MIL, NAVMAT, ASTM etc can be done
by setting a frequency and power spectral density at a break point for each
axis. CSV data measured and processed with an environmental data recorder
can be converted and used as a PSD, CSD, COH pattern.
SignalStar Matrix* Multi-axis Vibration Control System unites all the new ABACUS* DSPcentric hardware platform
with the highly acclaimed vibration control software to produce a complete and fully integrated solution redefining
the boundaries of vibration testing. The greatly intuitive User Interface makes it easy to setup and run the most
sophisticated single and multi-axis vibration tests to the top specifications in the industry.
*Registered Trademark of Data Physics Corporation USA and distributed in Japan by Concurrent Nippon Corporation
★ Specifications of Hardware & Software
★ SignalStar Software Specifications
Continuous & step swept-sine controls with vibration levels of each axis
and phase differences between axes being set are possible. Also possible
is a Resonant Dwell test.
Time-domain waveforms once stored in the Hard Desk can be reproduced
for simulation of automotive road surface excitation conditions ,earthquakes
etc. Time-domain Data can be reproduced as long as the HD allows.
* Higher clock frequency processor may be available, dependent on release by tip make
10
■ Special Systems
■Typical Specifications [Model:G-6230S-3HB-032-4]
Line of Products ●Electro-dynamic Vibration Test Systems ●Vibration Controllers ●Vibration Meters
Website : www.shinken-ltd.co.jp
e-mail : [email protected] HEAD OFFICE : KOJIMACHI SANKO BLDG. 3F,
6-4 KOJIMACHI,
CHIYODA-KU, TOKYO, 102-0083, JAPAN
TEL : 03(3261)3211 FAX : 03(3264)2930
Vibration Directions 3 directions of X, Y (horizontal) and Z (vertical)
Max. Force Output Sine:29.4kN (3000kgf), Random:20.5kN (2100kgf)
Max. Acceleration Sine:26.7m/s2 (2.7G), Random:18.7m/s2 (1.9G)
Max. Velocity Continuous: 1m/s, Transient: 1.4m/s
Max. Displacement X, Y: 400mmp-p , Z: 200mmp-p
Frequency Range 0.2 ~ 100Hz
Table Size (Weight) 1.5m×1.5m (1,100kg - total movable weight)
Vibration Directions 3 directions of X, Y (horizontal) and Z (vertical)
Max. Force Output X, Y: 19.6kN (2000kgf), Z: 29.4kN (3000kgf)
Max. Acceleration X, Y: 170m/s2 (17.3G), Z: 255m/s2 (26G)
Max. Velocity X, Y: 1m/s , Z: 1.5m/s
Max. Displacement X, Y: 60mmp-p , Z: 100mmp-p
Frequency Range X, Y: 0.1 ~ 500Hz , Z: 0.1 ~ 1000Hz
Table Size (Weight) 320×320mm (115kg - total movable weight)
Max. Payload 750kg per shaker
This system, comprising 4 sets of triaxial vibration generator system,
is aimed at simulating road-surface excitation conditions experienced
by vehicles for ride-comfort studies, car body studies and road noise
studies which require high waveform fidelity and a wide frequency
range, which can’t be achieved by hydraulic shakers.
■ Automobile Road-surface Excitation Simulator[4-wheels・3-axis Vibration Test System]
■ Large-stroke 3-axis Simultaneous Earthquake Simulator[Model:G-6230-3LT-115 for Calibration of Seismometers]
■ Combined Environmental Test Systems [CS Series ]
[With EspecK Series Chamber]
Multi-axial shakers can be combined with environmental chambers,
permitting for easy temperature-humidity-vibration tests in the
horizontal direction(s) as well as the vertical direction. As shown
right, the new sealing structure, coupled with automatic shaker
up-and-down mechanisms, allows easy combining of a shaker with
a chamber.
With large stroke of 400mmp-p for horizontal and 200 mmp-p forvertical, this system can be used for simulation of earthquakes.
● Distributor