EMIC CORPORATION

Vibration Testing Product Catalog

Every item in the world experiences vibrations!

9.8 m/s2 [1 G] at 2.8 Hz

Swing in the park

70.7 m/s2 [7.2 G] rms (137 dB)from 20 Hz to 8 kHz Launch of a rocket
100,000 m/s2 [10,000 G]
at 250 Hz Motion of F1 engine piston

9.9 m/s2 [1.01 G] at
220 HzVibrations of cell-phone02

Vibration Testing Products Catalog
TABLE OF CONTENTS
Technological advances bring about rapidfire
succession in each field of industry,and produce many epoch-making products.

… 05

Endures vibrations… 06

FL Series Vib. Test. Sys. [Large Disp.] … 12

for highly advanced products.

FV Series Vib. Test. Sys. [Ultra High Speed] … 13
FT Series Vib. Test. Sys. [Transport]… 14

FC Series Vib. Test. Sys. [Large Water-cooled] … 15
FP Series Vib. Test. Sys. [Permanent Magnet] … 16

It is EMIC that provides testing systems andsolution to offer various tests such as vibration,
quality

Applications

FH Series Vib. Test. Sys. [High Speed] … 10

"Excellent Durability" guaranteed are necessary

environmental,… 04

F Series Vibration Testing System [STD] … 08

Furthermore, reliability and safety withcombined

Lineupassurance,

quality control, reliability, durability, etc.

FM Series Vib. Test. Sys. [Triaxial Electrodynamic ] … 18
FB Series Vib. Test. Sys. [Triaxial Electric Servo ] … 19
FS Series Shock Test System [Shock]… 20

Power Ampliﬁer… 21

Energy Saving Drive Sys. [ECO-Vibe neo] … 22
Compact Vibration Generator System … 24

We support each customer with the highest
product and quality and, as a partner, will

510 Series… 24

９５１４ Series… 26

contribute to people, society and the future.

Power Ampliﬁer… 28

Vibration Control System DCS-98000MJ … 30
Option… 32

Horizontal Testing Solution… 32

Vertical Auxiliary Table… 33

Cubic Style Fixture… 33

Add-on Mechanism for Vib. Generator … 34
Add-on Mechanism for Slip Table… 34

Others [CE Marking]… 34

Vibration-Temperature (Humidity) Combined Environmental … 36
Reliability Test System

43.4 m/s [4.43 G] rms from
5 Hz to 500 Hz Fighter Jets (Max. 9 G)
2

10.764 m/s [1.09 G] from2 Hz to 33 Hz
2

Equivalent to upper 6 seismic intensity

VC Series General Purpose Vib-Tech Chamber® … 36
EHVC Series RapidVib-Tech Chamber®

… 38

HALT/HASS… 39

EVTC Series Highly Accelerated Life Test System
Application Products… 40

Vibration Measuring Instruments… 44

Pre-charge Ampliﬁer… 45

Accelerometer… 46

Modernization Program… 48

Vibration Isolation and Noise Control… 49

Contracted Test Services… 50

Technical Notes… 52

Vibration Generator Selection… 54

Armature Table Hole Pattern and Size … 55

5.7 m/s2 [0.58 G] rms
from 2 Hz to 250 Hz
Vibrations in Commuter Express※The vibration level mentioned above introduces the representative level and maximum, not for specifying a real vibration environment.
Electro Mechanical Instrument & Components

03Lineup
Uniaxial Vibration Testing System

Ve l o c i t y, D i sp l a c e me n t

FV Series Ultra high speed→Page 13

FH Series

High speed→Page 10

FL Series→Page 12

FT Series→Page 14

F Series→Page 8Large displacement

Transportation

FC Series Large water-cooled→Page 15

Standard

Compact Vibration Series Permanent magnet→Page 24Rate d Fo r c e

Velocity, Displacement

Triaxial Vibration Testing System

FM Series Triaxial electrodynamic→Page 18

FB Series→Page 19

Triaxial electric servo

Fr e q u e n c yPower consumption

Energy-saving Vibration Testing System
F Series→Page 8

FP01｜FP02

FP Series→Page 16

Standard

Permanent magnet

FP10｜FP20

Rate d Fo r c e

04

Applications

Structure analysis (building, apartment, bridge,
earthquake-related)

Damage evaluation (concrete structure, bridge)

4

3

3

5

5

3

3

5

3

5

2

4

5

3

3

2

5

4

5

1

5

2

5

5

5

2

2

5

5

3

3

1

1

4

4

5

1

IT equipment (notebook PC, tablet)

Industrial electric apparatus (large motor, control
unit, industrial robot, electricity meter, solar panel)

Measuring instruments (sensor)

3

1

5

FP Series

5

5

4

5

5

5

5

4

2

4

5

3

3

3

4

F Series

5

5

5

5

3

3

4

2

4

5

5

5

5

5

FH Series

4

4

4

4

5

5

5

3

2

5

5

5

5

FL Series

4

4

4

4

5

5

5

4

2

5

4

5

FV Series

4

4

4

4

5

5

5

5

4

4

4

FC Series

2

2

4

1

5

5

3

5

2

5

5

FT Series

5

4

2

4

4

FM Series

5

3

4

3

4

5

1

3

1

FB Series

5

2

4

3

3

3

1

3

1

Electronic device for aircraft (radar)
Aircraft engine and airframe parts
Railroad facilities (rail, turnout, signal)→Page 19

1

1

1

5

→Page 18

Rolling stock equipment (train security, inverter
controller, master controller, brakes, bogie)→Page 14Collision damping device (airbag)→Page 15

Body, interior ﬁnishing (seat, interior)→Page 13In-vehicle electric apparatus (ECU, car navigation
system, light, accessory for meter)→Page 12Large battery (lithium ion battery, inverter)→Page 10

Railroad

Power train (engine, motor, catalyst, exhaust system)→Page 8

3
4

Space apparatus (rocket propulsion apparatus,
satellite)

Home electric appliance (television monitor, camera)

Daily necessities (drinking water, pharmaceuticalproducts, food)

Delivery to home, baggage transportation(cardboard packing materials, transportation means)

44→Page 16

5

5

→Page 20

FS Series

5
4Compact Vibration
Series →Page 24

Building
Transport(Truck)Automotive Equipment

Aerospace
Electric, Electronic andPrecision Equipment(Adaptation level: 1 being the least efficient. 5 being the most efficient)

05

Electro Mechanical Instrument & Components

Endures vibrations.

From a product that cannot be judged for reliability.
To a product that cannot be broken due to reliability.
All industrial products shall be utilized safely and trouble free from the framework such as automobile, railroad, aerospace to an IT apparatus, and imminent household electrical appliance.
The product must endure against the temperature of scorching heat and arctic weather, humidity,
severe vibration and shock.
EMIC's testing systems can evaluate the function, performance, reliability and quality of various
industrial products. In addition, the testing equipment will provide safety and security.
Vibration test and combined environmental test are used for evaluating products at the designingand experimental stage of products.

How you look at an example of how a vibration test is performed.

Influence of stresses
caused by vibration andshock environments:
Cracks and damage due to fatigue
Electrical and mechanical characteristic change● Wear of contact parts● Surface change due to abrasion● Loosening of screws and bolts● Corrosion acceleration● Interference between components
The vibration testing system is used for applying vibration stresses to a testing object by creating afore rating. As an artificial vibration source, it is suitable for precise and severe loading.
●●06

Configuration of Electrodynamic Vibration Testing System
EMIC’s vibration testing system can perform various
vibration tests by forcefully exciting a test object withfrequency and acceleration set arbitrarily. The electrodynamic type uses electrical energy to create dynamic
motion and the feature is that the waveform distortionis less and frequency higher compared with theservo-hydraulic and mechanical type.
Names of Components:
■

■

■

■

■

■

■

Vibration Generator
Generates vibrations for exciting a test object
including a fixture which is attached to the top.
The force is created with two kinds of coils,
armature coils and field coil for magnet structure.

Conﬁguration

Console Rack

Pre-Charge Ampliﬁer
Armature
Accelerometer

Logic Module

Body Suspension
Vibration
Generator Body
MemberVibration Generator

Power Ampliﬁer

BlowerVibration Controller

Cutaway View

Power Amplifier
Provides AC power for armature coil.
Console Rack
Incorporates a power module, field power supply,
vibration controller, operator panel and other(I/O).
Air Cooling Blower
Cools moving element (armature) and field coil ofa vibration generator with forced air.
Accelerometer
Measures vibration acceleration.

Block Diagram

Vibration Controller(Option)Accelerometer cable
BNC cable
Input power cable
Blower hose

Pre-charge Amplifier(Option)Accelerometer(Option)Pre-charge Amplifier
Converts the charge output from an accelerometer into a voltage signal, and then amplifies it.
Vibration Controller
Controls the vibration on the vibration generator
to match to the user defined frequency and amplitude specification.

BlowerVibration Generator

Power Ampliﬁer

Ampliﬁer

Speaker

Operating Principle■ Audio Equipment

Operating Principle:
The vibration generator generates any desired vibration, but its operating principle is the same as audio
equipment which plays music. The audio equipment
amplifies the minute electrical signal of the soundsource (CDs) with an amplifier and makes a soundwith a dynamic loudspeaker with high power. In thesame manner the electrodynamic vibration system
also amplifies the minute electrical signal from thevibration controller with the power amplifier togenerate the vibration with the vibration generator
corresponding to the loudspeaker. However, one
operating principle is different from the audio equipment because the vibration testing system controls
the frequency and amplitude using the accelerometer and vibration controller.

Sound Source (CD)■ Vibration Testing System
Accelerometer

Acceleration Signal

Control Signal

Vibration Controller

Drive PowerPower Ampliﬁer(Ampliﬁer)

Vibration Generator

Electro Mechanical Instrument & Components

07

F Series
Vibration Testing System

Standard

The standard F series vibration testing system has
been sold for over 40 years.
This system can generate force from 1.3 kN to 60
kN over the broad range of frequency and has highdurability to perform various vibration tests.
※The vibration controller is mounted in the console rack. (Optional)

Maximum Rated Exciting Capability Curve of Standard System

Acceleration (m/s2)■

Frequency (Hz)※This performance curve is how you look at each system for comparison.
08

F Series Specifications

Massapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
BlowerMassapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
BlowerMassapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
BlowerF-1K/15
1.3
kNrms
1.3
kN0-p
2.6
Hz
to 4000
m/s2
1000
m/s
1.4
mmp-p
15
kg
30
kVA
4.1
kg
1.3
N・m
26
Air-cooled
902-FN
369A-0101A-02
CRD-1500-02
mm
∅80
mm
460W×490H×490D
mm
554W×1462H×1010D
mm
474.5W×1040H×495D
kg
240
kg
285
kg
31

F-2K/20
2.0
2.0
4
to 4000
625
1.4
20
40
6.2
3.2
40
Air-cooled
903-FN
369A-0101A-03
CRD-1500-03∅120
630W×602H×528D
554W×1462H×1010D
474.5W×1040H×495D
350
290
31

F-2K/20A
2.0
2.0
4
to 3000
500
1.4
20
150
6.2
4.0
40
Air-cooled
903-FN/A
369A-0101A-03
CRD-1500-03∅120
630W×602H×528D
554W×1462H×1010D
474.5W×1040H×495D
350
290
31

F-3K/20
3.0
3.0
6
to 4000
938
1.6
20
40
7.3
3.2
60
Air-cooled
903-FN
369A-0101A-03
CRD-1500-03∅120
630W×602H×528D
554W×1462H×1010D
474.5W×1040H×753D
350
290
39

F-3K/20A
3.0
3.0
6
to 3000
750
1.6
20
150
7.3
4.0
60
Air-cooled
903-FN/A
369A-0101A-03
CRD-1500-03∅120
630W×602H×528D
554W×1462H×1010D
474.5W×1040H×753D
350
290
39

F-6K/20
6.0
6.0
13.2(★4)
to 3500
923
1.8
20
60
9.8
6.5
120
Air-cooled
906-FN
369A-0101A-06
CRD-2000-06□120
720W×675H×628D
554W×2000H×1010D
474.5W×1040H×674D
520
420
55

F-6K/30
6.0
kNrms
6.0
kN0-p
13.2(★4)Hz
to 2300
m/s2
706
m/s
1.8
mmp-p
30
kg
200
kVA
9.8
kg
8.5
N・m
120
Air-cooled
906-FN/A
369A-0101A-06
CRD-2000-06
mm
□120
mm
720W×675H×628D
mm
554W×2000H×1010D
mm
474.5W×1040H×674D
kg
500
kg
420
kg
55

F-10K/56
10.0
10.0
22.0(★4)
to 3000667
1.2
56200(300)(★2)
19.3
15.0
500
Air-cooled
916-BP/LA
369A-0501A-16BP
CRD-2000-16∅230
975W×885H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220

F-15K/56
15.0
15.0
33.0(★4)
to 30001000
1.8
56200(300)(★2)
22.6
15.0
500
Air-cooled
916-AP/LA
369A-0502A-16AP
CRD-2000-16∅230
975W×885H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220

F-22K/60
22.0
22.0
48.4(★4)
to 2500846
1.8
60400(500)(★2)
26.8
26.0
700
Air-cooled
926-AP/LA
369A-0503A-26AP
CRD-2000-26∅270
1106W×1047H×855D
554W×2000H×1010D
707W×1681H×908D
2200
520
220

F-25K/60
25.0
25.0
55.0(★4)
to 2500961
1.8
60400(500)(★2)
28.4
26.0
700
Air-cooled
926-AP/LA
369A-0504A-26AP
CRD-2000-26∅270
1106W×1047H×855D
554W×2000H×1010D
707W×1681H×996D
2200
530
255

F-28K/60
28.0
28.0
61.6(★4)
to 2200848
1.8
60400(500)(★2)
37.5
33.0
900
Air-cooled
936-AP/LA
369A-0504A-36AP
CRD-2000-36∅330
1224W×1107H×971D
554W×2000H×1010D
707W×1666H×1072D
3100
570
260

F-33K/60
33.0
kNrms
33.0
kN0-p
72.6(★4)Hz
to 2200
m/s2
1000
m/s
1.8
mmp-p
60
kg
400(500)(★2)
kVA
42.2
kg
33.0
N・m
900
Air-cooled
936-AP/LA
369A-0505A-36AP
CRD-2000-36
mm
∅330
mm
1224W×1107H×971D
mm
554W×2000H×1010D
mm
707W×1681H×946D
kg
3500
kg
580
kg
260

F-35K/60
35.0
35.0
77.0(★4)
to 2200
1000(★3)
1.8
60400(500)(★2)
47.8
33.0
900
Air-cooled
936-AP/LA
369A-0505A-36AP
CRD-2000-36∅330
1224W×1107H×971D
554W×2000H×1010D
869W×1856H×1094D
3500
600
325

F-40K/60
40.0
40.0
88.0(★4)
to 2200
1000(★3)
1.8
60400(500)(★2)
57.0
36.0
900
Air-cooled
936-AP/LA
369A-1006A-36AP
CRD-2000W-36∅330
1224W×1107H×971D
1108W×2000H×1010D
869W×1856H×1094D
3900
600
380

F-43K/60
43.0
43.0
94.6(★4)
to 2500(★1)
623
1.3
60
500
61.8
69.0
1200
Air-cooled
960-AP/LA
369A-1005A-60AP
CRD-2000W-60∅430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
600
400

F-51K/60
51.0
51.0
112.2(★4)
to 2500(★1)
739
1.3
60
500
64.8
69.0
1200
Air-cooled
960-AP/LA
369A-1006A-60AP
CRD-2000W-60∅430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
650
400

F-60K/60
60.0
60.0
132.0(★4)
to 2500(★1)
869
1.3
60
500
68.3
69.0
1200
Air-cooled
960-AP/LA
369A-1008A-60AP
CRD-2000W-60∅430
1452W×1252H×1215D
1108W×2000H×1010D
1021W×2170H×1149D
5000
700
450

kN0-p

kN0-p

kN0-p

※ Input power specification is for 3φ AC200 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system. ※ When exporting Vibration Testing
System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan may be required depending on the specifications such as rated force. Please contact us for details.
(★1) The rated force is available up 500 Hz and the force level from 500 Hz to 2500 Hz is 70% of its maximum. (★2) We will customize per your instructions.
09(★3) Not a theoretical value, for limiting the maximum acceleration. (★4) Shock rated force can be increased by adding power modules.

FH Series
Vibration Testing System

High Speed

When higher acceleration levels are required,especially around the frequencies from 20 to
80 Hz, a vibration testing system that can simulate high velocity is necessary. The FH seriessystem is suitable for such test condition.
※The vibration controller is mounted in the console rack. (Optional)■

Comparison of High Speed System with Standard System

Acceleration (m/s2)

Enhanced Area forHigh Speed System

Frequency (Hz)※This performance curve is how you look at each system for comparison.
10

FH Series Specifications

Massapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
BlowerMassapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
BlowerMassapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
BlowerFH-8K/51S
8.5
kNrms
8.5
kN0-p
17.0
Hz
to 3000
m/s2
850
m/s
2.0
mmp-p
51
kg
350
kVA
19.5
kg
10.0
N・m
500
Air-cooled
S085-AW/LA
369A-0202A-085SF
CRD-1500-085
mm
∅230
mm
797W×775H×635D
mm
554W×1462H×1010D
mm
411W×810H×525D
kg
640
kg
300
kg
60

FH-10K/56
10.0
10.0
22.0(★3)
to 3000667
2.0
56200(300)(★1)
22.9
15.0
500
Air-cooled
916-BW/LA
369A-0502A-16BW
CRD-2000-16∅230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220

FH-15K/56
15.0
15.0
33.0(★3)
to 20001000
2.0
56200(300)(★1)
25.9
15.0
500
Air-cooled
916-BW/LA
369A-0503A-16BW
CRD-2000-16∅230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220

FH-08K/56
8.0
8.0
17.6(★3)
to 3000533
2.3
56200(300)(★1)
23.5
15.0
500
Air-cooled
916-AW/LA
369A-0502A-16AW
CRD-2000-16∅230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
430
220

FH-12K/56
12.0
12.0
26.4(★3)
to 3000800
2.3
56200(300)(★1)
27.6
15.0
500
Air-cooled
916-AW/LA
369A-0503A-16AW
CRD-2000-16∅230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
440
220

FH-16K/56
16.0
16.0
35.2(★3)
to 3000
1000(★2)
2.3
56200(300)(★1)
31.8
15.0
500
Air-cooled
916-AW/LA
369A-0504A-16AW
CRD-2000-16∅230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1200
520
220

FH-22K/60
22.0
kNrms
22.0
kN0-p
55
Hz
to 2500
m/s2
846
m/s
2.3
mmp-p
60
kg
400(500)(★1)
kVA
35.9
kg
26.0
N・m
700
Air-cooled
926-AW/LA
368A-0503B-26AW
CRD-2000-26
mm
∅270
mm
1106W×1135H×880D
mm
554W×2000H×1010D
mm
707W×1681H×908D
kg
2200
kg
600
kg
220

FH-26K/60
26.0
26.0
65
to 25001000
2.3
60400(500)(★1)
39.0
26.0
700
Air-cooled
926-AW/LA
368A-0504B-26AW
CRD-2000-26∅270
1106W×1135H×880D
554W×2000H×1010D
707W×1681H×908D
2200
600
220

FH-28K/60
28.0
28.0
70
to 2200848
2.0
60400(500)(★1)
45.3
33.0
900
Air-cooled
936-AW/LA
368A-0504B-36AW
CRD-2000-36∅330
1106W×1135H×880D
554W×2000H×1010D
946W×1681H×908D
3500
600
260

FH-33K/60
33.0
33.0
82.5
to 22001000
2.0
60400(500)(★1)
49.6
33.0
900
Air-cooled
936-AW/LA
368A-0505B-36AW
CRD-2000-36∅330
1125W×1200H×965D
554W×2000H×1010D
946W×1681H×908D
3500
600
245

FH-35K/60
35.0
35.0
87.5
to 2200
1000(★2)2.0
60400(500)(★1)
55.9
33.0
900
Air-cooled
936-AW/LA
368A-0505B-36AW
CRD-2000-36∅330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3500
600
325

FH-40K/60
40.0
40.0
100
to 2200
1000(★2)2.0
60400(500)(★1)
64.6
36.0
900
Air-cooled
936-AW/LA
368A-0606B-36AW
CRD-2000-36∅330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3900
600
325

FH-43K/60
43.0
kNrms
43.0
kN0-p
107.5
Hz
to 2500
m/s2
623
m/s
1.78
mmp-p
60
kg
500
kVA
68.2
kg
69.0
N・m
1200
Air-cooled
960-AW/LA
368A-1005B-60AW
CRD-2000W-60
mm
∅430
mm
1452W×1297H×1231D
mm
1108W×2000H×1010D
mm
1021W×2170H×1149D
kg
5000
kg
700
kg
450

FH-51K/60
51.0
51.0
127.5
to 2500
739
1.78
60
500
72.2
69.0
1200
Air-cooled
960-AW/LA
368A-1006B-60AW
CRD-2000W-60∅430
1452W×1297H×1231D
1108W×2000H×1010D
1021W×2170H×1149D
5000
750
450

FH-60K/60
60.0
60.0
150
to 2500
869
1.78
60
500
82.6
69.0
1200
Air-cooled
960-AW/LA
368A-1007B-60AW
CRD-2000W-60∅430
1452W×1297H×1231D
1108W×2000H×1010D
869W×2016H×1147D
5000
800
450

kN0-p

kN0-p

kN0-p

※ Input power specification is for 3φ AC200 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system. ※ When exporting Vibration Testing
System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan may be required depending on the specifications such as rated force. Please contact us for details.
(★1) We will customize per your instructions. (★2) Not a theoretical value, for limiting the maximum acceleration. (★3) Shock rated force can be increased by adding power modules. 11

FL Series
Vibration Testing System

Large Displacement

The FL series system expands the maximum
displacement to 100 mm p-p. In particular, it
responds to the test condition of large displacement of less than 10 Hz.
※The vibration controller is mounted in the console rack. (Optional)

FL Series Specifications

Massapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
Blower

FL-08K/100
8.0
kNrms
8.0
kN0-p
17.6(★2)Hz
to 2000
m/s2
320
m/s
2.0
mmp-p
100
kg
200(300)(★1)
kVA
23.5
kg
25.0
N・m
350
Air-cooled
916-AW/SLS
369A-0502A-16SLS
CRD-2000-16
mm
∅230
mm
974W×1035H×700D
mm
554W×2000H×1010D
mm
707W×1681H×996D
kg
1300
kg
430
kg
255

FL-12K/100
12.0
12.0
26.4(★2)
to 2000480
2.0
100200(300)(★1)
27.6
25.0
350
Air-cooled
916-AW/SLS
369A-0503A-16SLS
CRD-2000-16∅230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1300
440
220

FL-35K/100
35.0
kNrms
35.0
kN0-p
87.5
Hz
to 2000
m/s2
833
m/s
2.0
mmp-p
100
kg
200(300)(★1)
kVA
55.9
kg
42.0
N・m
700
Air-cooled
936-AW/SLS
368A-0505B-36SLS
CRD-2000-36
mm
∅330
mm
1125W×1200H×965D
mm
554W×2000H×1010D
mm
869W×1856H×1094D
kg
3400
kg
600
kg
325

FL-60K/100
60.0
60.0
150
to 2000
750
1.78
100
300
82.6
80.0
1000
Air-cooled
960-AW/SLS
368A-1007B-60SLS
CRD-2000W-60∅430
1452W×1297H×1231D
1108W×2000H×1010D
869W×2016H×1147D
5000
1800
400

kN0-p

kN0-p

FL-16K/100
16.0
16.0
35.2(★2)
to 2000640
2.0
100
200(300)(★1)
31.8
25.0
350
Air-cooled
916-AW/SLS
369A-0504A-16SLS
CRD-2000-16∅230
974W×1035H×700D
554W×2000H×1010D
707W×1681H×908D
1300
450
220
■

FL-22K/100
22.0
22.0
55.0
to 2000647
2.0
100
200(300)(★1)
35.9
34.0
500
Air-cooled
926-AW/SLS
368A-0503B-26SLS
CRD-2000-26∅270
1082W×1163H×866D
554W×2000H×1010D
707W×1681H×908D
2500
600
220

FL-26K/100
26.0
26.0
65.0
to 2000765
2.0
100
200(300)(★1)
39.0
34.0
500
Air-cooled
926-AW/SLS
368A-0504B-26SLS
CRD-2000-26∅270
1082W×1163H×866D
554W×2000H×1010D
707W×1681H×908D
2500
600
220

FL-28K/100
28.0
28.0
70.0
to 2000667
2.0
100
200(300)(★1)
45.3
42.0
700
Air-cooled
936-AW/SLS
368A-0504B-36SLS
CRD-2000-36∅330
1125W×1200H×965D
554W×2000H×1010D
869W×1856H×1094D
3400
600
325

Comparison of Large Displacement Systemwith Standard System
Enhanced Displacement Area

Acceleration (m/s2)

Massapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
BlowerFrequency (Hz)※This performance curve is how you look at
each system for comparison.

※ Input power specification is for 3φ AC200 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system. ※ When exporting Vibration Testing
System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan may be required depending on the specifications such as rated force. Please contact us for details.
12 (★1) We will customize per your instructions. (★2) Shock rated force can be increased by adding power modules.

FV Series
Vibration Testing System

Ultra High Speed

The FV series system responds to shock test conditions;
Shock Pulse Duration 11 ms & Level 980 m/s2 (100 G)※The vibration controller is mounted in the console rack. (Optional)

FV Series Specifications

Massapprox.

Size

Model

Rated
Force

Model
Sine
RandomShock (6ms)
Shock (11ms)
Frequency range
Max. accel. (Sine)
Max. accel. (Shock)Max. velocity. (Sine)
Max. velocity. (Shock)Max. displacement
Max. payload (Sine)
Max. payload (Shock)Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
BlowerVib. Generator
Console Rack
Blower

kN0-p
kNrms
kN0-p
kN0-p
Hz
m/s2
m/s2
m/s
m/s
mmp-p
kg
kg
kVA
kg
N・m

mm
mm
mm
mm
kg
kg
kg

FV-15K/100
15.6
15.6
46
46
to 2000
636
1470(★2)
2.0
3.5
100
200(300)(★1)
22
31.6
24.5
500
Air-cooled
916-AW/SLS
369A-1212B-16SLS
CRD-2000W-16SLS∅230
974W×1035H×700D
1108W×2000H×1010D
707W×1681H×908D
1300
800
220

FV-26K/100
26.0
26.0
68
68
to 2000
765
1470(★2)
2.0
3.5
100
200(300)(★1)
35
43.6
34.0
500
Air-cooled
926-AW/SLS
368A-1212B-26SLS
CRD-2000T-26SLS∅270
1106W×1135H×880D
1662W×2059H×1010D
707W×1681H×908D
2500
1150
220

FV-35K/100
35.0
35.0
90
90
to 2000
833
1470(★2)
2.0
3.5
100
200(300)(★1)
50
68.1
42.0
500
Air-cooled
936-AW/SLS
368A-2016B-36SLS
CRD-2000T-36SLS∅330
1225W×1200H×965D
1662W×2059H×1010D
869W×1856H×1094D
3400
1300
325

FV-60K/100
60.0
60.0
150
150
to 2000750
1470(★2)
1.8
3.5
100
200
73
148.7
80.0
500
Air-cooled
960-AW/SLS
369A-4040B-60SLS
CRD-2000Q-60SLS∅430
1452W×1297H×1231D
2770W×2059H×1010D
869W×2016H×1147D
5000
2000
400

※ Input power specification is for 3φ AC200 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system. ※ When exporting Vibration Testing
System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan may be required depending on the specifications such as rated force. Please contact us for details.
(★1) We will customize per your instructions. (★2) Not a theoretical value, for limiting the maximum acceleration.
■

Duration: 11 ms, peak acceleration: 980 m/s2■

Normal Speed
Ultra High Speed

Peak acceleration: 980 m/s2
Maximum Rated Shock Excitation Capability(936 Series Vibration Generator)

Normal Speed
Ultra High Speed

10000

500m/s2(50.8G)
011ms
Time (t)980m/s(100G)

2

Acceleration (m/s2)

Acceleration (m/s2)

1000

Max. Velocity±3.5m/s0-p

1000

100

10
1

Max. Velocity±1.8m/s0-p10
Pulse Duration (ms)100※This performance curve is how you look at each system for comparison.
Electro Mechanical Instrument & Components

13

FT Series
Vibration Testing System

Transportation

The FT series vibration testing system is specialized for“ Safe Transportation of Packaged Products”. It can be equipped with areinforcement mechanism against the offset or heavy load so that astacked or large product may be mounted. In order to easily attach
the packaged products with fixing bands, the fixture of honeycomb
structure and or slip table with hooks are available. Moreover, theoilless slip table reduces the burden of maintenance.

FT Series Specifications

Compatible Mass
Fixture approx.

Size

Model

Rated
Force

Model
Sine
kN0-p
Random
kNrms
Shock
kN0-p
Frequency range（★1）HzMax. acceleration m/s2
Max. velocity
m/sMax. displacement mmp-p
Max. payload（★2）kgInput power
kVA
Armature Masskg
Allowable offset load N・m
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size mm
Vib. Generator mm
Console Rack mm
Blowermm
Vib. Generator kg
Console Rack kg
Blowerkg
VHT-060
VHT-080
VHT-100
VHT-120

FT-3K/30
3.0
3.0
6.0
to 2500
667
1.6
30
200+α
7.3
4.5
60
Air-cooled
903-FN/FA
369A-0101A-03
CRD-1500-03∅120
630W×693H×588D
554W×1462H×1010D
474.5W×1040H×753D
350
290
39
●
●
-

FT-8K/51
8.5
8.5
17.0
to 3000
850
2.0
51
350+α
19.5
10
500
Air-cooled
S085-AW/LA
369A-0202A-085SF
CRD-1500-085∅230
797W×775H×625D
554W×1500H×1010D
411W×810H×525D
640
300
60
●
●
●
-

FT-10K/80
10.0
10.0
20.0
to 2000
400
1.0
80
200+α
22.6
25
350
Air-cooled
916-AP/SLA
369A-0502A
CRD-2000-16∅230
950W×1029H×665D
554W×2009H×1010D
707W×1681H×850D
1300
430
220
●
●
●
●

FT-18K/80
18.0
18.0
39.6(★3)
to 2000
529
1.0
80
200+α
26.8
34
500
Air-cooled
926-AP/SLA
369A-0503A
CRD-2000-26∅270
1082W×1163H×866D
554W×2009H×1010D
707W×1681H×850D
2500
520
220
●
●
●
●

FT-26K/80
26.0
26.0
57.2(★3)
to 2000
764
1.0
80
200+α
32.0
34
500
Air-cooled
926-AP/SLA
369A-0504A
CRD-2000-26∅270
1082W×1163H×866D
554W×2009H×1010D
707W×1681H×850D
2500
530
220
●
●
●
●

Option● VHT Series Honeycomb Table

Model
VHT-060-XX
Size
mm 600×600
Freq. range Hz
to 200
Table mass kg
33

VHT-080-XX VHT-100-XX VHT-120-XX
800×800 1000×1000 1200×1200
to 200
to 200
to 20053
115
230Compatible Mass
Fixture approx.

Size

Model

Rated
Force

Model
FT-35K/80
FT-60K/80
FT-28K/80
Sine
35.0
60
28.0
kN0-p
Random
35.0
60
28.0
kNrms
Shock
77.0(★3)132.0(★3)
61.6(★3)
kN0-p
to 2000
to 2500
to 2000
Frequency range（★1）Hz833
750
667
Max. acceleration m/s2
1.0
1.0
1.0
Max. velocity
m/s
80
80
80
Max. displacement mmp-p
200+α
200+α
200+α
Max. payload（★2）kg
47.8
68.3
37.5
Input power
kVA
42
80
42
Armature Mass
kg
700
1000
700
Allowable offset load N・mAir-cooled
Air-cooled
Air-cooled
Cooling method
936-AP/SLA
960-AP/SLA
936-AP/SLA
Vibration Generator
369A-0505A
369A-1007A
369A-0504A
Power Amplifier
CRD-2000-36
CRD-2000W-60
CRD-2000-36
Console Rack
∅330
∅430
∅330
Armature Size mm
Vib. Generator mm
1186W×1255H×971D
1186W×1255H×971D
1461W×1375H×1115D
554W×2009H×1010D
554W×2009H×1010D
1108W×2009H×1010D
Console Rack mm
707W×1681H×946D
869W×1856H×1094D
1461W×1375H×1115D
Blowermm
Vib. Generator kg
3400
3400
5000
570
580
800
Console Rack kg
245
325
450
Blowerkg●●●
VHT-060●●●
VHT-080●●●
VHT-100●●●
VHT-120※ Input power specification is for 3φ AC200 V 50/60 Hz. ※ Lower limit frequency should be determinedby a performance of an available vibration control system. ※ When exporting Vibration Testing Systemfrom Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan may
be required depending on the specifications such as rated force. Please contact us for details.
(★1) The highest usable frequency depends on an available fixture. As for the details, ask your local.
(★2) The maximum payload can be increased using options, a reinforcing mechanism against offset
load, load support enhancement mechanism. Contact us if any.
14 (★3) Shock rated force can be increased by adding power modules.

FT-16K/80
16.0
16.0
32.0
to 2000
640
1.0
80
200+α
27.8
25
350
Air-cooled
916-AP/SLA
369A-0503A
CRD-2000-16∅230
950W×1029H×665D
554W×2009H×1010D
707W×1681H×850D
1300
440
220
●
●
●
●

● Bearing Line

Slip Table

Model
BT-060-XX BT-080-XX BT-100-XX BT-120-XX
Size
mm 600×600
800×800 1000×1000 1200×1200
Freq. range Hz
to 200
to 200
to 200
to 200
Table mass kg
150
93
65
42
※Table mass changes with the available vibration generator.
※Frequency range and max. payload can be enhanced by a special order.
● Reinforcing Mechanism against Offset Load (Page No. 34)● Load Support Enhancement Mechanism (Page No. 34)● Data Logger

FC Series
Vibration Testing System

Large Water-cooled

The FC series is a large system most suitable for testing a large
specimen with high rated force. Because the water-cooledtype is more efficient than the air-cooled, a larger rated force
can be generated. It copes with vibration tests for large
electronic equipment, automobile parts, airplane parts,
airborne electronic apparatus, artificial satellites, aerospaceand defense system. This series is designed to perform thevibration test specified in the military or international
standards including MIL, NDS, ASTM, IEC, ISO, BS, JIS.

FC Series Specifications

Massapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Cooling water flow
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator
Console Rack
Vib. Generator
Console Rack
Cooling Unit

FC-060K/60
60
kNrms
60
kN0-p
150
Hz
to 2000
m/s2
667
m/s
1.8
mmp-p
60
kg
1000
kVA
88
kg
90
N・m
1500
Water-cooled
L /min140（★2）
9100-AWW/LA
368A-1610B-3BAY100
CRD-2000T
mm
∅450
mm
1489W×1338H×1149D
mm
1662W×2059H×1030D
kg
4800
kg
1650
kg
700
kN0-p

FC-080K/60
80
80
200
to 2000
889
1.8
60
1000
100
90
1500
Water-cooled
162（★2）
9100-AWW/LA
368A-1612B-3BAY100
CRD-2000T∅450
1489W×1338H×1149D
1662W×2059H×1030D
4800
1650
700

FC-100K/60
100
100
250
to 2000
1000
（★1）
1.8
60
1000
154
90
1500
Water-cooled
305（★2）
9100-AWW/LA
368A-1614B-3BAY100
CRD-2000T∅450
1489W×1338H×1149D
1662W×2059H×1030D
4800
1650
700

FC-200K/60
200
160
400
to 2000
1000
（★1）
1.78
51
2000
351.5
130
5000
Water-cooled
688（★2）
9200-AWW/LA
368A-3232A-200K
CRD-2000F-200K∅590
1905W×1348H×1473D
3324W×2059H×1030D
8182
3950
700

※ Input power specification is for 3φ AC400 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available vibration control system.
※ When exporting Vibration Testing System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan may be required
depending on the specifications such as rated force. Please contact us for details.
(★1) Not a theoretical value, for limiting the maximum acceleration. (★2) The water temperature is 32℃.

Dimensions (approx.) mm

Option200 VAC 3-phase 50/60 Hz Input Power
Hydraulic Power Supply● Cooling Unit

1000

● Chiller

948
621

1750

621

550

450

575

1850

● Transformer for Chiller

Electro Mechanical Instrument & Components

15

FP Series
Vibration Testing System

Permanent Magnet■ Ultimate energy saving vibration generator without ﬁeld coil and power supply■ Industry's ﬁrst adoption of permanent magnet for more than 10 kN sine force system"Ultimate Energy Saving" for a conventional medium-sized vibration testing※The vibration controller is mounted
in the console rack. (Optional)

system can be realized by eliminating the field coil and power supply. In

addition, the cooling blower is downsized approximately 70% and its rotating speed is controlled according to the temperature of the vibration gener-

Reduction eﬀect of power
consumption for new drive systemator to drastically reduce the required input power and sound level.

25

Power Consumption（kW）[Energy-saving Effect]

Reduction of electric charge:
Approx. $13820.00/year at 25% of rated output(Approx. JPY1,520,000.00/year at 25% of rated output)

Approx. $14550.00/year at 10% of rated output(Approx. JPY1,600,000.00/year at 10% of rated output)

Reduction of CO2:
Approx. 42,200 kg/year at 25% of rated output
Approx. 79,716 kg/year at 10% of rated output

Max.
Reduction:
Approx. 90%

20

nal

tio

ven

n
Co

15

10

5

※Compared to our 916 series system for 70% of operating time
※The discharge of CO2 emission assumes it to be 0.555 kg-CO2/kWh.
(according to law enforcement order about the promotion of global
warming countermeasures, Article 3)

w
Ne
0

m

ste

Sy

Force（kN）

10

FP Series Specifications
FP-01K/30
1.2
kNrms
0.48
kN0-p
1.5
Hz
to 2500
m/s2
500
m/s
1.6
mmp-p
30
kg
150
kVA
1.4
kg
2.4
N・m
3
Air-cooled
P01-AB/AS
375-D/P012
mm
∅120
mm
384W×391.5H×360D
Power Amplifier・Console Rack mm
480W×189H×450D
mm
Blower
365.5W×700H×434D
75
Vib. Generator kg
Power Amplifier・Console Rack kg
35kg
Blower16

Massapprox.

Size

Model

Rated
Force

Model
Sine
RandomShockFrequency range
Max. acceleration
Max. velocity
Max. displacement
Max. payload
Input power
Armature Mass
Allowable offset load
Cooling method
Vibration Generator
Power Amplifier
Console Rack
Armature Size
Vib. Generator

kN0-p

FP-02K/25
2.0
1.4
3.0
to 3000
800
1.5
25
40
6.2
2.5
5
Air-cooledΣ9515-AB/SD
369A-0101A-Σ15
CRD-1500-Σ15∅120
442W×360H×340D
554W×1462H×1010D
474.5W×1040H×495D
160
290
31

FP-02K/30A
2.0
1.4
3.0
to 2500
444
1.5
30
100
6.2
4.5
4
Air-cooledΣ9515-AB/AS
369A-0101A-Σ15
CRD-1500-Σ15∅120
442W×360H×340D
554W×1462H×1010D
474.5W×1040H×495D
165
290
31

FP-10K/51
10.0
10.0
22.0(★1)
to 3000
1000
2.0
51
350
11.5
10
500
Air-cooled
P10-AW/LA
369A-0202A-P10
CRD-1500-P10∅230702W×763H×572D
554W×1462H×1010D
411W×810H×525D
690
300
60

FP-10K/76
10.0
10.0
20.0
to 2500
606
2.0
76.2
300
16
16
500
Air-cooled
P10-AW/SLS
369A-0202A-P10SLS
CRD-1500-P10∅230702W×948H×625D
554W×1462H×1010D
411W×810H×525D
760
300
60

FP-20K/51
20.0
20.0
36.0
to 2500
833
2.0
51
350
27
24
500
Air-cooled
P20-A
369A-0606A-P20
CRD-2000-P20∅330
982W×1000H×750D
554W×2000H×1010D
707W×1681H×946D
1650
600
245

※ Input power specification is for 1φ AC100 V 50/60 Hz. or 3φ AC200 V 50/60 Hz. ※ Lower limit frequency should be determined by a performance of an available
vibration control system. ※ When exporting Vibration Testing System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan
may be required depending on the specifications such as rated force. Please contact us for details. (★1) Shock rated force can be increased by adding power modules.
16

Savingof

Savingof

Power

Reduction
of

Space

Savingof

Noise

Running
Cost

Cutaway View of Permanent
Magnet Type Vibration Generator

SavingofPowerRealization of Vibration Generator Downsizing compared with Same Class

916-AP/LA

925

763

P10-AW/LA

Saving
of
702

572

975

700

Space

Energy-saving Eﬀect with Input Power (Rotating Speed) Control for Blower
Eﬀect of Power Saving Control for Blower
Power Consumption (kW)High
Conventional

Cut waste
power withproper cooling
controlRotating speed ofblower decreases
and noise level inoperation is also
lowered0Vibration Generator

ReductionofPermanent
Magnet TypeForce (kN)High

BlowerNo iseSavingofRunning
Cost

Electro Mechanical Instrument & Components

17

FM Series
Vibration Testing System

Triaxial Electrodynamic

The FM series electrodynamic exciting system makes it possible tosimultaneously excite a specimen in three directions■■

According to the military standard MIL-STD-810G■

Responding to the frequency range from 5 Hz to 2000 Hz

Multi-axis vibration test system that can excite a speci-●

men in three axes simultaneously, which unites theelectrodynamic vibration generator cultivated by EMIC
for a long time with linear bearing guide mechanism
manufactured by KOKUSAI Co., Ltd.
The eco-friendly vibration test system is equipped with●a energy saving drive system “ECO-Vibe neo”
. It ispossibletoreducepower

consumption

after

performed range selection of the rated force forapplication.
The FM series can be combined with a tempera-●

ture/humidity chamber for environmental reliability
tests.

FM Series Specifications
Model

FM-20K/60-3D-040

FM-30K/60-3D-040

FM-40K/60-3D-050

FM-60K/60-3D-050

Rated force

kN0-p

20

30

40

60

Random force

kNrms

20

30

40

60

Upper limit frequency

Hz

2000

2000

2000

2000
（★1）

Max. acceleration (No Load) m/s2

133

188

235

316

Max. velocity

m/s

1.2

1.2

1.2

1.2

Max. displacement

mmp-p

60

60

60

60

Max. payload

kg

100

100

100

100

Input powerｋVA

80.4(26.8/axis)

126.6(42.2/axis)

171.0(57.0/axis)

204.9(68.3/axis)

Armature Mass

ｋｇ

150

160

170

190

Table sizemm

400×400

400×400

500×500

500×500

Air-cooled

Air-cooled

Air-cooled

Air-cooled

Cooling method※ Input power specification is for 3φ AC200 V 50/60 Hz.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
※ The table size of 600x600 mm is also available. Please contact us.
※ When exporting Vibration Testing System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan may berequired depending on the specifications such as rated force. Please contact us for details.
(★1) The rated force is available up 500 Hz and the force level from 500 Hz to 2000 Hz is 70% of its maximum.
18

FB Series
Vibration Testing System■■

Triaxial Electric Servo

Multiaxial vibration testing system for transportation testor aseismatic performance evaluation
A new type of vibration testing system superior in cost performance

Specialized for transportation test●

Reproduction of actual vibration with triaxial●

simultaneous excitation
Both vertical and horizontal vibration tests●

can be performed by switching among threeaxes in a sequential manner. Since there is noneed to switch the thrust axis of the vibration
generator, transferring a specimen becomes
unnecessary, thus the test period can be
reduced.

FB Series Specifications
Model

FB-10K/50-3D-100

FB-20K/50-3D-120

FB-30K/50-3D-050

FB-60K/50-3D-050

Rated force

kN0-p

9.8

19.6

29.4

59.5

Random force

kNrms

6.9

13.7

20.6

41.7

Frequency rangeHz

to 200

to 200

to 200

to 200Max. acceleration

m/s2

20

20

30

30

Max. velocity

m/s

0.7

0.7

0.7

0.7

Max. displacement

mmp-p

50

50

50

50

Max. payload

kg

200

300

500

1000

Table sizemm

1000×1000

1200×1200

1500×1500

1500×1500

Input power

kVA

84

102

126

264

Power supply voltage

V

200

200

200/400

200/400

Moving elementkg

Cooling method

130

210

300

400

Air-cooled

Air-cooled

Air-cooled

Air-cooled※ The maximum random acceleration is about 1/3 of the maximum sine acceleration.
※ Lower limit frequency should be determined by a performance of an available vibration control system.
※ When exporting Vibration Testing System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan may berequired depending on the specifications such as rated force. Please contact us for details.
Electro Mechanical Instrument & Components

19

FS Series
Shock Test System

Shock

The FS series is specialized in high performance
shock tests designed for developing air bag
sensors.
The reliability of the sensor to be incorporated into
an air bag system needs to be extremely sensitive in
its nature. To succeed in controlling the characteristics of each sensor, the test system itself must be
highly reliable and accurate. The outstanding
response characteristics and control technology ofan electrodynamic actuator allows success in
manufacturing the test system that can meet theabove requirements. We have a large selection ofshock test systems depending on your applicationsuch as development, inspection in-production line
and head-on and flank crash simulation.

FS Series Specifications
Model

Shock Generator

Configuration Power Amplifier
Control System
Shock Force

kN0-p（kgf0-p）

Maximum
Ratingm/s2

Acceleration

Maximum Displacement mm0-p
Maximum Velocity

m/sMaximum Velocity Change m/s

Power Consumption kVA
Maximum Payloadkg

Moving Element kg

Table Dimensions
Shock Generator Table Screw

mm
mm

Outline Dimensions mm

Console Rack

Mass

kg

Mass

kg

Outline Dimensions mm

Model

Shock Generator

Configuration Power Amplifier
Control System
Shock Force

kN0-p（kgf0-p）

Maximum
Ratingm/s2

Acceleration

Maximum Displacement mm0-p
Maximum Velocity

m/sMaximum Velocity Change m/s

Power Consumption kVA
Maximum Payloadkg

Moving Element kg

Table Dimensions
Shock Generator Table Screw

mm
mm

Outline Dimensions mm

Console Rack

20

Mass

kg

Mass

kg

Outline Dimensions mm

FS-1022/05

FS-1240B/13

FS-1040B/19

FS-2078B/29

FS-3055B/15

369A-0503-S05

369A-0907-1/S

369A-0906-1/S

369A-0909-3/S

369A-0907-2/S

4.9

13.72

19.62

29.43

905-SH/10
271-C
(500)

608(62G)

912-SH/12
271-C(1400)

980(100G)

922-SH/10
271-C(2000)

980(100G)

at 2kg load

at 5kg load

at 10kg load

±2.2

±4.0

9

922-SH/20H
271-C(3000)

2451(250G)

922-SH/30
271-C
15.69

(1600)

980(100G)

at 2kg load

at 5kg load

±4.0

±7.8

±5.5

30

33

97

50

6(including table)9(including table)10(including table)10(including table)

11(including table)

36-M6 depth9

36-M6 depth9

16-M6 depth9

16-M8 depth8

100
4.4
10

250W×280D

120
6

10

250W×280D

100
6

10

200W×200D

200
10
10

200W×200D

300
7

10

200W×200D

16-M6 depth9

620W×920D×610H

760W×1200D×810H

900W×1260D×930H

900W×1460D×950H

900W×1660D×990H

630W×891D×1912H

1220W×956D×2150H

1830W×956D×2150H

2440W×956D×2150H

1830W×956D×2150H

FS-3050B/22

FS-3093B/30H

FS-5080/16

FS-60160/20

369A-0907-2/S

369A-0908-4/S

369A-0907-2/S

369A-0907-3/S

22.07

29

15.69

450
390

922-SH/30
271-C(2250)

1470(150G)

860

1000

922-SH/30H
271-C(2957)

1870(190G)

1470
1500

950-SH
271-C(1600)

980(100G)

1680
2500

960-SH
271-C
19.61(2000)

980(100G)

at 4kg load

at 2kg load

at 2kg load

±5.0

±9.3

±6.0

±10.0

56

115

64

100

11(including table)

11.5(including table)

14(including table)

18(including table)

16-M6 depth9

16-M8 depth8

16-M6 depth9

16-M6 depth9

at 4kg load
300
6

10

200W×200D

300
16
5

200W×200D

500
85200W×200D

600
16
5

200W×200D

900W×1660D×990H

900W×1660D×990H

1180W×2446D×1215H

1180W×2469D×1215H

1830W×956D×2150H

3660W×956D×2150H

1830W×956D×2150H

2444W×975D×1956H

1900
1500

1900
3000

3400
1500

3520
2900

1900
1500

Power Amplifier
The power amplifier of EMIC's vibration testing system adopts
the high-power D class digital switching amplifier which is mostsuitable for an electrodynamic vibration testing system. (On theother hand, the Linear amplifier is used for the compact
vibration generator system.)● Equip high-power D class digital switching ampliﬁer.
● Attain much space saving (our conventional products).
● Reduction of approx. 40% of consumption electricity(our conventional products).
● Electro-magnetic compatibility in accordance withboth FCC and VDE rule
● Flexible built-in design using power modules of 8
kVA and 12 kVA● Realization of wide band frequency response fromDC to 4 kHz with low distortion● Test article protection with soft start feature fromshock due to overshooting● Complete protection with multiple interlocking
features.

Power Amplifier Specifications
Specifications of Switching Amplifier Module
Model

368A

Amplifier circuit

Apparent power

Switching

0 to 4000

0 to 4000

120

160

350

170

12.0

kVA

Frequency range

Hz

Input voltage

Vrms

Output current (Sine)

1.8

100

Arms

Output current (Random)

8.0

1.5

Vrms

Output voltage

369A

Switching

A0-p

50

Outline Drawing● CRD-1500● CRD-2000
（39６）

(123)

654

LCD monitor isin an open state.

109(1210)

850(236)● CRD-2000W● CRD-2000T

760
1010±１１ 80● CRD-2000Q
2216

1662

2059

1108

2059

（3４０）
80

1010±11

2059

1390

2000

554±7

71

554±7

810
1030.3

Electro Mechanical Instrument & Components

21Energy Saving Drive System[ECO-Vibe neo]

OriginallyEquipped"ECO-Vibe neo" is an energy saving drive system designed to be environmentally-friendly.
The vibration test condition changes with the test specifications. Generally, the required rated force can becalculated by the product of the mass such as test article, fixture, table, etc. and testing acceleration. On
generic models for the other manufacturers, if the required excitation force for a test is less than the
maximum force specified, the ratio of power output will be at 100% with the FCO vive NFO, power consumption can be reduced by choosing the excitation force required for the specified test. The user chooses theforce range and power output of the system.

Reduction of power consumption/
Diﬀerence from conventional products

Energy Saving Drive Mode
NORMAL … System Output■

MODE1 … System Output■

MODE2 … System Output

100%
70%

50%

Energy Saving Eﬀect
Reduction of Electric Charge:

Approx. $Conventional products
ＥＣＯ-Vibe neo(Power consumption of power amp.)

7080.00/year(Approx. JPY790,000.00/year)(Estimation at 25% of rated output for 70%
of operating time)

ＥＣＯ-Vibe neo(Power consumption of ﬁeld power supply)Power Consumption（kW）■

Reduction of CO2
Approx.

NORMAL

38 ton/year

MODE1(Estimation at 25% of rated output for 70%
of operating time)※On March 29, 2006, estimated based on the Ministry of Economy,
Trade and Industry, environment departmental order third.
※Data of random excitation with our F-33000BD/LA36AP (33,000 N)

22

MODE2

0

10 20

30

40

50

60

System Output (%)

70

80

90

Correspondence to presence/absence of ECO-Vibe neo●Supported
×Non-supported

New Model

Former Model

F-1K/15-

F-01000BM
F-01300BM
F-02000BM
F-02000BM/A
F-02000BM/FA
F-02500AM/A
F-02500AM/FA
F-03000BM
F-03000BM/A
F-03000BM/FA
F-06000BM
F-06000BM/A
F-06000BM/FA
F-10000BD/LA16BP
F-15000BD/LA16AP
F-15000BD/LA26AP
F-22000BD/LA26AP
F-25000BD/LA26AP
F-28000BD/LA36AP
F-33000BD/LA36AP
F-35000BD/LA36AP
F-40000BD/LA40AP
F-43000BD/LA60AP
F-51000BD/LA60AP
F-60000AD/LA60AP
F-08500BDH/LA085SF
F-10000BDH/LA16BW
F-15000ADH/LA16BW
F-08000BDH/LA16AW
F-12000BDH/LA16AW
F-16000BDH/LA16AW
F-15000BDH/LA26AW
F-22000BDH/LA26AW
F-26000BDH/LA26AW
F-28000BDH/LA36AW
F-33000BDH/LA36AW
F-35000BDH/LA36AW
F-40000BDH/LA40AW
F-43000BDH/LA60AW
F-51000BDH/LA60AW

F-2K/20
F-2K/20A
F-3K/20
F-3K/20A
FT-3K/30
F-6K/20
F-6K/30
F-10K/56
F-15K/56
F-22K/60
F-25K/60
F-28K/60
F-33K/60
F-35K/60
F-40K/60
F-43K/60
F-51K/60
F-60K/60
FH-8K/51S
FH-10K/56
FH-15K/56
FH-08K/56
FH-12K/56
FH-16K/56
FH-22K/60
FH-26K/60
FH-28K/60
FH-33K/60
FH-35K/60
FH-40K/60
FH-43K/60
FH-51K/60

×
×
×
×
×
×
×
×
×
×
×
×
×
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●

●Supported
×Non-supported

New Model

Former Model

FH-60K/60
FL-08K/100
FL-12K/100
FL-16K/100-

F-60000BDH/LA60AW
F-08000BDH/SLS16
F-12000BDH/SLS16
F-16000BDH/SLS16
F-15000BDH/SLS26
F-22000BDH/SLS26
F-26000BDH/SLS26
F-28000BDH/SLS36
F-35000BDH/SLS36
F-60000BDH/SLS60
F-15600BDHH/SLS16
F-26000BDHH/SLS26
F-35000BDHH/SLS36
F-60000BDHH/SLS60-

FL-22K/100
FL-26K/100
FL-28K/100
FL-35K/100
FL-60K/100
FV-15K/100
FV-26K/100
FV-35K/100
FV-60K/100
FT-8K/51
FT-10K/80
FT-16K/80
FT-18K/80
FT-26K/80
FT-28K/80
FT-35K/80
FT-60K/80
FC-060K/60
F-060kBDH/LA100AWW
FC-080K/60
F-080kBDH/LA100AWW
FC-100K/60
F-100kBDH/LA100AWW
FC-200K/60
F-200kBDH/LA200AWW
FP-01K/30
P01
FP-02K/25
Σ9515-AB/SD
FP-02K/30A
Σ9515-AB/AS
FP-10K/51
FP-20K/51
FM-20K/60-3D-050
FM-30K/60-3D-050
FM-40K/60-3D-050
FM-60K/60-3D-050
FB-10K/50-3D-100
FB-20K/50-3D-120
FB-30K/50-3D-150
FB-60K/50-3D-150

●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
×
×
×
×
×
×
×
●
●
●
●
●
●
×
×
×
×

※ Some former models not listed above are provided with the ECO-Vibe neo. Please contact us for more information.

Electro Mechanical Instrument & Components

23Compact Vibration Generator System

510 Series

The compact vibration generator is used for vibration meter calibration, mechanical impedance measurement,
modal analysis excitation source and small light weight component vibration-proof test.
Particularly, concerning the Model:512-D and 513-D vibration generator, ceramic materials are used for theirarmatures becoming the first in the world, making excitation up to 30 kHz possible (up to 24 kHz for Model:513-D).
●Highly accurate vibration meter calibration, mechanical impedance measurement and modal analysis

excitation source●Vibration-proof test of various sensors and small light weight specimens such as electronic and electriccomponents●Educational material for fundamental experiment in vibration engineering

513-B
512-A
511-A

(standard product without trunnion stand)(with optional trunnion stand)

System Configuration

Vertical Auxiliary Table

Modal Analysis
Collet-and-chuck

Isolated mounting stud

Accelerometer
Accelerometer cable

Charge ampliﬁer

Basic System

Temperature (Humidity)
ChamberVibration Controller Data Logger*Please contact us for details.

BlowerVibration Generator

Power Ampliﬁer
10000 Hz

Function Generator

Soundprooﬁng Box

Simpliﬁed Slip Table System
Vibration Isolator

24

Counter Mass

Control System or Oscillator Required:
In addition to the compact vibration generator and power amplifier unit, avibration control system or function generator, accelerometer and charge
amplifier may be required for your application. An optional oscillator is available
for the power amplifier unit. As for details, please contact our sales department.

511・512 Series Specifications
Model
Type
Rated force
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Axial ResonanceMoving Element
Armature Material
Stiffness
Armature Size
Maximum Payload
Stray Field
Field PowerOperating Environment
Cooling
Dimensions
Mass
Matched Amplifier
Blower

511-A
Modal Analysis
15N
2 to 5k
Hz
230.7
m/s2
1.26
m/s
5.0
mmp-p
More than 3.9kHz
0.065
kg
Aluminum
5N/mm
M6 L =20mm―
kg―
Permanent Magnet－10 to + 40℃
w/o dewdrop
Natural
120W×190H×100D
mm
4.2
kg
371-A
―
Trunnion Stand

Accessory―

Option

512-D
512-A/A
512-D/A
512-A
High Force：64N
Standard
High Frequency：30kHz High Frequency：30kHz・High Force：64N
64
49
49
64
2 to 20k
2 to 20k
2 to 30k
2 to 30k
492.3
376.9
272.2
355.5
1.31
1.14
1.00
1.14
7.0
7.0
7.0
7.0
More than 16kHz
More than 16kHz
More than 32kHz
More than 32kHz
0.13
0.13
0.18
0.18
Magnesium
Magnesium
Ceramic
Ceramic
12
12
12
12
∅40
∅40
∅40
∅40
2.0
2.0
2.0
2.0
―
―
―
―
Permanent Magnet
Permanent Magnet
Permanent Magnet
Permanent Magnet－10 to + 40
－10 to + 40
－10 to + 40
－10 to + 40
w/o dewdrop
w/o dewdrop
w/o dewdrop
w/o dewdrop
Forced air
NaturalNaturalForced air∅150×178（★1）∅150×178（★1）∅150×178（★1）∅150×178
（★1）
9.5
9.5
9.5
9.5
372 -A
371-A
371-A
372 -A
Yes――
Yes
Interconnecting Cable×1 Interconnecting Cable×1 Interconnecting Cable×1 Interconnecting Cable×1
Grip× 2
Grip× 2
Grip× 2
Grip× 2
Trunnion Stand
Trunnion Stand
Trunnion Stand
Trunnion Stand（Mass 2.4kg）（Mass 2.4kg）（Mass 2.4kg）（Mass 2.4kg）（★1）Except for grip.

513 Series Specifications
Model
Type
Rated force
Frequency range
Max. acceleration
Max. velocity
Max. displacement
Axial ResonanceMoving Element
Armature Material
Stiffness
Armature Size
Maximum Payload
Stray Field
Field PowerOperating Environment
Cooling
Dimensions
Mass
Matched Amplifier
BlowerAccessory
Option513-B
Standard
98N
3 to 13k
Hz
264.8
m/s2
1.17
m/s
10
mmp-p
More than 12kHz
0.37
kg
Magnesium
14.0
N/mm
∅79
mm
3.0
kg
―
Permanent Magnet－10 to + 40℃
w/o dewdrop
Natural∅215×230H
（★1）
mm
26
kg
371-A
―
Interconnecting Cable×1
Grip× 2
Trunnion Stand（Mass 4.0kg）

513-B/AHigh Force：147N・196N
147
196
3 to 13k
397.2
529.7
1.43
1.67
10
More than 12kHz
0.37
Magnesium
14.0
∅79
3.0
―
Permanent Magnet－10 to + 40
w/o dewdrop
Forced air∅215×230H（★1）
26
372 -A
374-A
Yes
Interconnecting Cable×1
Grip× 2
Trunnion Stand（Mass 4.0kg）

513-D/AHigh Frequency：24kHz・High Force：147N
147
3 to 24k
262.5
1.14
10
More than 23kHz
0.56
Ceramic
14.0
∅79
3.0
―
Permanent Magnet－10 to + 40
w/o dewdrop
Forced air∅215×230H（★1）
26
374 -A
Yes
Interconnecting Cable×1
Grip× 2
Trunnion Stand（Mass 4.0kg）

513-DHigh Frequency：24kHz
98
3 to 24k
175
0.92
10
More than 23kHz
0.56
Ceramic
14.0
∅79
3.0
―
Permanent Magnet－10 to + 40
w/o dewdrop
Natural∅215×230H（★1）
26
372 -A―
Interconnecting Cable×1
Grip× 2
Trunnion Stand（Mass 4.0kg）（★1）Except for grip.

Dimensions● 511 Series(19.5)● 512 Series
∅150
40

63.5

Ｍ６

4-Ｍ4
depth 6

Blower Hose
（Outside
Diameter∅12）

∅20

107

216

(190)

Grip

12

∅30

Ｍ6 depth 10

12

Threaded Hole
Pattern
120

150

100

※Optional Stand● 513 Series
369

215
79

°

202.5

∅20

45

289.5

∅62

250

M6
depth 12220

※Optional Stand

4-M4
depth 12

Electro Mechanical Instrument & Components

25Compact Vibration Generator System

9514 Series

Our new standard compact vibration generator system is able to covervarious type of test.
The compact vibration generator systems, the 9514 Series, communize themajor components for the vibration generator. In addition, standard
specifications, increased payload specifications, through type specifications, and heat resistant specifications can apply to this system, so thisenables these high-performance vibration generators to be used in various
purposes. These systems also have the extensibility to handle rattle noise
measurements and other required specifications, and have the capabilityof performing various kinds of test by combining peripheral equipment.

9514-A Series

All-weather Type used in Workspaceof Environmental Chamber

9514 Series

9514 Series Specifications
Model

9514 -AN/SD

9514 -AB/SD

Type

Standard

High Force：500N

300
5 to 5k
250
1.2
15
（★1）
More than 4350Hz
1.2
Aluminum
Half Loop Flexure
Suspension &Guide
Sleeve Shaft
25.0
（★1）
Stiffness
N/mm∅75
Armature Sizemm
12Maximum Payload kg
VerticalThrust Axis
Less than 3mT（★2）
Stray Field
Permanent Magnet
Field PowerOperating Environment ℃ －10 to + 40 w/o dewdrop
CoolingNaturalDimensions(★4) mm
283W×270H×200D
Mass
25
kg
Matched Amplifier
373 -A
Blower―Accessory―
Accelerometer
OptionCounter Mass（★3）
Isolation (Rubber) Pad
N
Rated force
Frequency range Hz
Max. acceleration m/s2
Max. velocity
m/sMax. displacement mmp-p
Axial ResonanceMoving Elementkg
Armature Material

500
5 to 5k
416.7
1.2
25
More than 4350Hz
1.2
Aluminum
Half Loop Flexure
Sleeve Shaft
25.0
∅75
12
VerticalLess than 3mT（★2）
Permanent Magnet－10 to + 40 w/o dewdrop
Forced air（Blower）
283W×270H×200D
26375 -DYes―
Accelerometer
Counter Mass（★3）
Isolation (Rubber) Pad
Muffler for Air Cooling Blower

9514 - AN/MD
9514 - AB/WF
Modal Analysis
High Frequency
300
500
5 to 2.5k
5 to 10k
300
277.7
1.2
1.2
15
20
（★1）
More than 3600Hz
More than 6500Hz
1.0
1.8
Aluminum
Aluminum
Half Loop Flexure
Half Loop Flexure
Suspension &Guide
Sleeve Shaft
Sleeve Shaft
25.0
28.0
Stiffness
N/mm
∅50
∅75
Armature Size
mm
8.0
12
Maximum Payload kg
VerticalThrust Axis
Vertica（l Any direction by using flexure）
Less than 3mT（★2）
Stray Field
Less than 3mT（★2）
Permanent Magnet
Field Power
Permanent Magnet－10 to + 40 w/o dewdrop
Operating Environment ℃ －10 to + 40 w/o dewdrop
Forced air（Blower）
Natural
Cooling
283W×270H×200D
283W×270H×200D
Dimensions(★4) mm
26
26
Mass
kg
375 -A/Ｚ22
373 -A/Z13
Matched Amplifier
Yes―
Blower―Accessory
Collet-and-chuck Set（∅1.0, ∅1.5, ∅2.0, ∅2.35, ∅3.0）
Accelerometer
Accelerometer
Isolation (Rubber) Pad
Counter Mass（★3）
Muffler for Air Cooling Blower
Isolation (Rubber) Pad
OptionModel : 9514-AN/MD/Z12
Reinforced Stiffness : 50 N/mm (limited to max. 10 mmp-p)
Model : 9514-AN/MD/Z13
Low level acceleration with low distortion (limited to max. 10 mmp-p)
Model
Type
N
Rated force
Frequency range Hz
Max. acceleration m/s2
Max. velocity
m/sMax. displacement mmp-p
Axial ResonanceMoving Elementkg
Armature Material

26

9514 -AN/AS
Integrated Pneumatic Support
Large Displacement30mmp-p
300
5 to 3k
230.8
1.2
30
More than 3600Hz
1.3
Aluminum
Pneumatic Payload Support
Roller Bearing and Sleeve Shaft―∅75
12
VerticalLess than 3mT（★2）
Permanent Magnet－10 to + 40 w/o dewdrop
Natural
283W×276H×200D
27373 -A/Ｚ12―● Air Pump ● Midpoint Adjuster Block
Accelerometer
Counter Mass（★3）
Isolation (Rubber) Pad

9514 -AB/AS
Integrated Pneumatic Support
Large Displacement30mmp-p High Force500N
500
5 to 3k
384.6
1.2
30
More than 3600Hz
1.3
Aluminum
Pneumatic Payload Support
Roller Bearing and Sleeve Shaft―∅75
12
VerticalLess than 3mT（★2）
Permanent Magnet－10 to + 40 w/o dewdrop
Forced air（Blower）
283W×276H×200D
27375 -D
Yes● Air Pump ● Midpoint Adjuster Block
Accelerometer
Counter Mass（★3）
Isolation (Rubber) Pad
Muffler for Air Cooling Blower

9514 - AB/AW
All-weather Type used in Workspace of Environmental Chamber
500
300
5 to 3.0k
5 to 3.0k
416.7
250.0
1.2
1.2
10
10
More than 4300Hz
More than 4300Hz
1.2
1.2
Aluminum
Aluminum
Half Loop Flexure
Half Loop Flexure
Sleeve Shaft
Sleeve Shaft
30.0
30.0
∅83
∅83
10
10
VerticalVerticalLess than 3mT（★2）
Less than 3mT（★2）
Permanent Magnet
Permanent Magnet－ 40 to +125
（less than 98%RH）
Forced air（Blower）
Forced air（Blower）
382.5W×205H×333.5D
31
31
375 -D373 -ＦＷ
Yes
Yes
Built-in Accelerometer Model : 731-B, T-wrench (M5)Interconnection compatibility withchamber whose wall thickness is otherthan 70 to 100 mm
Muffler for Air Cooling Blower(★1) 25 mmp-p displacement is available by changing axial stiffness to 15 N.mm. （★2）At 50 mm above table center.
(★3) When attempting to drive the vibration generator at its rated force, vibration generator should be secured to reaction mass, rigid base or floor. （★4）Without any projection.

Air-suspension mechanism ensures displacement9514 Series

All-weather vibration test system

Relationship between payload, decreased displacement,
and maximum displacement

The compact all-weather vibration test system can beplaced in temperature and humidity test chambers toenable combined environmental reliability testing.
Compact, light-weight, waterproof, and highly resistant tocondensation and temperature, this test system can beplaced in temperature and humidity test chambers foruse as a combined environmental reliability test system.
The test chamber access ports can be used to connect
the devices, thus, eliminating the need to modify thetesting chamber. This system can also be used as astand-alone vibration test system, thesefore allowing forthe effective use of various testing equipment.

Since the test object is supported by a spring, theincreased mass of the loaded object will result in a lower
neutralpositionthus
reducingthemaximum
displacement for the armature of the compact vibration
generator. As part of our 9514 series, we offer an optional“air suspension mechanism”that eliminates any reductionin the maximum displacement.
※Please contact our sales dept for details.

● Standard● Air suspension mechanism● Duct bank

When a heavy test object isloaded, the support spring
extends and causes the
moveable range to decrease.

When a heavy test object isloaded, the air suspension
raises the armature equivalent
to the increase in mass.

Bundles all of theaccess cables andconduits inside
the chamber
Pursuing
waterproofness,condensation/temperature
resistance, andconvenience→Maximum displacement decreases→Maximum displacement is maintained
Test Article

Test Article
Suspension

Suspension

kg

kg

Moving Element
Displacement

Temperature (Humidity) Chamber

Accsess Ports

Movable Area

All-weather vibration
test system

Electric power
Acceleration Signal
Decreased Unchanged

IntakeExhaustMovable Area

Moving Element

Compressed air

Duct bankPneumatic Payload
SupportDimensions

Armature table∅75

9514-AB/WF∅190● 9514-AN/AS

9514-AB/AS

Armature table
∅75

(15)

∅190

45
°

∅
∅60

147

224.5

270
147

5
∅3
∅60

45
°

35

Threaded Hole
Pattern

234
283

(15)
13-M5 depth 10

13-M5 depth 10234
283(302.6)227.5

9514-AB/SD

276● 9514-AN/SD

Threaded Hole
Pattern● 9514-AB/AW
Armature table∅83°

9-M5 depth 10∅318.5
382.5

∅80.5

205
129

45

∅60

Threaded Hole
Pattern

Electro Mechanical Instrument & Components

27Compact Vibration Generator System

Power AmplifierThis power amplifier is specialized for compact vibration generators.
This specialized vibration testing power amplifier is optimally designed for compact vibration generator systems
and can also supply power for air-cooling blowers.
In addition, many options, such as transmitters, constant current mode, remote start and stop, duct silencers, andfan stop functions can apply, so this gives it the extensibility to suit all types of testing conditions.
375-D Series
373-A Series
372-A Series
371-A Series

Power Amplifier Specifications
Model371- A

372 - A373- A

373- A/Z12

Apparent power VA

110

220

330

330

330

Output voltage

Vrms

20.0

27.5

20.0

20.0

20.0

Output current

Arms

Frequency range Hz

5.5

8.0

16.5

16.5

2 to 30k

2 to 30k

2 to 10k

2 to 10k

373- A/Z13

16.5
ＤＣ to 10k（★1）
ＤＣ to 4k（★2）

Input Impedance

Ω

10k

10k

10k

10k

Input voltage

Vrms

1.0

1.0

1.0

1.0

1.0

Matching Impedance Ω

3.64

3.44

1.21

1.21

1.21

Load Impedance

Ω

1.82

1.72

0.67

0.67

0.67

S/N

dB

80

80

80

80

80

Less than 0.5％

Less than 0.5％

Less than 0.5％

Less than 0.5％

Less than 0.5％

Distortion
Meter

Arms

Input Connector
Input to Blower

7.5

10.0

20.0

20.0

20.0

BNC

BNC

BNC

BNC

BNC

̶

200Max.

̶̶̶Over current

Over current

Over current

Over current

Over current

Transistor tmperature

Transistor tmperature

Transistor tmperature

Transistor tmperatureOver voltage

Air pressure

Transistor tmperature

VA

Protector
Input Power

AC100V

Maximum Power VA

10k50/60Hz

AC100V

50/60Hz

AC100V

50/60Hz

AC100V

50/60Hz

AC100V

50/60Hz

300

800

1.1k

1.1k

1.1k

Dimensions

mm

480W×149H ×350D

480W×149H ×350D

480W×249H ×400D

480W×249H ×400D

480W×249H ×400D

Mass

kg

15

15

37.0

37.0

37.0

Operating Environment

Temp.: 0 to 40℃, hum.: 20 to 85％RH w/o dewdrop
373- FW

374- A

375 - A/Z22

375 - D

Apparent power VA

360

440

840

840

Output voltage

Vrms

30.0

40.0

35

35

Output current

Arms

12.0

11.0

24

24

2 to 5k

2 to 20k

DC to 10.0k

DC to 5.0k
10k

Model

Frequency range Hz
Input Impedance

Ω

50k

10k

10k

Input voltage

Vrms

1.0

1.0

1.5

1.5

Matching Impedance Ω

1.21

3.64

1.25

1.46

Load Impedance

Ω

0.67

1.82

0.63

0.73

S/N

dB

70

80

80

70

Less than 0.5％

Less than 0.5％

Less than 0.5%

Less than 1.0％

20.0

20

25.0

25.0

BNC

BNC

BNC

BNC

200Max.

300Max.

400Max.

200Max.

Distortion
Meter

Arms

Input Connector
Input to Blower

VA

Over current

Over current

Over current

Over current

Transistor tmperature

Transistor tmperature

Transistor tmperatureOver voltage

Leakage Protector

Leakage Protector

Transistor tmperature

Protector

Overdisplacement
Interlock
Input Power

AC100V

Maximum Power VA

50/60Hz

AC100V

50/60Hz

AC200V

50/60Hz

AC200V

50/60Hz

1.1k

1.5ｋ

2.4k

1.8k

Dimensions

mm

480W×249H ×400D

480W×249H ×400D

480W×249H ×602D

480W×199H ×450D

Mass

kg

37.0

37.0

52.0

35.0

Operating Environment

28 （★1）Under voltage mode （★2）Under current mode

Temp.: 0 to 40℃, hum.: 20 to 85％RH w/o dewdrop

Oscillator Option for Power Amplifier Unit
Model

Frequency range
Frequency Adjust

Miscellaneous (Option Feature)

Power Amplifier Model/G● Manual Operation of Blower

COARSE：Resolution 2Hz from 1 to 1kHz

● Constant Current Mode2 ranges,1 to 1kHz and 100 to 100kHz

FINE

200Hz from 100 to 100kHz: more than 5Hz adjustable from 1 to 1kHz
more than 50Hz adjustable from 100 to 100kHz● DC 12 V Input Power with Pressure Alarm Switch● Remote Start/Stop with Remote Control Box● Remote Start/Stop with Timer and Remote Control Box

Frequency Accuracy ±2％ (+2 scale) ＠ min FINE

● Duct Silencer

Output Waveform Sinusoidal waveform● Oscillator, Vibration Meter, Timer, Remote Control Switch

Frequency Stability 0.5Hz/℃ TYP at 1kHz (from 1 to 1kHz)

Output voltage

Distortion

Frequency Counter
Frequency range
Display

Resolution
Accuracy

Gate Time±1.0dB (within same range)● Stop Function of Fan

500 Hz standard from 1 to 1kHz

5 kHz standard from 100 to 100kHz

less than 0.3% from 5 to 1kHz(1 to 1kHz range)

less than 0.5% from 100 to 50kHz(100 to 100kHz range)

less than 0.7% from 50k to 100kHz(100 to 100kHz range)

1 to 100kHz
6 digits
1Hz±1Hz

1s fixed

Application
The following introduces several application examples using compact vibration generators.

We offer many kinds of testing systems by adding

various applications to our products corresponding
to clients’requirement.

Horizontal Testing Solution and
Reinforcement against Offset Load
The figure shows the add-on
features, horizontal slip table withlinear bearing and einforcement
against offset load in verticalvibration mode. The table size
can be changed according to thecustomer's needs.
Rattle Noise Check System
Used for measuring and evaluating very low abnormal noise(rattle noise) from audio equipment such as CD,
DVD player, etc. mainly used for
car audio systems. The system
consists of a vibration controller
and sound-proof box to deaden
ambient noise as well ascompact vibration generator andassociated power amplifier.

Model : EM-983
Ultra High Frequency Vibration Generator
The EM-983 is a high performance vibration generator of ultra high frequency and small cross-talk.

Designed for primarily measuring the high frequency
characteristic of head suspension for a hard disk.
● Upper Operating Frequency：100kHz● Ceramic armature structure● Use：Measuring frequency characteristic of headsuspension for hard disk and accelerometer,and spurious of crysta l for cellular phone.

Raised Type for
Horizontal Application

Equipped with
Degaussing CoilElectro Mechanical Instrument & Components

29Vibration Control System

DCS-98000MJ

DCS-98000MJ provides extensive software along with its hardware, which is most suitable for the vibration control

of an electrodynamic vibration testing system. The vibration controller executes the vibration test profile that thecustomer requires and is designed to be able to easily perform a complicated vibration test. It carries DSP performing high-speed digital signal processing and is comprised of the industrial use PC main body of high reliability, thecontroller is equipped with the latest Microsoft Windows OS which it is easy to operate, and the control software
standardized on the random, sine and shock and provide rich option software.

※ When exporting Software of Vibration Control System from Japan to overseas, Export License from the Ministry of Economy, Trade andIndustry in Japan is required. Please contact us for details.

Typical Software Package Specifications
Random vibration control package

30

Model

ESP-121ME (English) / ESP-121MJ (Japanese)

Major
Specifications■

Control method:

PSD profile■

Frequency range:

Max. 5000 Hz■

Frequency resolution:

Max. 3200 line■

Control dynamic range:

144 dB (Theoretical value)■

Loop time:Less than 200 ms @ 400 line and 2000 Hz■

Max. input number:

16 ch

■

Random setup profile:

Breakpoint (Hz), power spectral density (PSD), slope■

Max. test time:

9999 hours 59 minutes 59 seconds■

Data I/O function:

Text format output (CSV), Microsoft Excel form (xlsx)

Sine vibration control package

User-defined waveform long period equalization

Model

ESP-221ME (English) / ESP-221MJ (Japanese)

Major
Specifications■

Control method:

Maximum acceleration level
Minimum acceleration level
Average acceleration level

Model

ESP-421ME (English) / ESP-421MJ (Japanese)

Major
Specifications■

Control method:

Equalizing transfer function■

Frequency range:

Max. 1000 Hz■

Freq. resolution:

Max. 1600 line■

Frequency range:

0.1 to 10000 Hz■

Permissible data:

Max. 4096000 (app. 4.5 h/app. 100 sample)■

Preset parameter:

Frequency,■

Monitor function:

Target waveform,

Acceleration,

Control waveform,

Velocity,

Output waveform.

Displacement.
■

Frequency control:■

Graphic function:

Spectrum,Transfer function.

Sweep mode (LIN or LOG mode),
Fixed mode,
Manual setting mode.

■

Time and cycle:

Duration (Max. 999 h 59 m 59 s)■

Control system:

Max. 2 systems■

Input channel:

Max. 16 ch

Monitor parameter:

Cycle (Max. 1010 cycles)■

Shock control package

Acceleration,

Model

ESP-321ME (English) / ESP-321MJ (Japanese)

Vibration level,

Major
Specifications■

Frequency,
Output voltage.
■■

Graphic function:

Analysis feature:

Control method:Classical shock pulse(Half sine, sawtooth, trapezoidal),Arbitrary shock waveform,
Output level and spectrum.

Preset acceleration,
Input response,■

Pulse duration:

0.5 to 150 ms

Output response.

■

Freq. resolution:

Max. 25600 line

Transfer function,■

Preset parameter:

Shock waveform.
Pulse duration.

Response spectrum.
Software Package Option

Model

Random-on-Random (ROR) Software (10 band)

ESP-122ME (English) / ESP-122MJ (Japanese)

Sine-on-Random (SOR) Software (28 tone)

ESP-123ME (English) / ESP-123MJ (Japanese)

Limit Channels Control (Random)

ESP-124ME (English) / ESP-124MJ (Japanese)

PSD Conversion

ESP-125ME (English) / ESP-125MJ (Japanese)

Resonant Search and Dwell Control

ESP-222ME (English) / ESP-222MJ (Japanese)Sound Skip Check

ESP-223ME (English) / ESP-223MJ (Japanese)

Limit Channels Control (Sine)

ESP-224ME (English) / ESP-224MJ (Japanese)

Swept Triangular Control

ESP-225ME (English) / ESP-225MJ (Japanese)

Shock Response Spectrum (SRS)

ESP-322ME (English) / ESP-322MJ (Japanese)

Sine Beat Control

ESP-323ME (English) / ESP-323MJ (Japanese)

CERT Program Software

ESP-621ME (English) / ESP-621MJ (Japanese)

LAN Remote Monitor Package

ESP-821ME (English) / ESP-821MJ (Japanese)e-mail Control Package (ESP-821ME(English) / ESP-821MJ(Japanese) required)

ESP-822ME (English) / ESP-822MJ (Japanese)

Watch Dog Timer Control Package

ESP-823ME (English) / ESP-823MJ (Japanese)※ As for the detailed information of Software Package, please contact us.

Model

Language

Input

DCS-98104ME(G)-W10

English4ch

DCS-98104MJ(G)-W10

Japanese

4ch

DCS-98104ME(GS)-W10

English4ch

DCS-98104MJ(GS)-W10

Japanese

4ch

DCS-98108ME(G)-W10

English8ch

DCS-98108MJ(G)-W10

Japanese8ch

DCS-98112ME(G)-W10

English12ｃｈ

DCS-98112MJ(G)-W10

Japanese

12ｃｈ

DCS-98116ME(G)-W10

English16ch

DCS-98116MJ(G)-W10

Japanese

16ch

Electro Mechanical Instrument & Components

31

OptionHorizontal Testing Solution

The slip table system is the most familiar option to perform horizontal testing of a bulky unit or an article, which
the mounted configuration cannot be changed. It has many uses for various tests such as: transportation test ofelectrical appliances, computers and office equipment, durability test of railway rolling stocks, signaling equipment
and automobile parts, and environmental test of aeronautical equipment.
The general purpose ST series slip table system incorporates oil film slip table technology of circulating oil
between a sliding slab and a slip table, which applies to most commonly applied operated range.
The oil circulating linear bearing strongly restrains and supports a specimen against eccentric moment. Therefore,a high center of gravity and off-center loads can be excited safely. The ST series slip table system is the mostpractical because of its high restraint while maintaining high accuracy.

Specification
Model

Working Areamm

Screw Hole Patternmm

Screw Size

Operating Frequency
Maximum Payload
Table & Joint Mass

Hz
kg
kg

Matched Shaker
Model

Working Areamm

Screw Hole Patternmm

Screw Size

Operating Frequency
Maximum Payload
Table & Joint Mass

Hz
kg
kg

Working Areamm

Screw Hole PatternmmMatched Shaker

32

ST-050-36

ST-060-06

ST-060-16

ST-060-26

ST-060-36

25-M1025-M1025-M1025-M1036-M1036-M1036-M1036-M10

100

Hz
kg
kg

500×500
100

500×500
100

500×500
100

600×600
100

600×600
100

600×600
100

2000

2000

2000

2000

2000

2000

2000

28

32

34

44

35

40

41

500

500

500

500

500

500

500

600×600
100

2000
500
52

906

916

926

936

906

916

926

936

ST-070-06

ST-070-16

ST-070-26

ST-070-36

ST-080-06

ST-080-16

ST-080-26

ST-080-36

49-M1049-M1049-M1049-M1064-M1064-M1064-M1064-M10700×700100

700×700100

700×700100

700×700100

800×800100

800×800100

800×800
100

1800

1800

1800

1800

1700

1700

1700

46

51

52

65

59

64

65

600

600
916

ST-100-16600
926ST-100-26

600
936ST-100-36

600
906ST-120-16

600
916

ST-120-26

1000×1000

1000×1000

1000×1000

1000×1000

1200×1200

1200×1200

200

200

200

200

200

200

100-M10

Screw Size

Table & Joint Mass

ST-050-26

ST-100-06

Model

Maximum Payload

ST-050-16

500×500

906

Matched Shaker

Operating Frequency

ST-050-06

100-M10

100-M10

100-M10144-M10144-M10600
926

ST-120-36

1200×1200
144-M10
200

1500

1500

1500

1500

1200

1200

1200

100

105

106

110

147

148

152

1000
906

1000
916

1000
926

1000
936

2000
916

2000
926

2000
936

800×800
100

1700
600
80

936

OptionVertical Auxiliary Table
The vertical auxiliary table is the fixture most commonlyused in various vibration tests to expand a mounting
surface of the vibration generator for performing thetransportation package test such as food, drink, chemicals, and large products as home electric appliances, andOA apparatus. Specifications in this fixture are important,
but there is close relationship among table area, upper
limit of frequency, and mass. In consideration of convenience and versatility, the vertical auxiliary table hasvarious table sizes, threaded hole pattern for attaching a
specimen and L-type hook (option) available.

Specification
VT-060-16-N-A

Model
Working Areamm

Table Size

mm

Mass

kg

Screw Pitch

mm

600
500

Maximum Frequency Hz

Part Number

VT-060-36-N-A

VT-080-16-N-A

VT-080-26-N-A

VT-080-36-N-A

600

58.0

31.0

500

600

600

58.5

31.5

1000

500

600

800

800

800

800

800

800

59.0

48.5

81.0

49.0

81.5

49.5

82.0

100

100

100

100

1000

200

500

200

500

200

500

36-M10, DP:15

32-M10, DP:15

36-M10, DP:15

64-M10, DP:15

60-M10, DP:15

64-M10, DP:15

916/P10/S-085

926

936

916/P10/S-085

926

936

100

Compatible Model

600

1000

30.5

Screw Size

P.C.D

VT-060-26-N-A

600W×75H 600W×175H 600W×75H 600W×175H 600W×75H 600W×175H 800W×75H 800W×175H 800W×75H 800W×175H 800W×75H 800W×175H
×800D
×800D
×600D
×600D
×600D
×600D
×600D
×600D
×800D
×800D
×800D
×800D

100

100

100

100

100

100-200

80-160-240

100-200-300

B3-J・4870

B3-J・4873 B3-J・4871

B3-J・4874 B3-J・4872

100

100

100-200

80-160-240

100-200-300

B3-J・4875 B3-J・4876

B3-J・4879 B3-J・4877

B3-J・4880 B3-J・4878

B3-J・4881

VT-100-16-N-A

VT-100-26-N-A

VT-100-36-N-A

VT-120-16-N-A

VT-120-26-N-A

VT-120-36-N-A

mm

1000W×125H
×1000D

1000W×125H
×1000D

1000W×125H
×1000D

1200W×150H
×1200D

1200W×150H
×1200D

1200W×150H
×1200D

Table Size

mm

1000

1000

1000

1200

1200

1200

Mass

kg

90.0

91.5

92.0

126.0

126.5

127.0

Screw Pitch

mm

Model
Working Area

Maximum Frequency Hz

200

200

200

200

200

200

100-M10, DP:15

96-M10, DP:15

100-M10, DP:15

144-M10, DP:15

140-M10, DP:15

Compatible Model

916/P10/S-085

926

936

916/P10/S-085

926

Part Number

B3-J・4882

B3-J・4884

B3-J・4885

Screw Size

100

100

100-200

P.C.D

80-160-240
B3-J・4883

100

100-200-300

100

100-200100

80-160-240
B3-J・4886

144-M10, DP:15100
936

100-200-300
B3-J・4887※ Fixture is made of Aluminum. Magnesium alloy fixture is also available.
※ Auxiliary tables for special specimens or special vibration conditions are available. Please contact us for details.

OptionCubic Style Fixture
The JSA series cubic style fixture is used for performing
vibration test of relatively small and light specimen
such as various sensors, electrical components including electronic parts, printed circuit boards. In addition,
we design and produce fixtures that meets the requirements for strength, stiffness, resonance frequency bytaking the mass of a test article and frequency range ofthe vibration testing system into consideration.

Specification
JSA-150

Model

Cube Size

ｍｍ

Mass

kg

Maximum Frequency Hz
Screw Size

JSA-300

200W×200H×200D

300W×300H×300D

2000

2000

2000

2000

2000

2000

1000

1000

1000

M5, DP:10

M5, DP:10

M5, DP:10

M6, DP:12

M6, DP:12

M6, DP:12

M10, DP:20

M10, DP:20

M10, DP:20

100

80-160100

100-200

80-160100-200

100-200

80-160-240 100-200-300

6Compatible Model

916/P10/S-085

Part Number

B3-J・5100

P.C.D

JSA-200

150W×150H×150D
6926

B3-J・5101

6

11

936

916/P10/S-085

B3-J・5102

B3-J・5103

15926

B3-J・5104

11

31

936

916/P10/S-085

B3-J・5105

B3-J・5106

31926

B3-J・5107

30

936

B3-J・5108※ Parts mounting plate for X, Y and Z axes of test allows for tailoring of its feature to fit to your specimen.
※ Cube mass does not include specimen mounting board. Fixture is made of Aluminum. Magnesium alloy fixture is also available.
※ Auxiliary tables for special specimens or special vibration conditions are available. Please contact us for details.
Electro Mechanical Instrument & Components

33

Option

Add-on Mechanism for Vibration Generator
Reinforcing Mechanism against Offset Load
This mechanism enables themounting of a load whose
center of gravity is not on
the centerline of the armature table. The guide mechanism added to the vibration
generator can respond tovibrations causing a large
eccentric moment.

Load Support Enhancement Mechanism

The addition of a pneumatic spring to the reinforcing
mechanism
againsttheoffset load makes it possible to increase the payload
mass capability of thevibration generator.

Counter Mass

Electrical Towing Mechanism

The counter mass is necessary for exciting large andheavy test specimens bysuppressing shaking of thevibration generator body.

This mechanism is covenient
for moving a vibration
generator placed on therails.

OptionAdd-on Mechanism for Slip Table System
Electric Rollover Mechanism
This mechanism rotates thevibration generator body toeasily change the thrust axis.

Duct switching for Thrust Axis
This duct eliminates thehandling of a blower hosein changing the thrust axisof the vibration generator.

Table Liftup Mechanism

This mechanism is used formoving the vertical auxiliary
table up and down for easy
attachment and removal.
The work for this operation
can be reduced to utilize anarrowworkingspaceeffectively.

Fixture Transfer Mechanism

Installing and removing of
the vertical auxiliary table
can be performed byputting it on the movementbase. The work for thisoperation can be reduced.

OptionOthersCE Marking
It is possible to fit our product in the CE marking process specified in Europe (EU).
34

New Addition Options
We are manufacturing new convenient option sothat we can proceed with vibration test smartly.

Stand Automatic Lock Mechanism
A mechanism for fixing the vibration generator
automatically when changing the thrust axis between
vertical and horizontal.
It automatically changes the thrust axis and fixes thevibration generator with one button (In case of using
an electric rotating mechanism together).
In case of installing a temperature chamber, it ispossible to drastically reduce the burden of narrow
space work and manual work.

Chamber Floor Plug Lifting Device
This mechanism for raising and lowering the floor
plug of the chamber, makes it easy to change thevibration direction and install the chamber.
This mechanism allows operators to combine thevibration testing system and chamber without thenecessity of physically placing the floor plug on the
VTS. In addition, since the floor plug can be lifted tothe chamber, the installation space for the entire
system will be smaller.

Temperature (Humidity) Chamber

Floor Plug for Chamber

Vibration Generator

Slip Table for Horizontal Excitation

Electro Mechanical Instrument & Components

35Vibration-Temperature (Humidity) Combined Environmental
Reliability Test System

VC Series General Purpose Vib-Tech Chamber ®

※The vibration controller is mounted in the console rack. (Optional)

A combined environmental reliability test system is designed for performing vibration test under specified

temperature and humidity conditions. The combined reliability tests have been performed to evaluate reliability ofequipment from early days in the field of aerospace industry. But in recent years, electronic devices such as semiconductors, etc. are rapidly advanced in technology and complex materials made of plastic are used in theautomobile industry. The combined reliability test today becomes indispensable to assure product reliability.

Until now, temperature, humidity, vibration, these three tests have been done separately. But, EMIC's combined
environmental reliability test system enables simultaneous performance, therefore, the required test time can be
reduced drastically, and the reliability of a test unit can be checked under more severe combined environmental
condition than conventional test methods.

Vib-Tech Chamber® is a trademark of EMIC CORPORATION.

Vib_Tech Chamber ® Specification
Selection Item
Base Model

Category
Refrigerator

Condensation
Moving Mechanism
Combination with Shaker

Code

600W×700H×600D

mm

Volume [252ℓ]

VC-102 ----------------------------------------------

1000W×1000H×1000D

mm

Volume [1000ℓ]

VC-082 ---------------------------------------------A -------------------------------------------------------B -------------------------------------------------------D -------------------------------------------------------A -------------------------------------------------------W -------------------------------------------------------------------------------------------------------------------

F -------------------------------------------------------M -------------------------------------------------------X -------------------------------------------------------Y --------------------------------------------------------

Programmer/Controller
Recorder

800W×800H×800D
Oven

mm

Volume [512ℓ]

Temperature Chamber

Temperature Humidity ChamberAir-cooled

Water-cooled

Not applicable

Fixed to Floor TypeMoving on Rail Type
Drawer Type

Detachable Diaphragm Floor Plug Type(01)(02)(03) ---------------------------------------

Through Hole Type
01 (RT+10℃ to 100℃) 02 (RT+10℃ to 150℃)

03 (RT+10℃ to 180℃)※(31)(32)(33) ---------------------------------------

31 (-40℃ to 100℃)

33 (-40℃ to 180℃)※(51)(52)(53) ---------------------------------------

51 (-70℃ to 100℃)

P3 ------------------------------------------------------LCD Touch Screen Controller

X --------------------------------------------------------

5.7”TFT Color LCD, 10CH Input (Expandable up to Max. 100 CH), SD Card, LAN Connection

Z --------------------------------------------------------

Temperature Range

Specification

VC-062 ----------------------------------------------(21)(22)(23) ---------------------------------------

21 (-25℃ to 100℃)

22 (-25℃ to 150℃)(41)(42)(43) ---------------------------------------

41 (-55℃ to 100℃)

42 (-55℃ to 150℃)

M1 ------------------------------------------------------

Manually Operated Digital Controller

T --------------------------------------------------------

32 (-40℃ to 150℃)
52 (-70℃ to 150℃)

23 (-25℃ to 180℃)※
43 (-55℃ to 180℃)※
53 (-70℃ to 180℃)※

5.7”TFT Color LCD, 6 CH Input, SD Card, Option: 12CH Input※ Upper limit of 200℃: Option※ When exporting Combined Environmental Testing System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan
may be required depending on the specifications such as temperature range and rated force. Please contact us for details.
36

Chamber Transfer Mechanism for switching Vibration
Axis between Horizontal andVertical Direction (Optional)
This mechanism is used for combining a chamberwith the vibration testing system which a slip table
is attached. The chamber can be easily joined withthe vibration generator and slip table through aspecial interface using a lift mechanism to move thechamber up and down and the rails tomove it horizontally. In addition, they

can be used independently from each
other

by

separating

thevibration

testing system from the chamber.

Cantilever Type Chamber
The cantilever type temperature/humidity chamber
has no frame around its test room to make thesetup of a test article easier, therefore, the operating efficiency can be greatly improved. The test

room can be moved with the test article mounted
on the vibration generator.

※Crane is an option.
Electro Mechanical Instrument & Components

37Vibration-Temperature (Humidity) Combined Environmental
Reliability Test System

EHVC Series Rapid Vib-Tech Chamber ®

※The vibration controller is mounted
in the console rack. (Optional)

The EHVC Series Rapid Vib-Tech Chamber® is designed for highly accelerated life testing, the demand is increasing
today. This is a joint system of the AGREE chamber and thermal shock chamber that we have manufactured andmakes the temperature rate up to 16.8℃/min feasible with a compressor only.

With this feature, the highly accelerated life test such as AGREE tests, most thermal shock tests can be done with
one unit. Also the area requirement for installing the unit is about a half the space compared with the thermal
shock test chamber composed of three compartments made by us until now.

Vib-Tech Chamber® is a trademark of EMIC CORPORATION.

Specification
EHVC-1118BWFY(53H13)

EHVC-1372BWFY(53H18)

Interior Dimensions

1118W×914H×1118D mm

Dimensions

1981W×2440H×2845D mm

Model

Temperature Range
Temperature Rise Rate

Temperature Decrease Rate

EHVC-1118DWFY(53H11)

EHVC-1372DWFY(53H15)

1372W×1016H×1372D mm

1118W×914H×1118D mm

1372W×1219H×1372D mm

1980W×2540H×2972D mm

1981W×2440H×2845D mm

1980W×2795H×3300D mm-73 to +180℃-73 to +180℃-73 to +180℃-73 to +180℃

13℃/min18℃/min

10℃/min

15℃/min20℃/min25℃/min18℃/min18℃/min

13℃/min18℃/min

11℃/min

15℃/min20℃/min25℃/min18℃/min18℃/min

60℃/min

60℃/min

60℃/min

60℃/min

Humidity Range－－

10 to 98%RH

10 to 98%RH

Option

LN2

LN2

LN2

LN2

Temperature Decrease w/ LN2※ The above temperature change rate is achieved under the condition of room temperature + 26℃, power supply frequency 60 Hz, regulated coolant temperatureand specified flow rate. When the power supply frequency is 50 Hz, the temperature change rate is different from the above value, so please contact us.
※ It is the average temperature change rate at the vent without a test specimen over the temperature range from －40℃ to +85℃.
※ When exporting Combined Environmental Testing System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan
may be required depending on the specifications such as temperature range and rated force. Please contact us for details.

38Vibration-Temperature (Humidity) Combined Environmental Reliability Test System

HALT/HASS EVTC Series
Highly Accelerated Life Test System

HALT/HASS testing challenges the design, components, sub-assemblies and final assemblies of today's manufactured products. Stresses are applied through a number of conditions to set operational limits and ultimately

precipitate failure in the HALT/HASS test environment. Rapid thermal change rate is one of the classic conditions
that facilitate product stress.

Six-degree-of-freedom (6DoF), pseudo-random vibration
Temperature range: －100 to ＋200 ℃● Temperature transition rate: 60 ℃ per minute (average)●●※ To limit the usage of LN2 gas, Hybrid models equipped with refrigerators are available.

Specification
ModelInterior
Dimensions
Table Dimensions

EVTC-4

EVTC-6

762W×914H×762D mm 914W×914H×914D mm
610 mm×610 mm

762 mm×762 mm

EVTC-9EVTC-16

EVTC-25

EVTC-36

1067W×965H×1067D mm

1372W×965H×1372D mm 1676W×965H×1676D mm 1930W×965H×1930D mm

1067W×1270H×1067D mm

1372W×1270H×1372D mm

1676W×1270H×1676D mm

1930W×1270H×1930D mm

914 mm×914 mm

1220 mm×1220 mm

1524 mm×1524 mm

1778 mm×1778 mm

Temperature Range-100 to +200℃-100 to +200℃-100 to +200℃-100 to +200℃-100 to +200℃-100 to +200℃

Transition Rate

60 ℃/min(average)

60 ℃/min(average)

60 ℃/min(average)

60 ℃/min(average)

60 ℃/min(average)

60 ℃/min(average)

Maximum
Acceleration

588 m/s2(59.9G)

588 m/s2(59.9G)

588 m/s2(59.9G)

588 m/s2(59.9G)

588 m/s2(59.9G)

588 m/s2(59.9G)

Pseudo-random

Pseudo-random

Pseudo-random

Pseudo-random

Pseudo-random

Pseudo-random

Frequency Range

10 to 10 kHz

10 to 10 kHz

10 to 10 kHz

10 to 10 kHz

10 to 10 kHz

10 to 10 kHz

Maximum Payload

315 kg

315 kg

315 kg225 kg225 kg225 kg∅152 mm×2∅152 mm×2∅152 mm×3∅152 mm×3∅152 mm×3∅152 mm×3∅25.4 mm×1∅25.4 mm×1∅25.4 mm×1∅25.4 mm×1∅25.4 mm×1∅25.4 mm×1

Door

2

2

2(Front & Rear)

2(Front & Rear)

2(Front & Rear)

2(Front & Rear)

Viewing Window

2

2

4

Access Ports

Exterior Dimensions 1524W×2413H×1118D mm 1676W×2438H×1245D mm 1829W×2712H×1397D mm

4

4

4

2134W×2712H×1702D mm

2438W×2717H×2007D mm

2692W×2717H×2260D mm

Uncrated Weight855 kg1125 kg

1800 kg

2250 kg

2700 kg

3150 kg

Input Power

3φAC 415V 70A

3φAC 415V 70A

3φAC 415V 145A

3φAC 415V 145A

3φAC 415V 202A

3φAC 415V 214A

※ As for the detailed utilities (LN2, compressed air, ventilation, exhaust), please contact us.
※ When exporting Combined Environmental Testing System from Japan to overseas, Export License from the Ministry of Economy, Trade and Industry in Japan
may be required depending on the specifications such as temperature range and rated force. Please contact us for details.

Electro Mechanical Instrument & Components

39

Application ProductAgree Type
Combined Environmental
Reliability Test System

Heat Durability of Material
Surface with Infrared Ray
Irradiation/ vibration Cert System

Combined Environmental Reliability Test (CERT)
system is to test equipment for aircraft according to
the MIL-STD-781C standard.

CERT with Infrared Ray Irradiation for testing Heat Durabilityof Material Surface Combined Environmental Reliability Test
System for testing inner packaging material such as instrumentation panels, cut-out bodies, doors and bumpers. In
addition to a customary vibration-temperature combined
environmental stress, the surface of a specimen can be
simultaneously subjected to heat stress due to sunlight.

Rapid heating and cooling performancefrom 5℃/min to 10℃/min● Temperature range: －55℃ to ＋177℃●

Temperature range : －45℃ to ＋150℃
Humidity range : 30 to 90％RH● Surface Temperature range : ＋50℃ to ＋150℃●●

CERT with Rotation Added

CERT with Hose Pressure Testing

Vibration - Temperature/Humidity Combined Environmental Reliability Test System which forcefully rotates
an actually configured specimen such as: water
pumps, dynamos, alternators, etc. for a car.

Combined Environmental Reliability Test System fortesting a pressure-proof hose or radiator hose for a car.
It tests the durability of a pressure-proof hose in its
actual configuration under heating and circulating antifreeze or oil while pressurizing statistically or dynamically with a controlled temperature and vibration stress.

Temperature range：－40℃ to ＋150℃
Humidity range : 30 to 95％RH● Rotation : 0 to 12000rpm● Rotation torque : 0.4N・m●●

Details of Rotating
Feature40●●

Ambient temperature : －40℃ to ＋150℃
Hose pressurizing specification :Maximum compression : 80kN
Maximum displacement : ±75mm
Pressurizing force : 19MPa
Circulating quantity : Maximum 40ℓ /minConfiguration of
Hose in Workspace

CERT for Exhaust Catalyst

Low Frequency and
Acceleration CERT

Combined Environmental Reliability Test System forexhaust catalyst (catalyzer) of a car. The hot air of
1000℃ generated with gas burner and the open air aresupplied alternatively into the specimen on a shaker
armature table. In addition, the water is also sprayedsimulating the conditions of water pools and rain.

Combined Environmental Reliability Test System for calibration and characteristic measurement at low frequency, it can be applied to test a low frequency acceleration
sensor, riding comfort sensor, sensitive instrument toearthquakes, heater safety device against earthquakes.

●●

Frequency range : 0.1 to 100Hz
Max. displacement : 300mmp-p● Rated force : 49N● Temperature range : －50℃ to ＋100℃●●

Hot air temperature : RT to 1000℃
Available gas : City gas, LP gas

Vacuum CERT

CERT with Rain and Water Spray

Vacuum CERT simulates the vibration generated bylaunching rockets to test aerospace components
such as bearings, gears, harmonic drives, and valves.
Specimen characteristics are sequentially evaluatedunder temperature/vacuum combined environments.

Combined Environmental Reliability Test System forparts around the wheel of a car and those for motorcycle. In addition to ordinary temperature and humidity tests, the water can be also sprayed simulating theconditions of water pools and rain.

Vacuum Chamber Dimensions : ∅1000mm×L1000mm
Attainable pressure : Less than 1×10－5Pa● Temperature range : －150℃ to ＋100℃● Force : 80,000N（Sine）
57,700N rms（Random）●●

Water Splashing :Maximum 50ℓ/min● Water Splashing Port :Spray nozzle● Temperature range
to －40℃ to ＋150℃●

Stirring fan
Flow
meter

HeaterSensorTemperature
controller

Cooling CoilRecorderHumidiﬁer

Water supply port

Refrigerator※ Because these products are custom ordered, EMIC may no longer manufacture these systems.
Electro Mechanical Instrument & Components

41

Application Product
Model : EMS-224
Angular Electrodynamic Shock Test System

Model : EMS-225
Dual Angular Electrodynamic Shock Test System

EMS-224 is designed for testing the characteristic of an
overturn angular velocity sensor (angular accelerometer for areference acceleration signal) to be installed in a car. It is oneof the various sensors used for cars and recently high performance test system for its development has been required.
This shock test system is developed on an electrodynamic
rotating actuator, and its control technology enables the
reproductions of a haversine shock pulse and any angularvelocity waveform as well as a half-sine shock pulse.

EMS-225 is designed for testing the characteristic of anangular velocity and acceleration sensor.
A specimen-mounting table moves back and forth along a
circular arc to generate angular velocity or angular acceleration according to a reference profile. It is used formeasuring the frequency characteristic of sensors loaded
on a car and gyro sensor for AV equipment.
It is constructed to be easily combined with an environmental chamber to add temperature or humidity, which isan important environment for measuring characteristics.

Model : EM-852
Rotating Type Shock Test System

Model : EM-983
Ultra High Frequency Vibration Generator

The EM-852 applies rotating shock force to various
storage devices such as: hard disk for servers, magnetic tapes, DVD drive units, vehicle-mounted equipmentthat has a rotor, gyro, sensor.

The EM-983 is a high performance vibration generatorof ultra high frequency and small cross-talk. Designed
for primarily measuring the high frequency characteristics of head suspension for a hard disk.

Produced Energy : 60J
2
Maximum Acceleration : 100krad/s（
for pulse wodth of 0.5 ms）● Table Size : ∅250mm●●●

Upper Operating Frequency : 100kHz（f0：Higher than 60kHz）
Ceramic armature structure● Use : Measuring
frequency characteristic of headsuspension for hard disks and accelerometers,
and spurious of crystals for cellular phone.
●Base for setting thrust axis to horizontal direction (left) anddegaussing device (right) are option for EM-772.
42

Rattle Noise Check System
The system is designed for measuring and evaluating
faint unusual sounds (commonly called“Rattle Noise”)
generated from audio equipment such as a CD player
mounted mainly on a car audio. A sound-proof box for
attenuating surrounding noise and vibration test system
matching to the usage shall be custom designed.

Stored in soundproof box.
Vertical / Horizontal Vibration Test
Equipment for Rattle Noise Evaluation.

Bridge Model
Exciting And Attenuating Test System
The system is designed for analyzing its structure by
exciting the model of a large bridge before construction. Its attenuation constant can be measured byswitching it into attenuation mode after excited with anelectrodynamic shaker. The moving element is supported by the bearings, thus mechanical friction is reduced
as much as possible to realize a more accurate test.

Model : VC-101DWFX(31)P2R-070BM/PAZ
Vibration-temperature/humidity
Characteristic Inspection System
This is the latest system installed in an inspection agency
for the purpose of inspecting and measuring vibrometersand vibration sensors. The system is designed for inspecting according to the qualification system of the industrial
research institute specified in the ISO/IEC directive 25(ISO/IEC17025). Measuring accuracy is set high and themeasuring features meet customer specifications. The
measuring accuracy is especially determined by how toforce the armature to behave in a particular way. Due tothe advanced armature constraint method, the pneumatic air support will increase the clearence, lower distortion, will have low waverse sensitivity.

Inside View ofWorkspace※ Because these products are custom ordered, EMIC may no longer manufacture these systems.
Electro Mechanical Instrument & Components

43Vibration Measuring Instruments
Slim & High-Performance
Charge Amplifier
Measuring a wide variety of vibrations: automotive, railtransportation equipment vibration, motor/pump
vibration, vibration response during vibration test. Also
available for a vibration test device for calibration ofequipment.
Compatible with input of piezoelectric accelerometers
and accelerometers with built-in pre-amplifiers.
Various options are available: PC communication port,
etc.

6001-AHD

6002-ASpecification
6001-AHD

Model

Input channel

6002-A

1ch

2ch

Piezoelectric accelerometers (Front Connector)
Accelerometers w/built-in pre-amplifier (Rear Connector)

Types

Acceleration：m/s2

Acceleration：m/s2

Acceleration：0.1 to 10000m/s2

Acceleration：0.1 to 10000m/s2

Measuring Mode Velocity：mm/s
Displacement：mm

AC Power Supply, USB Port

Measuring Range Velocity：0.1 to 10000mm/s
Displacement：0.01 to 1000mm

DC9 to 15V

Input power

36W×149H×240D

Dimension
Mass

Ambient Conditions

1.0 kg－10 to +50℃ (No condensation)

SVM Remote Software
The software can operate the 6001-AHD charge
amplifier and 6002-A 2-channel charge amplifier bymaking it possible to remotely set the operator panel
through a USB interface. The ACP-12 can connect up
to 12 units in total enabling the remote operation of
up to 24 channels.

Model

Input power
OutputACP-12

AC 85 to 265 V 47 to 66 Hz

USB portMax. 12 units
USB2.0

36
（W）
×149
（H）
×240
（D）

Dimension

1.0 kgMass

Model: ACP-12 AC Power Supply Unit
and Remote Software
Communication
Power Supply
CHARGE AMPLIFIERCHARGE AMPLIFIERCHARGE AMPLIFIER

Remote Operation
Measument/Level Monitor

AC-POWER
SUPPY
ACP-12ALARM
CURRENTTEMP
VOLTUp to 12 UnitsRESETInternal Bus
Connection

REM.

POWER

USB
Connection

Charge Ampliﬁer
6001-AHD/6002-A※ It is also possible to configure the 6001-AHD up to 24 units

Microsoft Windows PC

AC Power Supply Unit
ACP-12(24 channels) using two ACP-12 units (one of them has
no communication function).

DC+12V±5％ 4A

Combined Number of Units

Accelerometer※ As for the configuration from 25 to 99 channels, please contact us.

4 Channel Constant Current Power
Supply Unit for Accelerometerwith Integral Electronics
Power Supply Unit for Accelerometer with Integral
Electronics

Power Supply Unit for Accelerometer with integral Electronics
PS-504Model

Input channel

4 channels

I/O connector

BNC receptacle

Lower limit freq.

0.2 Hz(within -3 dB), 0.7 Hz(within -5％)

I/O gain×1 (fixed)

For accelerometer

Upper limit freq.

with integral electronics

Max. voltage

DC 24 VDC 4mA

Output current
Input power

AC100V±10％

OperatingTemp.: 0 to 50 ℃,

Max. power consumption
environments

Outline dimensions
Mass
44

Remote Window:
All the remote setting andmonitoring of connectedcharge ampliﬁer, transducer
type, charge sensitivity,
measuring mode, ﬁlter can be
performed.

10 VA

hum.: 95％RH w/o dewdrop
200W×55H×140D mm
1.3 kgPre-charge Amplifier
Pre-charge Amplifier
504 Series
The 504 series pre-charge amplifier is a signal conditioner for converting high impedance charge input intoa low impedance voltage signal from a piezo-electric
type accelerometer. One(1) input channel unit, two(2)input channel unit and four(4) input channel unit areavailable for your specific vibration control/measuring
purpose. As any input charge sensitivity can be exactly
set to the 504 series pre-charge amplifier within its
preset range, the general purpose accelerometer invarious sizes are available. A unit with a power supply
is also available for various measuring purposes
including vibration other than for a vibration test
system as a general purpose pre-charge amplifier.

504-E

504-E-2

504-E-4

504-E-4-PS

504 Series Pre-charge Amplifier Specifications
504-E

504-E-2

504-E-4

504-E/Z01

504-E-4/Z18

0.100 to 0.999

0.100 to 0.999

0.100 to 0.999

0.100 to 0.999

0.100 to 0.999

2200pC

2200pC

2200pC

2200pC

Model（★1）

Sensitivity rangepC/(m/s2)

1.00 to 9.99

Maximum input（★2）
Frequency range
Output voltage

21

Input channel

Mass

kg

2200pC(0.100 to 0.999pC/(m/s2))(1.00 to 9.99pC/(m/s2))(1.00 to 9.99pC/(m/s2))(1.00 to 9.99pC/(m/s2))(1.00 to 9.99pC/(m/s2))(1.00 to 9.99pC/(m/s2))

5

5

5

1

5 to 5000±10

22000pC

22000pC

5 to 5000

5 to 5000

±10

±10

DC±15V ±15％ 30mA

DC±15V ±15％ 30mA

DC±15V ±15％ 30mA

504-CB/TKS

504-CB/TKS-2

504-CB/TKS-4

0.6
1

Input channel

0.6

1.0

2

pC/(m/s2)0.100 to 9.999

0.100 to 9.999

0.100 to 9.999

Frequency range

Hz

0.25 to 5000

0.25 to 5000

0.25 to 5000

Max. output voltage

V

±10

±10

±10

Mass

kg

100000pC

Maximum input（★2）

10

mV/(m/s2)

DC±15V ±15％ 30mA
0.45

22000pC

5 to 5000±10

1 to 50005

DC±15V ±15％ 30mA
0.45

22000pC±10

DC±15V ±15％ 30mA
1.0

4

Sensitivity range

Input power

1.00 to 9.99

(0.100 to 0.999pC/(m/s2))

Model（★1）

Output voltage

1.00 to 9.99

(0.100 to 0.999pC/(m/s2))mV/(m/s2)

Input power

1.00 to 9.99

4

(0.100 to 0.999pC/(m/s2))HzV

1.00 to 9.99

1

(0.100 to 0.999pC/(m/s2))
22000pC

Max. output voltage

4

100000pC

100000pC

1010DC±15V ±15％ 30mA

DC±15V ±15％ 30mA

0.65

1.0

（★1）The model with a code "-PS" that can receive the input power of AC 100 V±0 V 50/60 Hz is also available.
（★2）The maximum input charge is limited by the maximum output voltage.

Outline Drawing● 504-E-4
25

110

15

105

200

4-∅6.6Through hole

● 504-E-4-PS
128
114

170

110

4-∅6.6Through hole

65

105

25

80
60

15

25

● 504-E-2-PS

105

128
114

80
60

128
114

270

110

4-∅6.6Through hole

15

110

80
60

65

100

4-∅6.6Through hole

65

128
114

15

80
60

65

105

25

● 504-E-2

Electro Mechanical Instrument & Components

45

Accelerometer
Accelerometer
EMIC offers many kinds of accelerometers available for various vibration measurements. They are ultra small, lightweight accelerometers for highly precise measurements. A special tri-axial accelerometer for simultaneously
measuring a vibration in three orthogonal axes is available. A large output accelerometer for measuring earthquakes and a suitable accelerometer for measuring and analyzing building structures.

Specification
710-D

Model
Type

Dimensions∅8×5

17.5W×9H×17.5D

Large Output

High Temperature

Vibration measurement andmodal analysis
on small object

Simultaneous
dynamic measurement in threeorthogonal axes
on small object

Center hole typesuited to narrow
space. Water-proof
against 0.6 MPa

Center hole typesuited to attach tonarrow space. Side
connector foreasily routing cable

Most suited to
low acceleration
measurement onbuilding andstructure

Most suited tomeasurement athigh temperaturesuch as combined
environmental test

5000

1250

5000

5000

5000

10000

10000

15000

Up to 20k±3dB

Up to 8k±1dB

Up to 8k±1dB

Mounted Resonance Hz

More than 60k

More than 25k

More than 26k

Construction

Piezoelectric Shear

Piezoelectric Shear

Piezoelectric Shear

Less than 5%Less than 5%

StainlessTitanium

1.9gCharge Sensitivity

pC/(m/s2)

Frequency Response※ Hz

Temperature Range ℃
Capacitance0.2±15％1200±20％

pF

Pb(Zr・Ti)O3

Piezoelectric material
Mounting

Cable/Adapter(Micro BNC)

AC-7020-BM(BLM-001)

M2 thru, adhesive
AC-8030-AB×3

Up to 3.5k±1dB

Up to 5k

38k±513.5k±4More than 27k

Piezoelectric Shear

Piezoelectric Shear

Piezoelectric Compression

Less than 5%Less than 5%Less than 5%Less than 5%

StainlessTitanium

Stainless

13.5

98.6

3.67±20％1900±25％

Pb(Zr・Ti)O3

M2 thru, adhesive

Up to 7k±1dB－20 to +120

750±25％－16000

1.33±20％－50 to +160

14HEX×292500

110.347±20％－50 to +160

Transverse sensitivity
Case Material

14

24HEX×30∅17.5×9.8

∅15×8

10000

m/s2

Mass

541-DSH

General Purpose

Sine Vibration Limit m/s2
Shock Limit

760-B

731-B

720-BW

Water-proofmm

Feature712-B3Tri-axial

Small/Light Weight

Pb(Zr・Ti)O3

35±20％－50 to +160
1900±25％

Integral 10m BNC w/plug

5.0±25％－20 to +120
1500±25％

Pb(Zr・Ti)O3

M4 thru

35

Pb(Zr・Ti)O3

M4 thruAC-8030-AB

1000±25％

Pb(Zr・Ti)O3

M8×5 Internal thread

AC-8030-AB－20 to +250

StainlessM6×5 Internal thread

AC8020-ABH High temp.

※ Low-frequency response frequency is dependent on the charge vibration meter.

Outline View

5.5

Length:10m

2
Z

∅6

46

Z

X

∅16.8

∅10

∅10
M5, Depth:5（4.5） Hex14

∅13.8

8.5

Microdot Connector（10-32UNF）

Microdot Connector（10-32UNF）

29
（16）

7
x1
He

Microdot Connector（10-32UNF）

4.5

∅10

（4.5）

13

X-axis Cable
Y-axis Cable
Z-axis Cable
2∅4.4∅2 Low-Noise Cable
LN-020Microdot Plug
（10-32UNF）

Z

18.5

（25）

● 541-DSH

12

Y

（22）

∅4.3

0.5 8

X

∅5

18.2

● 760-B

5

7

Microdot Jack
(10-32UNF)

2.5

5

Mini-microdot Connector(M3)∅6.4
0.4（4.1） 0.5

YYXX
Length:0.3ｍ
Tube

3.8

∅8

10.8

● 731-B∅17.5∅0.8 Low-Noise Cable
LN-008(Black)One end
Microdot Jack（CZ320）
×3
8

（3.1）

∅2.1

● 720-BW

9.8
0.5● 712-B3∅15● 710-D

M6, Depth:5

Accelerometer Cable
Product Description

Model

Microdot Plug - BNC Plug High Temp. Acc. Cable (2 m)

AC-8020-ABH

Microdot Plug - BNC Plug Accelerometer Cable (2 m)

AC-8020-AB

Microdot Plug - BNC Plug Accelerometer Cable (3 m)

AC-8030-AB

Microdot Plug - BNC Plug High Temp. Acc. Cable (3 m)

Cable Outline

10-32UNF

BNC

10-32UNF

10-32UNF

AC-8030-ABH

Microdot Plug - BNC Plug Accelerometer Cable (5 m)

AC-8050-AB

Microdot Plug - BNC Plug High Temp. Acc. Cable (5 m)

AC-8050-ABH

Microdot Plug - BNC Plug Accelerometer Cable (10 m)

AC-8100-AB

Microdot Plug - BNC Plug High Temp. Acc. Cable (10 m)

AC-8100-ABH

Microdot Plug - Microdot Plug Accelerometer Cable (2 m)

AC-8020-AM

Microdot Plug - Microdot Plug High Temp. Acc. Cable (2 m)

AC-8020-AMH

Microdot Plug - Microdot Plug Accelerometer Cable (3 m)

AC-8030-AM

Microdot Plug - Microdot Plug High Temp. Acc. Cable (3 m)

AC-8030-AMH

Microdot Plug - Microdot Plug Accelerometer Cable (5 m)

AC-8050-AM

Microdot Plug - Microdot Plug High Temp. Acc. Cable (5 m)

AC-8050-AMH

Microdot Plug - Microdot Plug Accelerometer Cable (6 m)

AC-8060-AM

Microdot Plug - Microdot Plug High Temp. Acc. Cable (6 m)

AC-8060-AMH

Microdot Plug - Microdot Plug Accelerometer Cable (10 m)

AC-8100-AM

Microdot Plug - Microdot Plug High Temp. Acc. Cable (10 m)
Mini-microdot Plug - Microdot Plug Acc. Cable (2 m)Extension Cable (Every 1 m)

AC-8100-AMH
AC-7020-BM

M3

10-32UNF－

Conversion Adapter（BNC Plug - Microdot Jack）

BLM-001

Insulated Mounting Stud
Product Description

Model

Product Description

Model

Insulated Stud for 710-D

TJ-1026AC

Insulated Stud (M6) for 731-B

RS-171B14D6

Insulated Stud for 540-DT

Insulated Stud (M5) for 731-B

RS-171D

RS-171B14C6

Accelerometer Set
In addition to the accelerometer body, this set
includes all required accessories such as dedicatedcables and insulators.

Accelerometer Set
Product Description
Model

Contents of Set

731-B Accelerometer Set 3 m
731-B(FSET3m)

Model

Contents of Set

731-B(FSET6m)

Accelerometer

731-B

Accelerometer

731-B

Microdot - BNC Adapter

BLM-001

Microdot - BNC Adapter

BLM-001

Accelerometer Cable
Insulated Stud

Product Description

731-B Accelerometer Set 6 m

AC-8030-AM
RS-171B14C6

Accelerometer Cable
Insulated Stud

Model

Contents of Set

RS-171B14C6

Built-in Set for 902 Vibration Generator

Built-in Set for 903 Vibration Generator

Accelerometer

540-DS

Accelerometer

540-DS

Microdot - BNC Adapter

BLM-001

Microdot - BNC Adapter

BLM-001

BIN-PU902SET

Accelerometer Cable

AC-8030-AM

BIN-PU903SET

Accelerometer Cable
Insulator

AC-8030-AM
541AR-5100
M6×10

Set Screw
Product Description

AC-8060-AM

Built-in Set for 906 Vibration Generator

Built-in Set for BD Vibration Generator

Accelerometer

540-DS

Accelerometer

731-B

Microdot - BNC Adapter

BLM-001

Microdot - BNC Adapter

BLM-001

BIN-PU906SET

Accelerometer Cable
Set Screw

AC-8030-AM
M6×10

BIN-PUBDSET

Accelerometer Cable
Insulated Stud

AC-8030-AM
RS-171B14C6

Electro Mechanical Instrument & Components

47Modernization Program
The modernization program is the renewal program of an old type vibration testing system that you currently use.

Renewal of Power AmplifierThis program replaces an old type power
amplifier with the latest switching amplifier ofhigh output and efficiency. The power amplifier can be reduced in size and the service lifeof the vibration testing system can be extended.

Overhaul of Vibration Generator
Although the cleaning of the inside of thevibration generator body and replacement or
adjustment of some deteriorated partscannot be performed in usual inspection. An
overhaul can allow the system to operate inan optimum working mode for the long term.

Renewal of Vibration Controller
This program replaces your vibration controller with the state-of-the-art vibration controller. As a result, operations can be easily
executed and the latest vibration control
including the basic operations such as sine,
random, shock becomes available.

Addition of Chamber
An existing vibration testing system can beenhanced to a combined environmental
reliability test system by adding a temperature (humidity) chamber.

Addition of Slip Table
The addition of the slip table enables horizontal vibration tests by changing the thrust axis.
It also enables testing of heavy equipment.

ECO-Vibe neo Modification for
Energy-saving Drive Mode
ECO-Vibe neo modifies an existing F series
vibration test system and can achieve higher
power saving.

48

Vibration Isolation and Noise Control
When operating a vibration testing system, the vibration transmits from a vibration generator to the floor or thebuilding structure. When the frequency of this vibration coincides with the resonance frequency in turn, the vibration can increase significantly. To prevent vibrations from transmitting to the system, the sound or vibration control
is required for the vibration testing system. The following are various countermeasures against vibration and sounddepending on the test specimen, testing equipment and installation site.

Vibration-proof Mechanism(1) Direct storage on floor
Vibration transmits
to the ﬂoor.

(2) Body -suspension
Vibration Generator

Vibration Generator

Vertical Member

Body Suspension
Vertical Member

Vibration isabsorbed.

How you look at vibration transmission(3) Pneumatic vibration
isolator(4) Floating foundation
Vibration Generator

Vibration Generator
Vertical Member

Floor
Platform

Vibration isabsorbed.

Pneumatic
vibration isolator

Vibration
AbsorbingMaterial

Countermeasure against SoundThe vibration testing system, dependent on a test condition, makes noise larger than 100 dB. Therefore, countermeasures against noise may be necessary. The noise can be reduced by more than approx. 20 dB by constructing
a soundproofing box/room. There are various noise made in exciting a specimen, intake of outside air, operating
the blower motor, exhausting from the blower, etc..
(1) Outdoor installed blower(2) Soundprooﬁng Box

Hot Air

Soundprooﬁng Box

Cold Air

Airﬂow

ExhaustAirﬂow

Air Inlet(3) Introducing and discharging outside air

ExhaustAirﬂow
Vibration Generator

ExhaustBlowerIntake Box

Compliance with various regulations and rules for facilities
Vibration and the noise generated from various test equipment can correspond to the levels regulated in the local
regulations and the company's regulations. In this case we can provide appropriate specifications and configurations based on the applicable regulations and rules.
Electro Mechanical Instrument & Components

49

Contracted Test Services>＞＞ Please feel free to contact your local sales representative
if you have any questions.

Outsourcing includes quality, reliability, durability, and environmental tests
EMIC's contracted test service provides high-quality and reliable services.
This service we oﬀer allows customers to bring in test articles and perform
various tests using the test equipment in our test laboratories. In addition,
we can discover and solve the underlying problems that are hard to predict and provide test solutions to improve test quality and get accurate
results.

ScopeofServiceObject to be tested by the customer

Electric/Electronic andPrecision Machine

Equipment for Automobile

Railroad

Aerospace

Transportation(Truck)Construction

Test PlanningWe will jointly examine your desired test purpose, then oﬀer you the appropriate test plan.
SafetyReliability

Durability

ImpactResistance

Quality

Packaging
Reliability

Vibration Test, Combined Environmental Test
Sine Vibration, Random Vibration, Shock, Temperature
Humidity Test, Vibration-Temperature/Humidity Combined
Reliability Test, Actual Environment Simulation Test

Function and Durability
Test of Engine

Temperature Test
Heat Resistance and High Temperature Test

Large-scale Vibration Test■■

Enriched large vibration testing system (fully equippedwith the rated force 180kN/100kN scale) corresponding
to assembling item, large product and heavy specimen
Additional large triaxial vibration testing systemcorresponding to the latest railway rolling stock
standard and seismic simulation

ASD

Excerpt from Random Vibration Test in JIS E 4031
Rolling stock equipment(Acceleration Spectrum Density)
Upper Tolerance Limit
Speciﬁed Curve

X

Allowable band in
nominalspectrum：±3dB

Lower Tol. Limit◆ JIS E 4031 Rolling stock equipment -- Vibration and shock tests◆ Corresponding to JIS E 3014 Parts for railway signal -- Vibration methods◆ Corresponding to JIS Z 0232 Packaged freights -- Method of vibration test
◆ The earthquake simulation by seismic intensity, earthquake

acceleration and earthquake actual survey data is possible.

6dB/0ct.

9dB/0ct.

10

20

100

f₂

Frequency

Highly Accelerated Life Testing（HALT）, Highly Accelerated Stress Screening（HASS）
Although the conventional environmental simulation test is performed to shorten a designed validation test, lower the
failure rate of products, extend the service life of products and decrease claims after the sale, the HALT and HASS
apply the excessive stress to a product to check its operational limit and destructive limit to verify the design.
50Design and Manufacture of Specialized Fixture
The key role of the ﬁxture is to attach a specimen and transmit
vibration. We oﬀer the design, analysis and manufacturing ofspecialized ﬁxtures.

The advisors with the most experience will
support the testing needs of your company
In performing vibration tests, the technical design of the ﬁxture
for mounting a test article is essential.
The key role of the ﬁxture is to attach a specimen and transmit vibration, inparticular transmitting vibration is most important.
● The ﬁxture becomes inherently deformed depending on the test conditionor vibration mode.
● Depending on the vibration mode the ﬁxture may not transmit vibration toa specimen, therefore, the intended vibration test may not be performed.
●

Technical Advisor●■ Chairman, Subcommittee on MechanicalEnvironment of Japan Testing Machinery
Association■ IEC/TC104/A National Deliberation
Committee & JIS Drafting Committee■ ISO/TC108/SC6 National Deliberation
Committee■ Former Guest Professor, National Instituteof Technology, Numazu College■ Former Technical Advisor, Yamagata-Pref.
and Fukushima-Pref.
■ Former research committee member,
Ministry of Economy, Trade and Industry

Yoshio ISHITA

The vibration mode shows distinctive changes depending on the diﬀerencein size and mass of a specimen and test conditions.

EMIC has the design, analysis and manufacture of a ﬁxture meeting the requirement for thecustomer's demands based on the abundant technique and actual performance of manufacturing, selling and contracted test service and realizes an accurate test.

Customer Response by Support Staﬀs
Our experts support the setup of test specimens, and operational procedure of test equipment.

Provision of Solution required for Testing
We oﬀer solution to discover and solve a problem with various tests.
East Japan
Contracted Test
Sales Dept.

Utsunomiya Test Lab CenterFirst Saitama Test Lab Center
Second Saitama Test Lab Center
Mishima Test Lab Center23-1 Kiyohara Kogyo-danchi, Utsunomiya-shi, Tochigi 321-3231, Japan

Center Japan
Contracted Test
Sales Dept.

Mizunami Test Lab Center
Yokkaichi Test Lab Center
Hikone Test Lab Center2020 Yamada Cho, Mizunami-shi, Gifu 509-6104, JapanWest Japan
Contracted Test
Sales Dept.

Kobe Test Lab Center
Hyogo Test Lab Center

5-2-13 Mitsugaoka, Nishi-ku, Kobe-shi, Hyogo 651-2228, Japan

Overseas

Thailand Test Lab. Center

15/1 Soi Punnawithi 28, Sukhumvit 101 Road, Bangchak, Prakanong, Bangkok 10260, Thailand

622-1 Asahigaoka, Hidaka-shi, Saitama 350-1203, Japan
11 Heiseidai, Mishima-shi, Shizuoka 411-0042, Japan
2-1-26 Noda, Yokkaichi-shi, Mie 510-0815, Japan
746-1 Nodayama Cho, Hikone-shi, Shiga 522-0025, Japan

47-13 Niijima, Harima-cho, Kako-gun, Hyogo 675-0155, JapanThe ISO/IEC 17025

accreditation for technical competence.
First Saitama Test Lab, Yokkaichi Test Lab and Kobe Test Lab received the accreditation on ISO/IEC 17025"General requirements for the competence of testing and calibration laboratories" and can issue the test datawith accreditation marks listed. IEC/ISO 17025 also takes the requirements in ISO/IEC Guide 25 of its technical requirements based on the requirements in ISO 9001:2000. In addition, it requires the environmental
condition necessary to estimate uncertainty, validity confirmation, etc. according to UM. Accreditation of
testing laboratories according to this standard assesses the conformity of technical competence as well as theoperation and effectiveness of the quality management system within the laboratory. Based on accumulated
much knowledge for longer than 40 years and accreditation EMIC gives a customer a reliable test result.
Entrusted Test Service Guidance for Inquiry＞＞＞＞＞＞

E-mailtest-lab@emic-net.co.jp＊ It is available even from an inquiry form of the HP.

Electro Mechanical Instrument & Components

51Technical Notes■ Fundamentals of Vibration

Amplitude A

Basic Vibrationy(t)SingleDoubleAmplitude Amplitude
Average RMS (0-p)
(p-p)
Value
Value
Time t(rms)(Ave)

Period t

The most fundamental vibration is motion such that the amplitude is asinusoidal function of time. The vibration level is generally represented
by acceleration, velocity and displacement. The sinusoidal vibration is
specified by the following parameter as;
●
●
●
●
●

Period t=1/f(f:Frequency)
Single Amplitude (0-p)
Double Amplitude (p-p)＝Single Amplitude (0-p)×2
Root-mean-square Value (rms)＝Single Amplitude (0-p)×1/√2
Average Value (Ave)＝Single Amplitude (0-p)×2/π

Basic Equation

Amplitude

Sine Vibration Test

Point Test (Fixed frequency test)
The point test is done at a frequency fixed to any given value. The aim isto evaluate the durability of a unit under test at its resonant condition or
the characteristics at a specified frequency.
Main Parameter ●Frequency [Hz] ●Acceleration [m/s2]●Test Time [t]Low←Frequency→HighTime tSwept Sine Test
The frequency of a swept sine test changes with time continuously forthe purpose of resonant search or the evaluation of characteristics
over any frequency range.
Main Parameter ●Frequency [Hz] ●Acceleration [m/s2]●Test Time [t]●Sweep Rate [oct/min]、[Hz/s]

Time

ＰＳＤ[(m/s2)2/Hz]

Random Vibration Test
f5

+

+

+

+

CY
EN f4
QU f3
E
FR f2
f1
=

TIM

ES

IGN

AL

TIM

E

f4 RUM
f3 ECTf2 Y SPf1 ENCQU

E

FRPower Spectral Density

A random vibration happens when sinusoidal waves of different
frequency and phase are combined. The random vibration test permits
to detect many vibrations in resonance in a short time because it can
excite test article at many different frequencies simultaneously. Also it
can simulate vibrations close to a real environment.

Overall rms
Value

Main Parameter● Overall rms Value (rms) [m/s2rms]● Power Spectral Density (PSD) [(m/s2)2/Hz]● Test Time [t]f2Frequency[Hz]f1

Shock Test

● Main Shock Pulse

Acceleration[m/s2]

Half Sine
Shock Pulse

Trapezoidal
Shock Pulse

At

Sawtooth
Shock Pulse

B2
Time[t]Triangular
Shock Pulse■ Unit System
International System of Units SI(JIS Z 8202)

Auxiliary

Derived Unit

52

t
A
V
P1
P2

P1=B1/A×100[%]
P2=B2/A×100[%]■ Terminology
Quantity

Base Unit

The shock test assures that material can withstand the nonrepetitive
shocks and transient vibrations as well as measuring the item's fragility.
Main Parameter● Main Shock Pulse● Shock Pulse Duration [s]● Acceleration [m/s2]● Velocity [m/s]● Pre-load [%]● Post-load [%]Haversine
Shock Pulse

B1y(t)＝A・sinωt （ω：Angular Frequency）

Unit Name

Unit Symbol

Length

meter

m

Mass

kilogramkg

Time

seconds

Thermodynamical Temperature

KelvinK

radianradianrad

Velocity

meter per secondm/s

Acceleration

meter per second squarem/s2

Angular Velocity radian per second

rad/sAngular Acceleration radian per second squared

rad/s2Force

newtonN

Moment, Torquenewton-meter

N・m● Power Spectral Density
Power level (energy per unit time) at each frequency.
In particular, it shows a vibration environment forequipment in a random vibration test.
● Overall rms Value
The square root of the sum of vibration power overa certain frequency range. In particular, it shows theoverall value of vibration power (kinetic energy) suchas random vibration.
● Pre-Pulse, Post-Pulse
Compensation pulse of the waveform to yield zeroﬁnal velocity and displacement. the compensation
pulse to be added before and after the main pulse iscalled pre-pulse post pulse respectively.

●Relation among displacement, d,acceleration, α and frequency, f.

m
10

m

m
10

10

-1

m

m

0

2

1

m

m

m

■ How to Use Vibration Nomograph

10

Velocity
m/s
101m/sDim splac
10 m0 emen
3 t
m p
m

■ Vibration Nomograph

Ac

α

ce

d

le
n
tio 2
ra m/s s2
/
5 m
10
f

10

-2

m

m

100m/s4

10●Relation among velocity, v,
frequency, f and displacement, d.

m
/s

V

10

-3

m

m

2

10-1m/s

d
-1

10

m
2

/s

3

10

m
/s

2

10-2m/s

10

-4

m

m

f

-2

10

●Relation among velocity, v,
frequency, f and acceleration,α.

m
2

/s

2

10

m
/s

V

α

10

-5

m

m

2

10-3m/s

-3

10

m
1

10

2

/s

m
2

/s

f

10

-6

m

m

10-4m/s

10ｄ：Displacement（mm0-p）-4

V：Velocity（m/s0-p）

m
2

/s

0

10

m
2

100Hz

/s

10-5m/s
101Hz

102Hz

103Hz

104Hz

α：Acceleration（m/s20-p）
ｆ：Frequency（Hz）

Frequency Hz■ Relation Among Acceleration, Velocity and Displacement.
Relation
Acceleration α[m/s20-p]＝ (2πf)2d/1000

Equation for Estimation
α[m/s20-p]≒ 0.0394df2

v[m/s0-p]≒ 0.00628fd＝ 2πfv

Velocity V[m/s0-p] ＝ 2πfd/1000＝ 1000v/2πf※１ Divide the acceleration value by 9.8 when its unit is G.
※２ Multiply the acceleration value by 9.8 when its unit is G.

≒ 6.28fv ※１＝ α/2πf

Displacement d[mm0-p] ＝ 1000α/(2πf)2※１≒ 0.159α/f ※２
d[mm0-p]≒ 25.3α/f2※２Relation between Decibel Value andMagniﬁcation Ratio≒ 159.2v/f■ Decibel Value
The unit, decibel [dB] is used to compare the ratio of two sound intensities or vibration levels.
Calculation Formula:Gain of acceleration, voltage, sound pressure, etc. Gv(dB) = 20×log10 (Output Voltage/Input Voltage)
Gp(dB) = 10×log10 (Output Power/Input Power)
Gain of electric power, acoustic power, etc.
● A multiple calculation can be simplified.

The ratio can be calculated by summing the quantity in decibels of the individual components, rather thanmultiply the amplification factors. For example, let's compare how to calculate the amplification factor
when amplifiers of different amplification factor are connected in series. If the amplifiers amplify the input
signal to 56 times (35 dB or app.) and 9 times (19 dB or app.) respectively are connected in series, the total
amplification factor is 56×9 = 504 times for the multiple calculation, on the other hand, 35 + 19 = 54 dB
for the decibel calculation. Because the decibel calculation is the summation, it can be performed easierthan the multiplication.
● Decibel indicating relative value to reference value
The decibel indicates how many times the value (signal) to be compared is to the reference value (signal).
Since the comparison of sound intensity (sound pressure), vibration and power, and the attenuation, etc.
are expressed by the ratio of energy, the decibel is employed. The amplification factor and attenuation ratein the electrical system, for example, transmitting the electrical power, the ratio of output power to input
power is used. The decibel expresses the ratio to a certain reference physical quantity by the common
logarithm. It is the relative value, not the absolute value.
● Correlativity of decibel and human perception is best
In human hearing the resolution of perception is constant when the sound level changes 2 times, 4 times,
8 times, 16 times,....logarithmically (Weber-Fechner's law). This is because it uses the decibel that thevolume of sound to hear changes in the same way when the volume of the acoustic equipment has been
turned up.

Decibel Value

Magnification Ratio-120[dB]

0.000001 (1/1000000)-100[dB]

0.00001 (1/100000)-80[dB]

0.0001(1/10000)-60[dB]

0.001(1/1000)-20[dB]

0.100(1/10)-10[dB]

0.316

(1/3)

-6[dB]

0.501

(1/2)

-3[dB]

0.709(7/10)

0[dB]

1.000

(1)

3[dB]

1.410

(1.41)
(2)

6[dB]

2.000

10[dB]

3.160(3)20[dB]

10.00

(10)

40[dB]

100.0

(100)

60[dB]

1000(1000)

80[dB]

10000(10000)100[dB]

100000(100000)

120[dB]

1000000(1000000)

Electro Mechanical Instrument & Components

53Vibration Generator Selection

FixtureMoving Elementｍ0

Vibration Generator Body

■ Performance Curve
Acceleration Limitlac
Lim eme
nt
it

ity
loc
Ve mitLi

Frequency [Hz]To choose the most suitable vibration testing system:

Notes:(1)Requirement for force generated by vibration testing system.

1) The catalogue states specifications when the

When customers select the vibration testing system by

input power of 200 VAC 3φ 50/60 Hz is appliedof the required force for a test by taking the dynamical

2) If operating equipment under a high velocity

themselves, its rated force shall be larger than 1.25 times
behavior of a specimen, etc. into consideration. Pleasecontact us for advice on the above condition.
(2)Allowable moment against offset load
The ideal mounting method of a specimen is to beplaced on the armature table so that its center ofgravity will be positioned at the center of the armaturetable. The eccentric moment increases with the

distance between them. Please attach the load to asuitable position by taking high acceleration level due
to resonance into consideration. Please contact us foradvice on large distance condition.
Conversion between SI and others
Unit
Force
Acceleration

54

ｍ2
ｍ1

sp

3.Selection of Vibration Testing System
If the following specifications of a certain vibration
testing system can meet the test conditions and calculated force, that system is available for your application.
● Frequency range● Rated force● Maximum acceleration● Maximum velocity● Maximum displacement

Test Article

Di

2.Calculation of Required Force
Determine the required force for the vibration test
using the following equation by substituting thedefined test conditions above.
F ＝ (m0+m1+m2) × α
F：Force (N)m1：Fixture mass (kg)α：Acceleration (m/s2) m2：Test article mass (kg)m0：Moving element mass (kg)
Example: Assuming that Model: F-10K/56 system issuitable for your application, the moving element
mass m0, fixture mass m1 and test article mass m2 be
15 kg, 20 kg and 35 kg respectively. Determine therequired force for generating the acceleration level αof 98.0 m/s2 as follows;
F = (15kg+20kg+35kg)×98.0m/s2= 6860N■ Outline Block Diagram

Acceleration [m/s2]

1.Definition of Test ConditionsFirst, check and define the test conditions for thevibration test to be put into execution.
● Estimated mass of test article and fixture● Maximum acceleration (velocity or displacement)● Frequency or frequency range

SI

Gravitional

1N

0.10197kg (0.102kgf or app.)9.80665N (9.8N or app.)

1kgf

1m/s2

0.101972G (0.102G or app.)9.80665m/s2 (9.8m/s2 or app.)

1G

to the vibration test system (except some parts).

condition such as swept-sine or fixed frequency
test for a long time the velocity shall be lessthan 1.5 m/s as a guide.

3) The random force rating is based on our

specified condition according to ISO 5344
standard.

Armature Table Hole Pattern and Size
■ Table Pattern35

17 17 17 17

926

960
9100

9200

45°

45°

29-M12, Depth: 24

32-M12, Depth: 240

20

21-M12, Depth: 24

∅

0
10
∅ 00
∅2
∅300

45°

80
∅ 60
∅1
∅240

45°
45°

45°

21-M10, Depth: 2000∅2
13-M10, Depth: 20

13-M6, Depth: 20

936

45°

45°
35

17 17 17 17

35

35

∅52

35

35

13-M6, Depth: 15

7-M6, Depth: 15

35

35

°
60

916
P10
S085

906

∅1
00

903

45°

902

00
∅3
0
∅40
5
∅5 0

∅10
0

∅
20
0
00
∅4

0
30
∅

※ The inch standard mounting hole is also available.

■ Exterior
ShakerExterior Dimensions

903-FN 903-FN/A 903-FN/FA

630W×602H×528D mm

902-FN

906-FN 906-FN/A

916-BP/LA 916-AP/LA
926-AP/LA
936-AP/LA
960-AP/LA

S085-AW/LA

916-BW/LA 916-AW/LA
926-AW/LA

H ei ght H

936-AW/LA
960-AW/LA

916-AW/SLS
926-AW/SLS
936-AW/SLS
960-AW/SLS

W i dt h W

Dept h D

916-AP/SLA
926-AP/SLA
936-AP/SLA
960-AP/SLA

9100-AWW/LA
9200-AWW/LA
P10-10AW/LA
P20-A

P01-AB/AS

Σ9515-AB/SD

460W×490H×490D mm
720W×675H×628D mm
975W×885H×700D mm

1106W×1047H×855D mm
1224W×1107H×971D mm

1452W×1252H×1215D mm
797W×775H×635D mm

974W×1035H×700D mm

1106W×1135H×880D mm
1106W×1135H×880D mm

1452W×1297H×1231D mm
974W×1035H×700D mm

1082W×1163H×866D mm
1125W×1200H×965D mm

1452W×1297H×1231D mm
950W×1029H×665D mm

1082W×1163H×866D mm
1186W×1255H×971D mm

1461W×1375H×1115D mm
1489W×1338H×1149D mm
1905W×1348H×1473D mm
702W×763H×572D mm

982W×1000H×750D mm

384W×391.5H×360D mm
442W×360H×340D mm

Electro Mechanical Instrument & Components55https://www.emic-net.co.jp/en/ Microsoft, Windows, and Windows 10 Pro are a registered trademark of Microsoft.
Head oﬃce :Nagoya oﬃce :Osaka oﬃce :Mishima factory :Service Center :THAI EMIC CO., LTD. :EMIC North America
Corporation :A-PLACE Gotanda 3F, 2-27-3 Nishi-Gotanda,
Shinagawa-ku, Tokyo 141-0031, Japan
Tel: +81-3-3494-1221
FAX: +81-3-3494-1288
Tomei Grand Bldg. 6 Fl., 2-30 Issha, Meito-ku,
Nagoya-shi, Aichi 465-0093, Japan
Tel: +81-52-753-6308
FAX: +81-52-753-6328
Hanahara 5 Bldg., 6 Fl., 8-17 Nishinakajima 7-chome,
Yodogawa-ku, Osaka-shi, Osaka 532-001, Japan
Tel: +81-6-6886-0451
FAX: +81-6-6886-0454
11 Heiseidai, Mishima-shi, Shizuoka 411-0042, Japan
Tel: +81-55-988-8411
FAX: +81-55-988-2223
11 Heiseidai Mishima, Shizuoka 411-0042
Tel: +81-55-988-8411
FAX: +81-55-987-1477
15/1 Soi Punnawithi 28, Sukhumvit 101 Road,
Bangchak, Prakanong, Bangkok 10260, Thailand
Tel: +66-2331-2746 / +66-2331-2747
Fax: +66-2331-2745
216 Bradenton Ave., Suite L, Dublin, OH. 43017, USA
Tel: +1-614-889-8802

Contact:※ Speciﬁcations are subject to change without notice for improvement.

Published: February 2022
CL-167-15-E