● Max. Performance Curve ⅡⅡⅡⅡ <SHOCK>

● Controllers <For details, see the relevant catalogs>

A Variety of Controls

Possible!!

Line of ProductsLine of ProductsLine of ProductsLine of Products ●●●●ElectroElectroElectroElectro----dynamic Vibration Test Systemsdynamic Vibration Test Systemsdynamic Vibration Test Systemsdynamic Vibration Test Systems ●●●●Vibration ControllersVibration ControllersVibration ControllersVibration Controllers ●●●●Vibration MetersVibration MetersVibration MetersVibration Meters

e-mail for inquiry: inquiry@shinken-ltd.co.jp

HEAD OFFICE : KOJIMACHI SANKO BLDG. 3F,

6-4 KOJIMACHI CHIYODA-KU,

TOKYO, 102-0083, JAPAN

TEL:03(3261)3211 FAX:03(3264)2930

SHOCK & Vibration Test System G-5N Series

Model:G22Model:G22Model:G22Model:G22----121212125N5N5N5N Model:G22Model:G22Model:G22Model:G22----250NS250NS250NS250NS

500G Shock

GR-63 Seismic Wave Simulation 《Japanese Patent No. 3035280》

《《《《Sine ControlSine ControlSine ControlSine Control》》》》 《《《《PSD Random ControlPSD Random ControlPSD Random ControlPSD Random Control》》》》 《《《《ClassicClassicClassicClassical Shockal Shockal Shockal Shock》》》》

Challenging to Any Applications Related to Vibration･･･

Newly Patented

Technology Used

Simple-Function Digital Sine Controller

Model : G01-035

Fixed-Frequency Sine Tests & Swept Sine Tests of

Displacement Constant, Acceleration Constant and

Displacement-Acceleration Constant Easily Done

Up-to-date Digital Vibration Controller D-58 Series

Sine Control

PSD Random Control

Classical Shock Control

Road Simulation

Shock Response Spectrum

Sine on Random

Random on Random

profile(t)

high-abort(t)

low-abort(t)

control(t)

2-1 -0.9 -0.6 -0.3 0 0.3 0.6 0.9 1.2 1.5 1.8

680.0000

-320.0000-300.0000

-200.0000

-100.0000

0

100.0000

200.0000

300.0000

400.0000

500.0000

600.0000

Time (Milliseconds)

gn

The shock perfomance curve above iscalculated for the left half- sine shockwave in the case of ideal cont rol.

T : Shock Durat ion (msec)

T

A

1/ 5A A : Shock Accelerat ion(m/ s <G>)2

5 10 50 1001

1960(200)

980(100)

490(50)

98(10)

2

2

Max. Acc. 4900m/s　<500G>(with 0.1kg load)4900(500)

Acceleration(Acc.)

m/s (G）

Max. Velocity

3m/ s

Durat ion(msec)

2

Max. Acc. 1649m/s　<168G>(with no load)

Max. Acc. 2726m/s　<278G>(with no load)2

Max. Acc. 2182m/s　<222G>(with no load)2

Max. D

isplac

em

ent 1

00m

mp-p

Max. Acc. 2691m/s　<274G>(with no load)2

Max. Acc. 1914m/s　<195G>(with no load)2

Max. Acc. 1856m/s　<189G>(with no load)2

Max. D

isplacem

ent 1

50m

mp-

pM

ax. Displac

ement 2

60m

mp-

p

Max. D

isplacem

ent 2

60m

mp-

p

Max. Displacement 150mmp- p

Max. D

isplacem

ent 20

0m

mp-

p

Max. Displacement 200mmp- p

<G-5220N>

<G-5250NS>

<G-5230NS>

<G-5230N>

<G-5212N>

<G-5125N>

<G-5160N>

● Distributor: EMS Test Measurement Sdn Bhd (Malaysia)

PT EMS Technology (Indonesia)

sales@ems-info.com.my

G-5N Series Shock & Vibration Test Systems can be used for:

Vibration Tests, Shock Tests and Seismic Simulation Tests!!

Has Developed Vibration Generators with New Structure!!

Generally speaking, with the Electro-dynamic Vibration Generators, periodical replacement of Bellows (Air Springs) and Roll Springs

for upholding static mass (specimens) is required under severe vibration tests, and so is of mechanical parts (Roller Bearings,

Rocking Arms, U-shaped or Loop Springs etc) for guiding Vibration Tables with Driving Coils.

has succeeded in developing

the new-structure Vibration Generators which

require no such replacements!!

The inner structure of the Vibration Generator

is prominent with the employment of the Air

Bearing for guiding the Vibration Table with

the Driving Coil and the unique axial suspension

by storing in the Air Room the compressed air

used for the Air Bearing, with air quantity in

the Room controlled proportional to the weight of

a specimen, keeping the vibration table at center.

Enhanced Reliability permitted by Air Bearing No Worry About Wear & Tear of Bellows

Guide due to no mechanical friction involved and due to seal-less axial suspension structure by

reduction in No. of parts, especially consumables! re-using the compressed air for air bearing!

Long Stroke of up to 260mmp-p Easy Check by opening the Upper Cover only

despite of small systems, suited to Shock and <No need for disassembling them deep inside

Seismic Simulation Tests!! as used to>

● System Specifications

The line-up of the G-5N Series Vibration Test Systems are as follows:

System Model

G-5125N G-5160N G-5212N G-5220N G-5230N G-5230NS G-5250NS

Sub-system Model

1 Controller G01-035/D-58 Series

2

Power Amplifier G１4-007 G１4-04 G１4-021 G１4-028 G14-042 G14-042 G14-063

Field Power Supply G31-002 G31-003 G31-005 G31-007 G31-009 G31-009 G31-012

3 Vibration Generator G22-125N G22-160N G22-212N G22-220N G22-230N G22-230NS G22-250NS

4 Cooling Blower 0.75kW 1.5kW 7.5kW 11kW 15kW

● System Specifications

System Model G-5125N G-5160N G-5212N G-5220N G-5230N G-5230NS G-5250NS

Sho

ck

Max. Shock Force KN (Kgf) 7.5(765) 15(1530) 24(2450) 35(3570) 61.2(6250) 61.2(6250) 85.7(8570)

Max. Acceleration m/s² (G) 4900(500)

100g load

2726(278)

No load

2182(222)

No load

2691(274)

No load

1914(195)

No load

1856(189)

No load

1649(168)

No load

Max. Velocity m/s 3.0 <may be changed to 4m/s by reducing Shock Force by 25% >

Pulse Width ｍｓｅｃ 1～70 1～100 1～70 1～50 1～100 2～100 2～100

Vib

rati

on

Max. Force KN (Kgf) 2.5(255) 6(612) 12(1224) 20(2040) 30(3061) 30(3061) 49(5000)

Max. Acceleration m/s² (G) 1000(102)

1.1kg load

1000(102)

0.5kg load

1000(102)

1kg load

1537(156)

no load

937(95)

no load

857(87)

no load

942(96)

no load

Max. Velocity m/s 2.0

Frequency Range Hz 3 (0.4*)～2000 0.4～1400 0.4～1000

Co

mm

on

Max. Displacement mmp-p★ 150 200 150 100 200 260 260

Movable Weight Kg 1.4 5.5 11 13 32 35 52

Features High Shock Acc. Long-stroke － High Vib. Acc. Long-stroke GR-63 GR-63

Power Required 3φKVA 10 18 28 30 50 50 90

Max. Payload Kg 20 50 150 150 370 370 370

★ Relevant accelerometer and charge amplifier are needed for low frequency tests from 0.4Hz. ★ Between Electric Limits (for sine tests, effective displacement is around 80% of the max. displacement .with pneumatic isolators ON)

● Max. Performance Curve ⅠⅠⅠⅠ <SINE>

Guide Roller Stopping

Table from Rotating

Air Bearing

Vibration Table

Compressed Air In

Lead Plate

Air Out<Adjusted with Valve>

Driving Coil

Field Coil

Air Out Air Out

Air Room

5 10 50 1K100 500 2KFrequency(Hz)

980(100)

490(50)

98(10)

49(5)

1960(200)

10.5

9.8(1)

4.9(0.5)

Max

. Dis

plac

ement

210m

mp-

p

Max

. Veloc

ity ２

ｍ/ｓ

Max. Acc. 1537m/ s (156G)<with no load>2

Max. Displacement 160mmp- p

Max

. D

ispl

acem

ent

80m

mp-

p

Max

. D

ispl

acem

ent

210

mm

p-p

Max

. Dis

plac

ement

120m

mp-

p

Max. Acc. 937m/ s (95G)<with no load>

Max. Acc. 942m/ s (96G)<with no load>

Max. Acc. 857m/ s (87G)<with no load>2

2

2

Max. Acc. 1000m/ s (102G)2

<with 1kg load><with 0.5kg load><with 1.1kg load>

<G-5220N>

<G-5250NS>

<G-5230NS>

<G-5230N>

<G-5212N>

<G-5125N>

<G-5160N>

Acceleration(Acc.)

m/s (G）2