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EM-series(ECO-Shaker)

Model:
Tình trạng: Liên hệ
Control electricity consumption automatically depending on test conditions

ECO-Shaker realized full-scale energy-saving vibration test that was difficult in conventional shakers. It enables vibration test operated at automatically optimized electricity consumption by inputting usual test definition.
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Giá bán: Liên hệ




Đặt hàng
  • Khung giờ giao hàng từ 8h00 - 18h00 hàng ngày.
  • Sản phẩm chính hãng, cung cấp CO & CQ.
  • Bảo hành miễn phí 03 tháng với hàng hóa tiêu hao và phụ kiện.
    Bảo hành miễn phí 12 tháng với máy chính.
  • Giá trên chỉ áp dụng đối với mặt hàng có sẵn.
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Always developing vibration test systems

IMV's dynamic simulation systems have been developed with "intelligence" in mind and endeavour to support customers testing. The new Eco technology has been used in the IMV range.

 

Complicated settings are not needed.

Electricity consumption might be managed manually on electrodynamic systems, but this could be quite difficult for the system operator to optimise the consumption due to payload and test conditions. Our ECO-Shaker can achieve optimisation of power consumption refering to payload conditions.

 

You can confirm the result of reduction of CO2 and electricity consumption at glance.

By combination with IMV vibration controller ‘K2’ , ECO-shaker system will confirm real-time electricity consumption during testing. It was never available by conventional systems. Power consumption can be reported numerically after each test.

 

You can expect improvement of laboratory environment.

Noise to be expected from the conventional test system will give limitaion to installation place selection. Our ECO-Shaker can suppress the noise level by controlling the engine blower at optimised speed. Optimum control of the cooling system will reduce power consumption and noise level refering to test conditions.

 

We will contribute to well being of society from both sides of quality and environmentt

By Clean Development Mechanism (CDM) in January 2008 and revision of Rationalisation in Energy Use law in April 2009 were introduced in Japan, all enterprises have been obliged to be more energy efficient. ECO-Shaker promotes reduction of costs and CO? by saving electricity consumption, costs, and consequently contributes to society.

 

Real automatic energy saving driving

Complicated settings are not needed.

ECO-shaker is a electrodynamic vibration test system which automatically optimize output of power amplifier, power input to vibration and cooling blower rotation speed refering to payload and test conditions. So, complicated manual settings are not needed anymore. Since it is real automatic control according to working environment conditions, "drastic change in output levels due to change of test sample characteristics during the test", "temperature up in system caused by rising heat during operation" etc.. even if those phenomenon happen, it is possible to keep operation without stopping the test.

 

 

 

You can confirm reduction of CO2 and electricity consumption at real-time.

By combination with IMV vibration controller ‘K2’ , ECO-shaker system will confirm real-time electricity consumption during testing. It was never available by conventional systems. Power consumption can be reported numerically after each test, which clearly shown on monitor or display. So you can confirm the result at glance.

 

 

 

Comparison of electricity consumption with conventional shaker

The less system output, the more saving-energy you can expect.

Figures are calculated by comparing with conventional system of same sine force rating. Results may vary for system models, test conditions.

 

 

 

Operation of ISM-EM (Power consumption)

Power consumption on conventional vibration systems would require manual calculation refering to test conditions. ISM-EM technology of the ECO-Shaker can automatically control the output of the power amplifier, force generation of the shaker, and rotation speed of the cooling blower to achieve best efficiency refering to test conditions.

 

 

Correspondence to existing system [Retro fit]

Saving energy by ISM-EM technology can be applied on existing IMV vibration test systems by adding the ISM-EM unit and some calibrations. Contact us for further information and delivery.

 

 

 

System Model

EM2201

EM2301

EM2401

EM2501

EM2502

EM2551

EM2601

System

Specifications

Freq. Range(Hz)

0~3300

0~3000

0~2600

0~2500

0~2500

0~2600 *5)

0~2600 *5)

Rated

Force

SINE(kN)

8

16

24

32

40

49

54

RANDOM(kNrms)*2)

8

16

24

32

40

49

54

SHOCK(kN)

16

32

48

64

80

98

108

Max.

Acc.

SINE(m/s2)

1250

1250

1200

914

1142

907

1000

RANDOM(m/s2rms)

875

875

840

640

800

635

700

SHOCK (m/s2)

2500

2500

2400

1828

2284

1814

2000

Max.

Vel.

SINE(m/s)

2.2

2.2

2.2

2.2

2.2

2.2

2.2

SHOCK(m/s)

2.2

2.2

2.2

2.2

2.2

2.2

2.2

Max.

Dsp.

SINE(mmp-p)

51

51

51

51

51

51

51

Max. TRAVEL

(mmp-p)

60

64

68

68

68

64

64

Max. Load.(kg)

200

300

400

600

600

1000

1000

Power Requirements(kVA)*1)

16.4

26

36

51

57

80

83

Vibration
Generator

Model

i220

i230

i240

i250

i250

i255

i260

Armature Mass(kg)

6.4

12.8

20

35

35

54

54

Armature Diameter(φmm)

190

200

290

440

440

446

446

Allowable eccentric moment

(N・m)

294

700

850

1550

1550

1550

1550

Dimensions(mm)W×H×D

1020x

903x

550

1124x

957x

860

1234x

997x

890

1463x

1187x

1100

1463x

1187x

1100

1527x

1196x

1100

1527x

1196x

1100

Mass(kg)

900

1500

2000

3000

3000

3500

3500

Power

Amplifier

Model

SA1M-

i20EM

SA2M-

i30EM

SA3M-

i40EM

SA4M-

i50EM

SA5M-

i50EM

SA7M-

i55EM

SA7M-

i60EM

Max. Output(kVA)

10

20

29

40

50

58

64

Dimensions(mm)W×H×D

580x

1750x

850

580x

1750x

850

580x

1750x

850

580x

1950x

850

580x

2100x

850

1160x

1950x

850

1160x

1950x

850

Mass(kg)

330

350

460

900

930

1400

1400

Controller

Vibration Controller

See Vibration Controller K2

Cooling

Cooling Method

Air cooling

Blower

Dimensions(mm)

W×H×D

492x

1128x

627

606x

1315x

844

707x

1531x

896

1057x

1841x

1078

1057x

1841x

1078

1328x

2140x

1033

1328x

2140x

1033

Mass(kg)

70

125

210

250

250

370

370

 

  • *1) Power supply required is 3-phase 200/220/240/380/400/415/440V,50/60Hz. Voltage Down Transformer (Step-down transformer) is required for other voltage.
  • *2) Rated force of RANDOM follow the ISO5344 standard. Please contact us for further information on RANDOM force conditions of each system.
  • *3) Each value of specification indicates maximum power of the system. In the case of a long hours of test, it needs to be operated less than 70% of maximum power.
    (The continuous use could be the cause of a premature failure.)
  • *4) In the case of RANDOM durability test, please set the test definition of the peak value of acceleration waveform to be operated less than 1400 m/s2.
  • *5) In the band of more than 2000Hz, excitation force pitches at the rate of -12dB/oct.
  • *6) Frequency range values vary according to sensor and signal generator.
  • *7) Mass and size can change in CE-support system.

 

Specifications (Large Displacement Type)

 

 

System Model

EM2305

EM2405

EM2505

EM2506

EM2555

EM2605

System

Specifications

Freq. Range(Hz)

0~3000

0~2400

0~2200

0~2200

0~2600 *5)

0~2600 *5)

Rated

Force

SINE(kN)

16

24

35

40

49

54

RANDOM(kNrms)*2)

16

24

35

40

49

54

SHOCK(kN)

40

55

70

80

98

108

Max.

Acc.

SINE(m/s2)

941

923

777

888

777

857

RANDOM(m/s2rms)

658

646

544

622

544

600

SHOCK (m/s2)

2352

2115

1555

1777

1555

1714

Max.

Vel.

SINE(m/s)

2.4

2.4

2.4

2.4

2.4

2.4

SHOCK(m/s)

2.4

2.4

2.4

2.4

2.4

2.4

Max.

Dsp.

SINE(mmp-p)

100

100

100

100

100

100

Max. TRAVEL(mmp-p)

120

120

120

120

116

116

Max. Load.(kg)

300

400

600

600

1000

1000

Power Requirements(kVA)*1)

28

38

53

57

82

86

Vibration

Generator

Model

J230

J240

J250

J250

J255

J260

Armature Mass(kg)

17

26

45

45

63

63

Armature Diameter(φmm)

200

290

440

440

446

446

Allowable eccentric moment

(N・m)

700

850

1550

1550

1550

1550

Dimensions(mm)W×H×D

1124x

1079x

850

1234x

1145x

890

1463x

1301x

1100

1463x

1301x

1100

1527x

1319x

1100

1527x

1319x

1100

Mass(kg)

1800

2400

3500

3500

4100

4100

Power

Amplifier

Model

SA3M-

J30EM

SA4M-

J40EM

SA5M-

J50EM

SA6M-

J50EM

SA7M-

J55EM

SA7M-

J60EM

Max. Output(kVA)

23

34

50

57

64

70

Dimensions(mm)W×H×D

580x

1750x

850

580x

1750x

850

580x

2100x

850

580x

2100x

850

1160x

1950x

850

1160x

1950x

850

Mass(kg)

380

490

930

960

1400

1400

Controller

Vibration Controller

See Vibration Controller K2

Cooling

Cooling Method

Air cooling

Blower

Dimensions(mm)

W×H×D

606x

1315x

844

707x

1531x

896

1057x

1841x

1078

1057x

1841x

1078

1328x

2140x

1033

1328x

2140x

1033

Mass(kg)

125

210

250

250

370

370

 

  • *1) Power supply required is 3-phase 200/220/240/380/400/415/440V,50/60Hz. Voltage Down Transformer (Step-down transformer) is required for other voltage.
  • *2) Rated force of RANDOM follow the ISO5344 standard. Please contact us for further information on RANDOM force conditions of each system.
  • *3) Each value of specification indicates maximum power of the system. In the case of a long hours of test, it needs to be operated less than 70% of maximum power.
    (The continuous use could be the cause of a premature failure.)
  • *4) In the case of RANDOM durability test, please set the test definition of the peak value of acceleration waveform to be operated less than 1400 m/s2.
  • *5) In the band of more than 2000Hz, excitation force pitches at the rate of -12dB/oct.
  • *6) Frequency range values vary according to sensor and signal generator.
  • *7) Mass and size can change in CE-support system.

 

Specifications (High Power Water Cooled Type)

 

 

System Model

EMK0301

EMK0621

EMK0622

EMK0801

EMK1251

EMK1252

EMK2001

EMK2002

System

Specifications

Freq. Range(Hz)

0~3000

0~2500

0~2500

0~2500

0~2500

0~2500

0~2000

0~2000

Rated

Force

SINE(kN)

30.8

49.0

61.7

80

100

125

160

200

RANDOM

(kNrms)*2)

21.5

49.0

61.7

80

100

125

160

200

SHOCK(kN)

61.6

98

123.4

160

200

250

320

400

Max.

Acc.

SINE(m/s2)

1000

1000

1000

1000

1000

1000

800

1000

RANDOM

(m/s2rms)

557

700

700

700

700

700

700

700

SHOCK (m/s2)

2000

2000

2000

2000

2000

2000

1600

2000

Max.

Vel.

SINE(m/s)

1.8*5)

2.0*5)

2.0*5)

2.0*5)

2.0*5)

2.0*5)

2.0*5)

2.0*5)

SHOCK(m/s)

1.8

2.0

2.0

2.0

2.0

2.0

2.4

2.4

Max.

Dsp.

SINE(mmp-p)

51

51

51

51

51

51

76.2

76.2

Max. TRAVEL

(mmp-p)

58

60

60

59

62

62

86

86

Max. Load.(kg)

500

1000

1000

1000

2000

2000

2000

2000

Power Requirements

(kVA)*1)

49

76

87

100

150

170

270

300

Vibration
Generatoer

Model

K030

K060

K060

K080

K125

K125

K200

K200

Armature Mass(kg)

27

40

40

60

70

70

200

200

Armature Diameter(φmm)

320

400

400

446

560

560

650

650

Allowable eccentric moment

(N・m)

980

980

980

1550

2450

2450

4900

4900

Dimensions(mm)

W×H×D

1100x

1090x

824

1380x

1085x

1000

1380x

1085x

1000

1595x

1050x

1200

1776x

1360x

1300

1776x

1360x

1300

2465x

1908x

1740

2465x

1908x

1740

Mass(kg)

3000

3700

3700

5000

7000

7000

16000

16000

Power
Amplifier

Model

EM4MM

-K30

EM6MM

-K60

EM8MM

-K60

EM14HM

-K80

EM18HM

-K125

EM22HM

-K125

EM26HM

-K200

EM32HM

-K200

Max. Output(kVA)

33

43

60

100

98

124

256

320

Dimensions(mm)

W×H×D

580x

1950x

850

1160x

1950x

850

1160x

1950x

850

1740x

1950x

850

1740x

1950x

850

2320x

1950x

850

2900x

1950x

850

3480x

1950x

850

Mass(kg)

950

1300

1350

2250

2400

3200

4000

4800

Controller

Vibration Controller

See Vibration Controller K2

Cooling

Cooling Method

Shaker:Water Cooling/Amp:Air Cooling

Primary Cooling Water Supply

(l/min)

195

260

260

390

390

390

520

520

Heat

Exchanger

Dimensions(mm)

W×H×D

580x

1700x

850

580x

1700x

850

580x

1700x

850

580x

1700x

850

580x

1700x

850

580x

1700x

850

950x

1900x

800

950x

1900x

800

Mass(kg)

400

400

400

400

400

400

600

600

 

  • *1) Power supply required is 3-phase 200/220/240/380/400/415/440V,50/60Hz. Voltage Down Transformer (Step-down transformer) is required for other voltage.
  • *2) Rated force of RANDOM follow the ISO5344 standard. Please contact us for further information on RANDOM force conditions of each system.
  • *3) Each value of specification indicates maximum power of the system. In the case of a long hours of test, it needs to be operated less than 70% of maximum power.
    (The continuous use could be the cause of a premature failure.)
  • *4) In the case of RANDOM durability test, please set the test definition of the peak value of acceleration waveform to be operated less than 1400 m/s2.
  • *5) If the tests (SWEEP or SPOT) need high velocity the maximum velocity value should be reduced to 1.4m/s.
    In the case of continuous SINE test, at move than 1.4m/s, it may need optional cooling system, so please consult with us.
  • *6) Frequency range values vary according to sensor and signal generator.
  • *7) Mass and size can change in CE-support system.
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