TENZO Series Modal Shakers are designed for demanding modal testing, to test small components, such as electronic assemblies and sensor calibration. The applications range from laboratory experiments and modal studies to physiological research. Combined TENZO power amplifier, our magnet shakers can help you do the test more accurately and more conveniently. TENZO Series modal exciters can minimize operational costs and can provide the maximum flexibility to the scientist and test engineer. TENZO series permanent magnet modal shakers provide precise, reliable, stable and long-lasting operation.

Based upon years of practical modal test experiences, TENZO series modal shakers are exhibiting high force-to-weight ratio, has been specifically developed to help ensure the best possible modal test performance with minimum setup time.

Applications:

√ General mechanical mobility measurements

√ Experimental modal analysis on most mechanical structures

√ SISO, MISO, SIMO and MIMO modal test applications

√ Advanced structural dynamics investigations

√ Structural damage detection

√ Finite element model correlation

Specifications

TEN-M50

TEN-M100X

TEN-M100Y

TEN-M200

TEN-M500

TEN-M1000

Rated peak force (N) forced-air cooled

N/A

100N

N/A

200 N

500N/350N

1000N/700N

Rated peak force (N) naturally cooled

50N

50N

100N

100N

200N/175N

500N/350N

Frequency range (Hz)

DC-10000

DC-10000

DC-8000

DC-8000

DC-6000

DC-4500

Main resonance frequency (Hz)

8000Hz

8000Hz

6300Hz

6300Hz

4700Hz

3900Hz

Max. displacement (mm)Peak-Peak

18

18

20

20

25

25

Max. Acceleration speed (g)

40

80

35

70

100

100

Effective moving mass (kg)

0.13

0.13

0.35

0.32

0.45

1

Shaker weight（kg）

2

2

14.5

14.5

15

41

Coupling (Thread ø mm)

M6

M6

M6

M6

M6

M6

Dimensions (WxHxD) (mm)

148*95*188

184*95*188

200*265*250

200*265*250

240*152*220

351*267*340

Maximum operating current

4 A

8 A

5 A

10 A

10 A

13 A

DC resistance (Ω)

1.1

1.1

2.8

2.8

4

3.8

Protection

Over-displacement
Over-voltage
Over-current
Over-temperature

Over-displacement
Over-voltage
Over-current
Over-temperature

Over-displacement
Over-voltage
Over-current
Over-temperature

Over-displacement
Over-voltage
Over-current
Over-temperature

Over-displacement
Over-voltage
Over-current
Over-temperature

Over-

displacement
Over-voltage
Over-current
Over-

temperature