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P06.2000SA10 Closed-loop Mechanism Amplified Piezo Actuator, Travel to 1mm

Update time：2024-11-15 08:21:43Clicks：689second

P06.2000SA10 is one of CoreMorrow large-stroke A-series amplified piezo actuators. It adopts the amplified mechanism design to amplify the displacement generated by the preloaded piezo stacks. The displacement it generated is X-contraction, with the travel range up to 1900μm and closed-loop repeatability up to 0.15%F.S. The product is shown in the following figure.

Characteristics

Travel to 1900μm

Repeatability up to 0.15%F.S.

Nanoscale resolution

Equipped with closed-loop sensor

Vacuum version available

Application

Optometry: Probe scanning, optical lens positioning, optical switching, shutter/shutter stabilization, microscanning, chip testing, astronomy, focus positioning, laser cavity tuning, fiber coupling and deformation, FBG (Fiber Bragg grating) deformation, chopper, interferometer, PDP crystal cutting, modulator, etc.

Mechanics:Fiber stretching, tool positioning, taking and placing tools, diamond turning, elliptical piston machining, damping, dynamic control, new generation ultrasonic or sonic vibration, NDT, device fatigue monitoring, etc.

Fluid science: Proportional valve, pump, flow measurement technology, inkjet technology, syringe, droplet generator, etc.

Technical Data

Model	P06.2000S/KA10
Active axes	X
Travel range(0~150V)	1900μm
Sensor	SGS/-
Blocking force @moving direction	38N
Stiffness	0.02N/μm
Repeatability	0.15%F.S./-
Unloaded resonant frequency	125Hz
Resonant frequency with load	125Hz@5g
Step time	80ms@full amplitude
El. capacitance	47μF
Material	Stainless steel
Mass	170g

Recommend Data

E53.D piezo controller is ideal for driving P06.2000SA10 amplified piezo actuator. It is a single-channel controller designed for small volume applications with a compact and easy integration size of 148×27.5×80mm^3, and 350g weight, 24VDC/1.5A power supply. It has a cooling area, which can quickly export the generated heat. The upper computer software supports secondary development .