Linear piezoelectric actuator BBPXMS-PH

101 V...300 Vfor industrial applicationsceramic

Product overview
BBPXMS-PH is a square multilayer piezoelectric stack actuator with a central bore. Multilayer ceramic chips are axially stacked and bonded with epoxy to generate controlled axial micromovements suitable for precision positioning and dynamic actuation in industrial applications.

Construction and options

• Ceramic side insulation with Kapton® tape wrapping; standard leads are approximately 75 mm long.
• Ceramic end caps available in flat or hemispherical shapes to suit contact geometry.
• Dimensions, drive voltage and surface coating can be customized to application requirements.

Available specifications
150 V | 5.0 × 5.0 × 9.0 mm; Ø2 mm bore | 0.56 µF | 140 kHz | 7.0 µm | 114 N
150 V | 5.0 × 5.0 × 25.0 mm; Ø2 mm bore | 1.3 µF | 52 kHz | 20.0 µm | 40.0 N
150 V | 5.0 × 5.0 × 50.0 mm; Ø2 mm bore | 2.7 µF | 26 kHz | 40.0 µm | 20.0 N
150 V | 7.0 × 7.0 × 45.0 mm; Ø3 mm bore | 5.5 µF | 30 kHz | 40.0 µm | 40.0 N

Use and selection

• Each line corresponds to one configuration; select drive voltage, displacement, frequency and force together.
• Actual displacement depends on drive voltage, preload and mounting. Avoid impact, bending and concentrated stresses during assembly.
• For vacuum or special environments, confirm suitability of leads, bonding and encapsulation.
• Apply loads strictly along the axis to avoid eccentric loads and shear; match end cap geometry to the contact arrangement.

Technical specifications

• Model: BBPXMS-PH
• Product type: Square multilayer piezoelectric stack actuator with center hole
• Stack construction: Multilayer ceramic chips stacked axially and bonded with epoxy
• Side insulation: Ceramic side insulation with Kapton® tape wrapping
• Standard lead length: Approximately 75 mm
• End caps: Flat or hemispherical options
• Customization: Dimensions, drive voltage and surface coating configurable
• Capacitance tolerance: ±15%
• Nominal displacement tolerance: ±15%
• Configuration A: 150 V — 5.0 × 5.0 × 9.0 mm; Ø2 mm bore; 0.56 µF; 140 kHz; 7.0 µm; 114 N
• Configuration B: 150 V — 5.0 × 5.0 × 25.0 mm; Ø2 mm bore; 1.3 µF; 52 kHz; 20.0 µm; 40.0 N
• Configuration C: 150 V — 5.0 × 5.0 × 50.0 mm; Ø2 mm bore; 2.7 µF; 26 kHz; 40.0 µm; 20.0 N
• Configuration D: 150 V — 7.0 × 7.0 × 45.0 mm; Ø3 mm bore; 5.5 µF; 30 kHz; 40.0 µm; 40.0 N
• Selection guidance: Specify dimensions, drive voltage, required displacement, load, operating frequency, mounting and environment when selecting.