Linear piezoelectric actuator BBPXMS-RG

101 V...300 Vmultilayerceramic

Product overview
BBPXMS-RG uses multilayer ceramic chips stacked axially and bonded with epoxy to produce axial micromovement.

Construction and options

• Ceramic side insulation and Kapton® tape wrapping; standard leads are approximately 75 mm long.
• Ceramic end caps are available in flat or hemispherical forms.
• Dimensions, drive voltage and surface coating can be customized.

Available specifications

• 150 V — 6.0 × 2.5 × 13.0 mm — 725 nF — 100 kHz — Nominal displacement 9.5 µm — Max generated force 930 N
• 150 V — 8.3 × 3.0 × 9.0 mm — 2000 nF — 127 kHz — Nominal displacement 9.0 µm — Max generated force 1800 N
• 150 V — 15.0 × 9.0 × 13.5 mm — 8400 nF — 70 kHz — Nominal displacement 15 µm — Max generated force 4520 N

Use and selection

• Each row represents one configuration. Select voltage, displacement, frequency and force together.
• Actual displacement depends on drive voltage, load and mounting. Avoid impact, bending and concentrated stress during assembly.
• For vacuum or special environments, confirm the suitability of leads, bonding and encapsulation.
• Apply loads along the axis, avoiding eccentric loads and shear forces. Match the end cap to the contact arrangement.

Technical specifications

• Model: BBPXMS-RG
• Construction: Multilayer ceramic chips stacked axially, bonded with epoxy
• Insulation/wrapping: Ceramic side insulation; Kapton® tape wrapping
• Standard lead length: Approximately 75 mm
• End cap options: Flat or hemispherical ceramic end caps
• Customization: Dimensions, drive voltage and surface coating customizable
• Available configurations:
• 150 V — 6.0 × 2.5 × 13.0 mm — 725 nF — 100 kHz — Nominal displacement 9.5 µm — Max generated force 930 N
• 150 V — 8.3 × 3.0 × 9.0 mm — 2000 nF — 127 kHz — Nominal displacement 9.0 µm — Max generated force 1800 N
• 150 V — 15.0 × 9.0 × 13.5 mm — 8400 nF — 70 kHz — Nominal displacement 15 µm — Max generated force 4520 N
• Selection notes: Specify dimensions, drive voltage, target displacement, load, operating frequency, mounting and environment when ordering