Belt Driven Linear Actuator MTB042D-0204-12L12 Length: 204mm Cross Section: 42x42mm
- Max Speed: 3 m/s (118.11 in/s)
- Max Load (Fy / Fz): 1,560 N (351 lbf)
- Max Load (Fx): 460 N (103 lbf)
- Max Moment (My / Mz): 55 Nm (487 lbf-in)
- Repeatability: ±0.05 mm (±0.002 in)
- Frame Size: 42 x 42 mm (1.65 x 1.65 in)
- Guideway: Ball guided profile rail, 2 runner blocks per carriage
- Drive: Steel-reinforced belt, 12 mm left male input shaft
- Motor Mounts: NEMA and metric motor mount kits available
- Family stroke range 100 mm (3.94 in) to 2,000 mm (78.74 in)
Belt-driven linear actuator with a 204mm body length, 42mm x 42mm base profile, and one carriage guided by a single recirculating ball profile rail with two runner blocks. This MTB Series actuator uses a steel-reinforced timing belt with adjustable tensioning and a 12mm left male drive shaft for motor or gearbox integration. Unlike MTE actuators with one internal and one external guide, or MTS actuators with two external guides, this MTB model uses a single profile rail guide for a compact, efficient belt-driven platform. A stainless steel strip seals along magnetic strips to help prevent contamination, while precision extrusions provide flat and perpendicular surfaces for accurate installation.
- Belt-driven linear actuator
- Length: 204mm
- Compact profile: 42mm x 42mm
- Equipped with a left male shaft
- Shaft diameter: 12mm
- Profile rail carriage size: 42mm
- Supports a profile rail with two runner blocks per carriage
Motor Mount Kits
Application Fit
- High-Speed Pick-and-Place
- Packaging Equipment
- Large-Format Printing
- Bottling Lines
- Mail and Parcel Sorting
- Medical Testing Equipment
Selection Notes: Four profile sizes, 42 to 105 mm, with multiple drive configurations · Steel-reinforced belt with adjustable tension; anodized aluminium housing and carriage · T-slots along the extrusion for mounting and for sensor mounting · Motor mount kits and couplers available for NEMA and metric motor sizes · Limit switches must be used to stop the carriage reaching the end blocks



