Shaft Length
Define the overall shaft length required by the assembly. The product information states that shaft length is customizable without tooling changes.
Built for precise position detection in elevator safety systems, the eevator limit axis is a precision component among elevator parts that supports stable positioning, strong shock resistance, and uniform batch quality.
The available product details describe manufacturing, material construction, finish, customization, and application. Numeric dimensions and tolerance values are not stated.
| Attribute | Details |
|---|---|
| Manufacturing process | Precision CNC turning; high precision CNC machining; one-setup CNC machining. |
| Material | Solid bar stock. No alloy or grade is stated. |
| Tolerances | Described as tight dimensional and geometric tolerances. No numeric values are stated. |
| Surface finish | Burr-free, polished, low-friction. |
| Customization | Shaft length, groove positions, and thread specifications. |
| Application | Elevator limit and safety sensor systems; OEM elevator assembly. |
Use the published customization points to match the shaft to the elevator sensor assembly and production plan.
Define the overall shaft length required by the assembly. The product information states that shaft length is customizable without tooling changes.
Confirm the groove locations that align with the elevator sensor components. Accurate positioning grooves are intended to match the sensor interface without stuck triggering.
Review the thread callout for mating hardware. Thread specifications are listed as customizable, together with shaft length and groove positions.
Confirm the solid bar stock construction and the burr-free polished surface. These features are linked to shock resistance, mechanical stability, and reduced friction and abrasion.
Share the expected production quantity for OEM elevator assembly or a mass production line so batch consistency can be reviewed.
The shaft is designed around precise position detection, sensor alignment, and consistent performance in elevator assembly.
The shaft functions as a sensor component within elevator safety systems. It enables precise position detection for reliable limit signal sensing.
Accurate positioning grooves are designed to match elevator sensor components without stuck triggering. This supports smooth interaction with the sensor assembly.
Stable positioning, strong shock resistance, and a solid bar stock body support mechanical stability under continuous vibration.
The part is suited to mass production lines and OEM elevator assembly. Uniform batch quality is intended to reduce part failure rates and installation errors.
Review these published characteristics when checking the shaft against an elevator sensor assembly.
One-setup CNC machining is used to achieve superior straightness and concentricity. The process is described as eliminating alignment errors.
Solid bar stock construction is described as avoiding typical casting flaws while contributing to shock resistance and mechanical stability.
A burr-free polished surface reduces friction and abrasion, which contributes to longer service life.
Uniform batch quality is intended to reduce part failure rates and installation errors across OEM elevator assembly and mass production runs.
Before production, review shaft length, groove positioning, and thread specifications against the assembly requirements.
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View productit functions as a sensor component in elevator safety systems, enabling precise position detection and reliable limit signal sensing.
production uses precision cnc turning and high precision cnc machining. one-setup cnc machining supports straightness and concentricity by avoiding alignment errors between operations.
the shaft is machined from solid bar stock. this construction avoids typical casting flaws and supports shock resistance and mechanical stability under continuous vibration.
yes. shaft length, groove positioning, and thread specifications are customizable without tooling changes.
it has a burr-free polished surface that reduces friction and abrasion, contributing to longer service life.
accurate positioning grooves match elevator sensor components without stuck triggering, while uniform batch quality is intended to reduce part failure rates and installation errors in oem elevator assembly and mass production.