PVM78E-022K5R0BN-1413 Servo Flange PROFIBUS Encoder Solution

A project-specific compatible encoder solution can be arranged for PVM78E-022K5R0BN-1413 in maintenance, retrofit, replacement, and upgrade projects. This model uses a Ø12 mm solid shaft, servo flange, 5 m radial cable, and a 14-bit multiturn plus 13-bit singleturn PROFIBUS structure. Typical production lead time: 15 working days. The engineering focus is to preserve servo-flange mounting geometry and longer cable routing together with the original multiturn data behavior.

Technical Overview of the PVM78E-022K5R0BN-1413 Encoder

The PVM78E-022K5R0BN-1413 is a multiturn absolute PROFIBUS encoder with binary code output and RS-485 communication. The coded version identifies a Ø12 mm x 25 mm solid shaft, servo flange, 5 m cable, radial exit, aluminum housing, and a 14-bit multiturn plus 13-bit singleturn resolution structure.

This makes it a useful variant for applications where flange geometry differs from clamping-flange versions and where the cable path to the control cabinet is longer.

Industrial Integration Considerations

Servo flange versions should always be matched carefully because their mounting reference differs from clamping-flange designs. In retrofit work, preserving the original servo-flange geometry is often more important than the housing outline itself.

The 5 m fixed cable is also a defining feature. It usually reflects a deliberate routing decision in the installed machine, so replacement should keep both cable length and radial exit direction aligned with the original layout.

Field Installation and Wiring Notes

For 5 m cable variants, routing path, shielding continuity, and bend radius should be reviewed together. Longer fixed cables should remain separated from power conductors and should not be subjected to compression or sharp bending during installation.

Because this version uses radial cable exit, side clearance around the encoder and nearby machine structures should be checked before release.

Custom Compatible Encoder Solution

A custom compatible encoder solution for PVM78E-022K5R0BN-1413 should preserve the Ø12 mm shaft, servo flange geometry, 5 m radial cable route, and 14-bit multiturn plus 13-bit singleturn PROFIBUS structure. This is important where both mechanical mounting reference and longer cable integration are already defined in the machine.

Preset, scaling, and diagnostics behavior should be confirmed during engineering review so the final replacement remains aligned with the original application.

Custom Solution Photos

Lead Time and Custom Development

Typical production lead time: 15 working days.

Key review points include shaft size, servo-flange dimensions, cable route length, radial exit clearance, and required multiturn/singleturn step structure in the control system.

Typical Technical Parameters