1035035-01 RHA 507 HTL Binary Signal Mapping

EncoderWorks provides a custom compatible replacement solution for 1035035-01 RHA 507 focused on maintaining HTL parallel binary output behavior, Ø12 mm blind hollow shaft adaptation, and singleturn position data consistency. The replacement challenge is not only matching the 13-bit absolute position output, but also preserving individual bit signal mapping, output level compatibility, and mechanical coupling conditions required by the existing control system. A parallel encoder can provide switching signals while incorrect bit interpretation or voltage-level mismatch still causes position errors.

System Limits

HTL parallel encoder replacement depends on maintaining consistent digital signal transmission between the encoder and the controller. The 1035035-01 RHA 507 uses a 13-bit singleturn resolution structure with Parallel Binary HTL output. Bit assignment, HTL output level compatibility, code sequence direction, and controller input requirements must be matched because differences in signal interpretation can result in incorrect position values or additional commissioning adjustments.

The mechanical integration boundary includes hollow shaft fit, stator coupling, and cable installation conditions. This model uses a Ø12 mm blind hollow shaft with a 58/59 flange and stator coupling structure, together with a 10 m radial cable connection. Shaft engagement, coupling alignment, cable routing, shielding, and grounding continuity should be maintained because mechanical mismatch or electrical interference can affect long-term feedback reliability in industrial applications.

Wiring & Installation

The parallel HTL interface requires verification of individual bit signal assignment, supply voltage, code sequence, and shield connections. The configuration uses dedicated wiring for Bit 1 through Bit 13, 0 Volt, +E Volt, code sequence, and chassis shield. Incorrect bit mapping, unsuitable controller input levels, poor shielding, or improper grounding may result in incorrect position output or unstable system operation.

During replacement installation, the Ø12 mm blind hollow shaft and stator coupling interface should be checked against the existing machine structure. The radial cable outlet, cable length, vibration conditions, and environmental protection requirements should be considered together to maintain reliable position measurement in industrial applications.

Custom Compatible Solution

• Match Parallel Binary HTL output behavior and controller-side digital signal interpretation.
• Preserve 13-bit singleturn position structure and code sequence configuration.
• Adapt Ø12 mm blind hollow shaft and 58/59 flange with stator coupling requirements.
• Validate HTL signal mapping, controller input compatibility, shielding, and grounding conditions.

Typical production lead time: 15 working days.

Key Data