OCD-PPA1G-0010-C060-CAW Parallel Push-Pull Singleturn Absolute Encoder Custom Solution

We have developed a custom solution for model OCD-PPA1G-0010-C060-CAW, built around a 58 mm clamping flange, Ø6 mm solid shaft, and a parallel push-pull singleturn output structure. This configuration is intended for compact control systems that still use direct bit-level position acquisition rather than serial fieldbus communication. The platform uses 10-bit singleturn Gray-code output, axial cable connection, and cable-side direction setting, making it suitable for installations where wiring simplicity at the controller matters more than protocol-side flexibility. Typical production lead time: 15 working days.

Technical Key Parameters

• Interface: Parallel (push-pull)
• Resolution: 10 bit singleturn
• Mounting: Ø58 mm clamping flange
• Shaft: Ø6 mm solid shaft
• Supply voltage: 10–30 VDC

Custom Solution Photos

The configuration reflects a compact 58 mm shaft-type encoder with axial cable outlet and direct parallel bit output for controller-side position reading.

Wiring and Installation Notes

This model uses a parallel push-pull output, so stability depends less on protocol configuration and more on wiring discipline across multiple signal lines. In practice, position errors on this type of encoder are often caused by cable-side signal assignment, latch/direction handling, or uneven grounding between controller and encoder rather than by the sensing element itself. The connection plan includes Bit 1 to Bit 10, plus Latch, DIR, Power Supply, and GND, so this is not a simple “power plus two-signal” installation. When cable routing is done too quickly, bit-order mistakes or incorrect direction control often produce stable but wrong position values, which are harder to diagnose than total signal loss.

The encoder allows the measuring direction to be set through the cable or connector, which is useful in retrofit work but also creates a common commissioning trap: electrical inversion may be mistaken for mechanical reversal. For this reason, direction logic should be confirmed before scaling or controller-side interpretation is finalized. Mechanically, the Ø6 mm shaft and 10 mm shaft length make the installation more sensitive to coupling selection than larger solid-shaft versions. This is a compact platform with moderate shaft load capability, not a heavy-duty shaft design. In small drive assemblies, coupling mismatch is usually a more common source of long-term instability than electronics. The maximum shaft load values and bending radius of the cable should therefore be respected from the start rather than corrected later.

Application and Integration Notes

This configuration is typically used in compact automation modules, indexing units, and controller architectures that still rely on direct parallel position inputs instead of SSI or fieldbus communication. Its practical value lies in giving a clear 10-bit absolute position word without requiring protocol handling, address configuration, or network-side commissioning. That makes it useful in machines where the control hardware is already designed around direct bit acquisition and where redesigning the electrical architecture would add unnecessary complexity.

Compared with SSI or bus-based encoders, this model reduces communication overhead but increases the importance of wiring accuracy and I/O organization. In practice, it is selected when the control side already has available parallel input capacity and when a compact Ø6 mm shaft / 58 mm flange arrangement is mechanically appropriate. It is less suitable where cable routing is long and noisy, or where minimizing the number of signal conductors is more important than keeping simple controller-side logic.

Custom Encoder Solution

• Compact 58 mm parallel-output encoder structure for limited installation space
• 10-bit singleturn Gray-code output for direct controller-side position acquisition
• Ø6 mm solid shaft for small-drive mechanical integration
• Suitable for systems using Latch / DIR logic rather than serial communication

Lead Time and Custom Development

This model is configured based on confirmed parallel output requirements, compact shaft geometry, and controller-side integration logic. Typical production lead time: 15 working days.

Key Technical Data

Technical Summary

The engineering value of OCD-PPA1G-0010-C060-CAW lies in its combination of a compact 58 mm clamping-flange structure, Ø6 mm shaft, and 10-bit parallel absolute output on a simple electrical architecture. It is best suited for compact systems where the controller already works with direct bit-level position inputs and where adding SSI or fieldbus communication would create unnecessary integration overhead. In practical applications, the main success factors are correct bit assignment, stable direction logic, and controlled small-shaft coupling alignment.