GA240.A106102 Binary Parallel Encoder Compact Output

EncoderWorks Team

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GA240.A106102 Binary Parallel Encoder Compact Output

9 monthsago

We developed a custom solution for the GA240.A106102 encoder, intended for applications where 13-bit binary parallel absolute position output must remain stable in compact installations with direct PLC input and limited wiring space. This configuration is based on the GA240 singleturn parallel absolute encoder platform, using a clamping flange, Ø10 mm solid shaft, 10–30 VDC supply, and binary push-pull output via M23 connector interface, making it suitable for structured cabinet wiring rather than free cable routing. It is not a serial encoder. It is a parallel data system where STORE timing, ENABLE control, and connector-level signal integrity determine whether the output remains usable. Typical production lead time: 15 working days.

Custom Solution Photos

GA240.A106102 Binary Parallel Encoder Compact Output-EncoderWorks

Stable operation depends on shaft alignment, flange rigidity, connector stability, and controlled parallel signal handling.

System Limits

No STORE signal during readout → data changes during sampling
ENABLE not active → output enters high-impedance (no signal)
Connector pin mismatch or EMC noise → bit errors in parallel data

The GA240 platform provides 13-bit (8192 steps) optical singleturn output with push-pull drivers and code continuity monitoring. In connector-based installations, the main limitation shifts from cable routing to pin assignment accuracy and connector shielding quality. Even with a stable encoder body, incorrect pin mapping or weak shielding can result in incorrect position words at the PLC level.

This model uses binary code, which allows direct mapping into control logic but requires proper read timing. Without STORE-based synchronization, binary output can show transient inconsistencies during bit transitions.

Installation and Wiring Constraints

Use rigid clamping flange mounting and maintain shaft alignment
Use STORE input to latch position data before reading
Keep ENABLE active (Low) for valid output
Verify M23 21-pin connector pin assignment before commissioning
Define UP/DOWN logic according to real shaft rotation
Ensure full shielding and grounding at connector level

Failure boundary:

Missing STORE → unstable binary readout
ENABLE inactive → no output
Wrong pin mapping → incorrect data interpretation
Poor connector shielding → intermittent or corrupted data

Replacement and Interface Mapping

Suitable for systems requiring 13-bit binary parallel absolute feedback via connector interface
Applicable where compact wiring and structured panel integration are required
Not suitable where serial communication is expected or parallel timing cannot be controlled
Best used in systems with strict control over connector wiring and signal timing