For 14-14361-360, EncoderWorks can provide a custom compatible replacement focused on 10–30 V push-pull receiver matching, 360 PPR controller scaling, and ATEX keyed-shaft alignment. This model should not be treated like the RS422 360 PPR version. The pulse count may match, but push-pull input thresholds, channel loading, shield handling, and reference-pulse behavior must still be reproduced.
The 14-14361-360 is an ATEX incremental rotary encoder configuration with photoelectric sampling, 360 PPR, 10–30 V push-pull output, A/B/0 plus inverted signal channels, IP66 protection, Ø12 mm keyed shaft, clamping flange, and 9-core 2 m cable connection. At 360 PPR, the 100 kHz frequency limit normally gives useful headroom, but exact scaling remains critical.
The first failure boundary is controller interpretation. If the PLC, drive, or counter expects 300, 400, 500, or another pulse count, A/B signals can look clean while speed, length, or angular feedback becomes wrong. Quadrature mode and 0-channel reference use must also match the original machine.
This replacement fails when A/B/0 signals are stable, but the controller calculates the wrong motion value because 360 PPR scaling, push-pull input threshold, quadrature mode, or reference-pulse logic does not match the previous encoder. That is a configuration and signal-chain failure, not a sensing failure.
The second boundary is push-pull channel mapping. A, B, 0 and inverted A, B, 0 must be wired by signal function. A wrong inverted channel may still allow basic counting, but it can weaken noise rejection, direction validation, or homing reliability.
Mechanically, the Ø12 mm keyed shaft and clamping flange must be checked with the coupling, pulley, or measuring wheel. ATEX suitability, PE shielding, cable routing, and axial/radial shaft-load limits remain part of the replacement decision.
The replacement decision should first confirm ATEX marking, Ø12 mm keyed shaft fit, clamping-flange centering, 360 PPR scaling, 10–30 V push-pull receiver compatibility, A/B/0 plus inverted channel mapping, 100 kHz output-frequency margin, shield grounding, cable route, and shaft load. EncoderWorks treats 14-14361-360 as an industrial encoder custom compatible solution where push-pull signal matching and exact 360 PPR scaling decide field reliability.
Typical production lead time: 15 working days.
Key Data
| Item | Data |
|---|---|
| Model | 14-14361-360 |
| Encoder type | ATEX incremental rotary encoder |
| Detection type | Photoelectric sampling |
| Pulse count | 360 PPR |
| Output switching | 10–30 V push-pull |
| Signal output | A, B, 0 and inverted A, B, 0 |
| Supply voltage | 10–30 VDC |
| Output frequency | Max. 100 kHz |
| Shaft / flange | Ø12 mm keyed shaft, clamping flange |
| Connection | 9-core cable, 2 m |
| Protection class | IP66 |
| Main engineering anchor | Push-pull scaling and ATEX shaft |
| Main failure boundary | Wrong scaling, receiver mismatch, inverted-channel error, shaft overload |
