Custom engineering support is available for the FGHJ2AK-2048G-90G-NG/16K in repair, retrofit, and replacement projects. A compatible solution can be developed around the existing mechanical and electrical conditions, with a normal custom production lead time of 10–15 working days.
Technical Overview of the FGHJ2AK-2048G-90G-NG/16K Encoder
This configuration is a hollow-shaft incremental encoder with a 16 mm cylindrical bore and 2048 ppr resolution. The higher pulse count makes this version suitable for applications requiring finer rotational feedback while maintaining the installation logic of a single-system terminal-strip design. In practical engineering terms, the model combines a hollow-shaft structure with field-wired terminal access and incremental output behavior.
The series platform supports 12–30 V DC power supply and uses HTL output as a standard family characteristic, with optional TTL when controller requirements make it necessary. The encoder family is also built for industrial duty, with IP66 protection and suitability for environments where temperature fluctuation, vibration, and general mechanical stress must be taken into account.
Industrial Integration Considerations
The main integration point for this model is the relationship between the 2048 ppr resolution and the receiving controller. During retrofit or upgrade work, the input card, counter frequency capability, shielding arrangement, and reference pulse handling should all be reviewed to avoid commissioning issues. A higher pulse count version can improve feedback granularity, but only when the downstream electronics are prepared for it.
Mechanically, the 16 mm hollow shaft, anti-rotation support, and encoder positioning should be checked against the existing assembly. Installers should also confirm shaft concentricity, clamping stability, and cable entry orientation, especially in machines where space is limited or maintenance access is restricted.


Custom Compatible Encoder Solution
For systems already using the FGHJ2AK-2048G-90G-NG/16K, a custom compatible encoder solution can be arranged to match the installed shaft size, signal characteristics, and connection structure. The compatible version can be tailored around pulse count, voltage level, terminal connection, housing orientation, and mounting logic so that the existing machine architecture can be retained as far as possible.
This type of custom solution is particularly useful when original supply is uncertain, when project schedules cannot tolerate extended downtime, or when the control system depends on a specific incremental feedback structure. The goal is to maintain reliable machine integration rather than force a broad mechanical redesign.
Lead Time and Custom Development
Typical production lead time: 10–15 working days.
Before manufacturing, the engineering review should verify the required 2048 ppr output, controller acceptance range, power supply conditions, hollow-shaft fit, terminal wiring expectations, and environmental installation conditions. Where necessary, output level and field connection details should be locked before release to production.
Typical Technical Parameters
| Parameter | Specification |
|---|---|
| Encoder Type | Incremental encoder |
| Resolution | 2048 ppr |
| Output Type | Incremental output |
| Signal Format | HTL, optional TTL |
| Supply Voltage | 12–30 V DC |
| Interface | Terminal strip connection |
| Shaft Type | Hollow shaft |
| Shaft Diameter | 16 mm cylindrical |
| Protection Rating | IP66 |
| Operating Temperature | -25 °C to +85 °C |
| Max Speed | Up to 6000 rpm |
| Connection Style | Single system |
| Application Orientation | Maintenance, retrofit, replacement, upgrade |

