For systems using the POG10 D 2048 I encoder, we offer a reliable customized replacement solution designed for direct integration into existing equipment. The replacement encoder is engineered to match the original model in mechanical interface, shaft configuration, resolution, output signal structure, and essential electrical parameters. This allows straightforward installation without modifying the control program or feedback logic, ensuring continuity of operation in demanding industrial applications.
Technically, POG10 D 2048 I belongs to the category of heavy-duty incremental rotary encoders, providing a resolution of 2048 pulses per revolution with A/B quadrature signals and an index pulse (I signal). The replacement solution maintains equivalent signal accuracy, phase relationship, and maximum output frequency to support precise position and speed feedback. Output levels such as HTL or TTL can be configured to align with the original system requirements, while the power supply range and EMC design ensure stable performance under high rotational speeds, long cable distances, and environments with strong electrical interference. Reinforced internal components and high-load bearings are applied to handle continuous operation and frequent load changes.
From a mechanical and environmental standpoint, the replacement encoder can be customized according to the original shaft diameter, tolerance, flange dimensions, and protection rating. It is compatible with standard solid-shaft installations and suitable for use in heavy-duty machinery, material handling systems, metallurgical equipment, energy installations, and other harsh industrial environments. With application-specific parameter verification and functional testing prior to delivery, this customized replacement solution provides dependable long-term operation, reduced maintenance effort, and controlled lifecycle costs, making it a practical alternative for the POG10 D 2048 I encoder.

Technical data
| Parameter | Value |
| Technical data - electrical ratings | |
| Voltage supply | 5 VDC ±5 %; 9...26 VDC; 9...30 VDC |
| Consumption w/o load | ≤100 mA |
| Resolution (steps/turn) | 1...2500 |
| Phase shift | 90° ±20° |
| Scan ratio | 40...60 % |
| Reference signal | Zero pulse, width 90° |
| Sensing method | Optical |
| Output frequency | ≤120 kHz |
| Output signals | K1, K2, K0 + inverted |
| Output circuit | TTL (RS422); HTL (power linedriver) |
| Interference immunity | DIN EN 61000-6-2 |
| Emitted interference | DIN EN 61000-6-4 |
| POG 10 (Approval) | |
| Approval | UL approval / E256710 |
| Technical data - mechanical design | |
| Dimensions (flange) | ø115 mm |
| Shaft | ø11 mm |
| Shaft loading | ≤300 N axial; ≤450 N radial |
| Flange | EURO flange B10 |
| Protection DIN EN 60529 | IP 66 |
| Materials | Housing: aluminium die-cast; Shaft: stainless steel |
| Operating temperature | -40...+100 °C; -50...+100 °C (optional) |
| Connection | Terminal box |
| POG 10 (Mechanical) | |
| Operating speed | ≤12000 rpm (mechanical) |
| Operating torque typ. | 2 Ncm |
| Rotor moment of inertia | 200 gcm² |
| Resistance | IEC 60068-2-6 Vibration 20 g, 10-2000 Hz; IEC 60068-2-27 |

