For the CR105-4096G24C01 parallel absolute encoder, we provide an OEM-oriented custom solution based on strict dimensional and electrical equivalence. This replacement program is engineered to mirror the original unit’s housing profile, shaft design, mounting interface, and parallel signal structure. It is developed for customers facing discontinued sourcing channels, unpredictable delivery schedules, or urgent spare-part requirements. The encoder can be integrated directly into existing machinery without structural modification or control logic changes, reducing technical risk during maintenance or system upgrades. Standard production lead time is typically within 15 working days, supporting fast recovery of critical equipment.
The solution has been applied in multiple industrial regions where stable multi-bit parallel output and precise angular feedback are essential. Designed for continuous-duty automation systems, it maintains reliable performance under vibration, mechanical load variation, and fluctuating temperature conditions. By refining our internal engineering workflow and supply coordination process, we ensure predictable delivery and consistent product quality. Customers value the balance between mechanical durability, signal integrity, and controlled procurement cost, making this OEM custom solution a practical option for long-term equipment lifecycle management.
Technical data
| Parameter | Value |
|---|---|
| Resolution | 2 to 4096 positions / 360° |
| Measuring range | 2 to 4096 turns |
| Total number of positions | |
| Measurement position deviation | |
| Output frequency* | 30 kHz max. up to 10 Bit / 360°; 10 kHz max. from 11 Bit |
| Disc coding | Gray code |
| Output code, parallel | Gray or Natural Binary |
| Code sense, serial | CW or CCW (Signal input E2) |
| Logic polarity | Positive |
| Memory circuit | Store or not store, signal input E1 |
| Enable circuit (for bus operation) | Active or inactive, (signal input E1) |
| Sensor system | GaAlAs diodes, photo-transistor array |
| Parallel output circuits | A = Open collector Darlington; B = Open collector, TTL compatible; C = Open emitter Darlington; D = Push-pull, Totem-pole |
| Serial output SSI | Differential data output to RS 422 |
| Clock input SSI | Differential (opto-coupler) for data driver to RS 422 |
| Supply voltage range | +11 V to +26 VDC |
| Supply current | Parallel: 90 mA typ. / 120 mA max.; Serial GSI: 130mA typ. / 160mA max. |
| Operating speed | 3000 rpm max. (continuous); 4000 rpm max. (short period) |
| Angular acceleration | 10° rad/s² max. |
| Inertial mass of rotor | ≤ 5 Ncm (8 Ncm - CR 66) |
| Wind-up torque | ≤ 1 Nm (4 Ncm - CR 66) |
| Permissible axial and radial shaft load | 250 N max. |
| Bearing life expectancy | 10⁹ revolutions |
| Operating temperature range | -20°C to +60°C |
| Storage temperature range | -25°C to +70°C |
| Permissible rel. humidity | 85% without condensation |
| Resistance to shock | 200 m/s², 11 ms (DIN IEC 68) |
| Resistance to vibration | 5 Hz..1000 Hz; 100 m/s² (DIN IEC 68) |
