G58
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Incremental Rotary Encoder G58 Shaft: Type S / L / H Hollow shaft: Type W Housing diameter: 58 mm Shaft: ∅ 6 ... 10 mm Hollow shaft: ∅ 6 ... 14 mm Line counts: 2 ... 10.000 Output signals: RS422, PP, TTL, OC, 1Vpp, 11µApp Connector or cable output: axial or radial Mechanical Data Shaft Hollow shaft ∅ Shaft / Hollow shaft Accuracy (up to line count 2500) Mech. permissible speed 40 N axial; 60 N radial 12 N axial; 25 N radial 20 N axial; 30 N radial 10 N axial; 20 N radial 50 N axial; 65 N radial 15 N axial; 30 N radial Rotor inertia 100 m/s²; higher upon request 100 m/s²; higher upon request 100 m/s²; higher upon request 100 m/s²; higher upon request 1000 m/s² higher upon request 1000 m/s² higher upon request 1000 m/s² higher upon request 1000 m/s² higher upon request Operating temperature Protection class

Incremental Rotary Encoder G58 Dimensions (mm) G 58 S improved vibration upon request optional: sealed bearing optional: shaft seal connector output: radial or axial cable output: radial or axial 2 optional: servo clamps others upon request improved vibration upon request optional: sealed bearing optional: shaft seal connector output: radial or axial cable output: radial or axial 2 optional: servo clamps ∅ d = 6f7 others upon request G 58 H improved vibration upon request standard: sealed bearing connector output: radial or axial cable output: radial or axial ∅ d = 10f6 others upon request...

Incremental Rotary Encoder G58 Supply voltage Current requirement (without load) Output load Output frequency Cable length Zero index 1 = Z „high“ if A „high“ 5 = Z „high“ if A + B „high“ 1 = Z „high“ if A „high“ 5 = Z „high“ if A + B „high“ 1 = Z „high“ if A „high“ 5 = Z „high“ if A + B „high“ 1 = Z „high“ if A „high“ 5 = Z „high“ if A + B „high“ Output Signals Version: LD IX PP KS TL OC Line driver RS422 LD with Interpolation Push pull PP with short-circuit protection TTL compatible Open collector Zero signal Z: A & B = „high“ (Preferred version) Version: QI = 11 µApp at 1 kOhm load SI =...

Incremental Rotary Encoder G58 Connector-Terminal and Cable Designation G 58 Function / Signal Square flange receptacle 12-pin: Pin plug 12-pin: RC-12P2N122K00 Metal: RC-12P2N1280EF Plastic: RC-12P1N12K0EF Socket coupling for pin plug: Socket plug for square flange receptacle: RC-12S2N1280EF Output circuit G 58 Function / Signal Signal A + cable cable Pur 8 x 0,14 12-pin Pur 12 x 0,19 green Square flange receptacle 9-pin: RC-09P1N122K00 Pin plug 9-pin: Metal: RC-09P1N1280EF Plastic: RC-09P2N12K0EF Socket coupling for pin plug: Socket plug for square flange receptacle: RC-09S1N1280EF...

Incremental Rotary Encoder G58 Recommended input circuitry of subsequent electronics LD and IX: Line driver RS 422 A Operating voltage: Current requirement: Output signals: Max. output frequency: 5 V ± 5 % oder 8 ... 30 V max. 180 mA (without load) A, A, B, B, Z, Z 300 kHz for LD 400 kHz for IX Min. edge separation: Level (RS422): TFL ≥ 0,25 µs (400 kHz) VH ≥ 2,5 V (IH = -20 mA) VL ≤ 0,5 V (IL = 20 mA) Imax: ±20 mA per output TV ≤ 50 ns rise / fall times: ≤ 100 ns max. 100 m -10 °C ... +80 °C Reccommended input circuit Max. current load cap.: Delay time: Switching times: Cable length:...

Incremental Rotary Encoder G58 LTN Servotechnik GmbH Ordering Incremental Rotary Encoder Model series Mechanical specification S = Type S D = Type S + higher vibration capability L = Type L E = Type L + higher vibration capability Shaft- or hollow shaft configuration S = Standard 6 mm for G58L, G58S S = Standard 10 mm for G58H S = Standard 6 mm for G58W Output circuit LD = Line driver; RS422 IX = LD with interpolation PP = Push pull KS = PP with short-circuit protection H = Type H T = Type H + higher vibration capability W = Type W (shaft mounting with torque coupling) others upon request...