Absolute Solid Shaft Encoder □ Industrie Standard Size 58 mm □ Syncro Flange Mounting □ Shaft Diameter from 6 to 12 mm □ Resolutions from 1 to 13 Bit Parallel (Gray or Binary) □ Resolutions from 1 to 16 Bit SSI (Gray or Binary) MECHANICAL SPECIFICATIONS Cover & Body Aluminum Shaft Stainless Steel Mass moment of inertia Starting Torque (at 25°C) max. Loading on Shaft Operating Temperature > 0.05 Nm Axial 40 N, Radial 30 N < 2000 m/s2 < 300 m/s2 (Cable) ELECTRICAL SPECIFICATIONS PARALLEL OUTPUT Current Consumption (no load) max. 100 mA Output Circuit Push-Pull, TTL Signal Level (high) Vcc - 0.7 Volt Signal Level (low) max. 0.25 Volt Short Circuit Protection 100% Reverse polarity protection p e r c h an n el 100% All information without guarantee, errors and changes reserved.

Absolute Solid Shaft Encoder CONNECTIONS PARALLEL OUTPUT Code Plug Code Plug ELECTRICAL SPECIFICATIONS SSI OUTPUT Current Consumption (no load) max. 85 mA@27 VDC Output Circuit RS485/RS422 compatible Direction Setting DIR <-> DIR = GND^ cw, DIR = Vcc ccw Preset/Reset Setting Set: Preset = Vcc for 2s Short Circuit Protection 100% Reverse polarity protection p e r c h anne I 100% Function Cable Reset/Preset *' blue '' Vcc for 2 seconds to reset. Connect to GND for normal operation. All information without guarantee, errors and changes reserved.

ORDERING CODE Group Function Parallel Output: Resolution from 1 to 13 Bit available SSI Output: Resolution from 1 to 16 Bit available e Connection Type 0 = 2 m Cable , 7 = 12 Pin M23 Plug 8 = 16 Pin M23 Plug AS = Absolute Solid Shaft b Basic Series Number Connection Location Output Signals E = Binary Code Parallel F = Gray Code Parallel d Mechanical Option 0 = None 4 = Stainless Steel Y = Blind Hole Hollow Shaft Output Circuit Type / Supply Voltage 1 = Parallel / TTL 5 VDC 5 = Parallel / Push-Pull 8 to 30 VDC F = SSI / 5 VDC G = SSI / 10 to 30 VDC Any special functions and design will be designated...