Incremental Hollow Shaft Encoder CHARACTERISTICS □ Slim and compact Design □ Shaft Bore Diameter from 6 to 14 mm MECHANICAL SPECIFICATIONS Cover & Body Aluminum Shaft Stainless Steel Mass moment of inertia 95 ■ 10-5 kgm2 (Bore Size D=10mm) 85 ■ 10-6 kgm2 (Bore Size D = 12mm) Starting Torque (at 25°C) > 0.04 Nm max. Loading on Shaft Axial 20 N, Radial 15 N Vibration resistance (55 - 2000 Hz) < 200 m/s2 (Cable) ELECTRICAL SPECIFICATIONS Supply Voltage Current Consumption (no load) Output Circuit Pulse frequency Signal Level (high) Short Circuit Protection Reverse polarity protection p e r c h anne I A leads B in the Clockwise Direction (facing shaft) Complementary Signals are also available (see ordering code) All information without guarantee, errors and changes reserved.

Cable Code ORDERING CODE Group Function Resolution from 1 to 25.000 ppr available e Connection Type 0 = 2 m Cable , 1 = 4 m Cable J = 8 Pin Plug Serie 682 Q = 8 Pin M12 Plug IH = Incremental Hollow Shaft b Basic Series Number Connection Location R = Radial Output Signals Mechanical Option Output Circuit Type / Supply Voltage 1 = TTL 5 VDC 3 = Push-Pull 4.75 to 30 VDC 5 = Push-Pull 8 to 30 VDC * Notes: Any special functions and design will be designated by a 4 digit code (Sxxx) at the end of the part number. Consult our Office for your region for further details. If this encoder does not fit your...