02/11/2015 www.crouzet.com 63 mm 194 and 255 Watts 194 W Part number 82890001 Long service life Nominal power: 90 W For high-power drive applications Motor with long service life, 2 ball bearings Power supply via 2 output leads Part numbers Type Voltage References Type 82890001 194 W 828900 24 V Without encoder Specifications No-load characteristics Speed of rotation (rpm) 3700 Absorbed power (W) 10,8 Absorbed current (A) 0,45 Nominal characteristics Speed (rpm) 3200 Torque (mNm) 270 Usable power (W) 90 Absorbed power (W) 120 Absorbed current (A) 5,00 Gearbox case temperature rise (C) 50 Efficiency (%) 75 General characteristics Insulation class (conforming to IEC 85) F (155C) Protection (IEC/EN 60529) IP20 Max. output power (W) 194 Start torque (mNm) 2000 Starting current (A) 34,1 Resistance () 0,7 Inductance (mH) 1,05 Torque constant (Nm/A) 0,059 Electrical time constant (ms) 1,5 Mechanical time constant (ms) 16 Thermal time constant (mn) 41 2 795 Inertia (g.cm ) Weight (g) 1580 Number of of segments 12 Service life (h) 5000 Ball bearings Wires length (mm) 200 Encoder characteristics Current consumption (mA) 0,515 Output current (mA) < 20 (25C) Supply (V) 4,535DC Ambient temperature (C) -25+85 Accessories Connection Code Pre-assembled female connector, casing 179228-3, tags 179227-1 and leads AWG24250 mm 79209895 Made to order products, available on request Built-in interference suppression Other supply voltages Shaft lengths at front and/or rear Motor 82850 with 1 or 2 ball bearings Other fixing flanges on front and rear 200 pulses/rev optical encoder Dimensions (mm) Unless otherwise specified, the characteristics given are applicable to all or part of the product range selected02/11/2015 www.crouzet.com 828900 without encoder o Legend N 4 holes 3.65 0.05 at 90 over 48 4 holes M5 over 40 mm depth 7 mm 4 holes M5 over 40 mm depth 7 mm Dimensions (mm) Encoder on type 828900 Curves 828900 o Legend N rpm Unless otherwise specified, the characteristics given are applicable to all or part of the product range selected