Baldor CD2003R-2 3HP 1750/2300 240/240V C1811ATCZ SPG COMPRESSORSSpecs Armature Voltage 240 V Base Speed 1750 rpm Enclosure DP Field Voltage 240 V Frame C1811ATCZ Frame Material Exposed Laminations Output Power 3. 000 HP Agency Approvals CCSA US Ambient Temperature 40 C Armature Current 11. 0 a Base Indicator Rigid Bearing Grease Type Polyrex EM ( 20F +300F) Drip Cover No Drip Cover Duty Rating CONT Feedback Device NO FEEDBACK Field Winding Type STAB SHUNT Frame Prefix C Heater Indicator No Heater Insulation Class
weight³ 116 lb Efficiency
6x(Code L) No load current 4
Model_Number HE11 PRODUCT NAME 50 HP - ODP - 1185 PHASETYPE 3_PHASE MOTOR ENCLOSURE ODP HORSEPOWER 50 KILOWATTS 37
Standard IEC 60034-1 Frequency 50 Hz Voltage 380-400-415/660-690//460 V Number of poles 6 Degree of Protection IP56 Synchronous speed 1000 rpm Output rating 250 kW Mounting B3T Flange Without Terminal box¹ Top Enclosure IC411 - TEFC
7 POLES 4 NUMBER SPEEDS 1 RPM 1755 RPM 2 1755 RPM 3 1740 HERTZ 60 VOLTS PRIMARY 208-230/460 VOLTS 460 VOLTS 2 230 VOLTS 3 208 FRME 184 SHAFT CODE TC MOUNTING HORZ-FOOTLESS ASSEMBLY POSITION F1 MOTOR TYPE PFE OPPOSITE END BEARING 6205-2RS-J/C3 SHAFT END BEARING 6206-2RS-J/C3 AMBIENT 40 ROTATION DUAL SERVICE FACTOR 1
Complement Heavy Duty Reactive power 50
Applied product CFW500 CFW501 MW500 Description HMI communication cable Complement CFW500-CCHMIR01M Application Variable speed drive Certification CE
Flange Size FC-279 Sealing Type Not Applicable Bearing Size Bearing 316 Products Line W22 IEEE 841 Downloads
8x(Code F) No load current 19
Standard NEMA MG-1 Frequency 60 Hz Voltage 200/400 V Number of poles 4 Degree of Protection IP55 Synchronous speed 1800 rpm Output rating 15 HP Mounting F-1 Flange Without Terminal box¹ Left position Enclosure IC411 - TEFC Electric Motors
77 IN Power Factor 71 Product Family General Purpose Pulley Face Code C-Face Rodent Screen None RoHS Status ROHS NON-COMPLIANT Service Factor 1
lb Locked rotor torque 240 % Breakdown torque 320 % Locked rotor time 32s (cold) 18s (hot) Moment of inertia (J) 0
