Product name : CHINA FACTORY DC motors MEDIUM size VERTICAL MOUNTING Z SERIES, Z710-320 1500 KW 750 / 220V mounting DC MOTORS V1, VERTICAL MOUNTING, IC06, CHINA FACTORY DC MOTORS Z SERIES
Product No. : 2020827105253
Details:
The Z series medium size DC Motors are new products of works developed with latest technology of design and manufacturing, There are seven shaft heights for DC motors frames ranging form 355-710mm, The ferformance, Outline dimensions and technical specifications of the mtoors conform to the standard of our country(GB) and International Electric Committee(IEC)
Parameter:
Motor Frame: IEC Z355-Z710 |
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Output(KW): 55kW~1400kW
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Rated Voltage(V): The sandard rated voltage of this series DC motor are 220V,380V, 440V, 550V and 660V, The voltage beyond above scope can be negotiated when placing orders
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Excitation Type: Separate excitation is the basic excitation type of this series dc motor, Four terminals of the excitation winding are divided into two groups are in series of parallel connection. The excitation voltage is 220V or 110V respectively. Excitation voltage beyond the scope can be begotiated. Forced excitation is allowed with the voltage of less than 500V, During forced excitation, The transient excitation current can exceed the rated excitation current slightly until the excitation current gets stabilized
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Raged Speed(rpm): No Speed adjustment is specified for this series DC motor Any special requirements in this field by customers can be discussed.
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Insulation Class: CLASS F
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Protection Class: IP23 and IP44 is adopted for the motors protections of this series
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Mounting Type: IM1001, IM1002
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Duty: Continuous working system(S1) is applied
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Methods of Cooling: IC06, IC17, IC37 and ICW37A86, Other types of protection and cooling required by customers can be negotiated.
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Features
The series brushed dc motors utilize polygonal configuration and stator with sufficient internal space being used. Stator with laminated magnetic yoke matched with SCR power supply is capable of withstanding loading under pulsing current or abrupt variation of current. Magnetic poles are precisely located and main motors of Z series having compensating windings can all provide a fine reversing function. Motor with insulation class F has reliable insulation structure and is dip-coated without solvent under vacuum pressure for ensuring stable insulation and fine heat emission.
Description of Configuration
1.Cooling form and class of protection
a) Indirect cooling form available according to GB/T1993 "Cooling Method for Rotary Motor" has four standard types: IC06
IC07IC37 and IC86W. Their cooling air inlets are all located at the main drive end of motor (the non-reverser end). According to GB4942.1 hell Protection class (IP code) of Rotary Motor" protection classes of the series motors are IP23 and IP44. Other cooling form and protection class can be provided according to
customer's requirement.
Relationship of cooling form and protection class of motor is listed in Table 1.
2. Types and codes of motor configuration and installation
Types and codes of motor configuration and inst lation have two versions: IM1001 (horizontal typebody with base footings cylindrical single shaft) and IM1002 (horizontal typebody with base footingstwo cylindrical shafts) in conformance with GB.997 "Types of Configuration and Installation of Rotary Motor1M Code". Other cooling form and protection class can be provided according to customer's requirement.
3. For standard-type motorterminal box is located at the right side from main drive end. If it need be fixed on the left sidemake an indication when ordering.
4. Motor utilizes rolling bearing with oil filling during operation.
5. Motor can be fitted with the following accessories:
a) Temperature measuring elements are located in stator winding and bearing body and connected to terminal box of motor with lead.
b) Speed measuring and protective device including techogeneratorcentrifugal regulatorencoderetc is fitted at non driving end of motor.
c) 220V anti-condensation heater can be located in motor. If required, indicate it in ordering contract.
6. Air/water cooler is normally installed above motor. If user needs to position the cooler at the side place of motorit should be indicated when ordering and user must prepare its supporter.
7. Cooler is fitted with protective devices such as air pressure switchtemperature controlleranti-condensation heateretc.
(Table 2)
Frame | Built-on Blower | Air-to-water Heat Exchanger | |||||
Cooling Wind | Wind Pressure (whisht pressure) | Motor Mower | Weight | Cooling Water Flux | Motor Power | Weight | |
m3/hr | Pa | kW | kg | m3/hr | kW | kg | |
H500 | 10000 | 1900 | 7.5 | 300 | 19 | 11 | 900 |
H560 | 16500 | 2250 | 15 | 400 | 22 | 18.5 | 1100 |
H710 | 23500 | 2400 | 18.5 | 600 | 40 | 2×11 | 1600 |
Электродвигателей постоянного тока среднего размера серии Z | |||
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-355-3-1 | 55-200 | 11 | 600-1500 |
Z-355-3-2 | 75-250 | 11 | 800-1500 |
Z-355-3-3 | 110-315 | 11,3 | 1200-1500 |
Z-355-3-4 | 132-355 | 12 | 1500 |
Z-355-3-5 | 160-371 | 12 | 1500-1540 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-355-4-1 | 55-200 | 13,1 | 600-1500 |
Z-355-4-2 | 75-250 | 13,1 | 800-1500 |
Z-355-4-3 | 110-315 | 13,2 | 1000-1500 |
Z-355-4-4 | 132-355 | 13,7 | 1200-1500 |
Z-355-4-5 | 160-425 | 13,7 | 1500 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-400-2-1 | 55-220 | 20,2 | 500-1500 |
Z-400-2-2 | 75-250 | 20,2 | 500-1500 |
Z-400-2-3 | 90-315 | 20,9 | 800-1500 |
Z-400-2-4 | 132-400 | 20,9 | 1000-1500 |
Z-400-2-5 | 160-475 | 21,3 | 1200-1500 |
Z-400-2-6 | 200-560 | 21,3 | 1500-1534 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-400-4-1 | 45-200 | 28,1 | 300-1000 |
Z-400-4-2 | 75-250 | 28,1 | 300-1200 |
Z-400-4-3 | 90-300 | 29,6 | 500-1500 |
Z-400-4-4 | 132-400 | 29,6 | 500-1500 |
Z-400-4-5 | 150-475 | 29,8 | 800-1500 |
Z-400-4-6 | 200-560 | 29,8 | 1000-1500 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-450-1-1 | 90-335 | 41,8 | 600-1500 |
Z-450-1-2 | 120-400 | 41,8 | 700-1500 |
Z-450-1-3 | 150-475 | 37,3 | 1000-1500 |
Z-450-1-4 | 220-630 | 37,3 | 1500 |
Z-450-1-5 | 250-600 | 39,2 | 1500 |
Z-450-1-6 | 315-600 | 39,2 | 1500 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-450-3-1 | 90-315 | 47,9 | 350-1200 |
Z-450-3-2 | 110-375 | 47,9 | 500-1500 |
Z-450-3-3 | 150-467 | 49,2 | 600-1500 |
Z-450-3-4 | 200-630 | 49,2 | 800-1500 |
Z-450-3-5 | 250-630 | 51,6 | 1000-1500 |
Z-450-3-6 | 315-600 | 51,6 | 1200-1500 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-450-4-1 | 90-315 | 56,9 | 300-1000 |
Z-450-4-2 | 110-375 | 56,9 | 350-1200 |
Z-450-4-3 | 150-475 | 59 | 500-1500 |
Z-450-4-4 | 200-630 | 59 | 600-1500 |
Z-450-4-5 | 250-630 | 61,2 | 800-1550 |
Z-450-4-6 | 315-600 | 61,2 | 1000-1500 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-500-1-1 | 160-500 | 70,2 | 600-1200 |
Z-500-1-2 | 200-600 | 70,2 | 800-1200 |
Z-500-1-3 | 250-710 | 72,1 | 1000-1200 |
Z-500-1-4 | 355-750 | 73,8 | 1200 |
Z-500-1-5 | 400-750 | 73,8 | 1200 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-500-2-1 | 160-500 | 80,2 | 500-1200 |
Z-500-2-2 | 200-626 | 80,2 | 600-1400 |
Z-500-2-3 | 250-710 | 81 | 800-1200 |
Z-500-2-4 | 335-800 | 85,2 | 1000-1200 |
Z-500-2-5 | 400-750 | 85,2 | 1200 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-500-3-1 | 150-500 | 94,4 | 400-1200 |
Z-500-3-2 | 185-600 | 94,4 | 500-1200 |
Z-500-3-3 | 250-710 | 95,8 | 600-1200 |
Z-500-3-4 | 335-769 | 99,8 | 1000-1200 |
Z-500-3-5 | 400-750 | 99,8 | 1000-1200 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-500-4-1 | 150-403 | 110,8 | 300-1000 |
Z-500-4-2 | 185-560 | 110,8 | 350-1200 |
Z-500-4-3 | 250-710 | 113,2 | 500-1200 |
Z-500-4-4 | 315-750 | 119,1 | 650-1200 |
Z-500-4-5 | 395-710 | 119,1 | 800-1200 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-560-2-1 | 200-630 | 120,4 | 500-1200 |
Z-560-2-2 | 250-750 | 119,6 | 700-1200 |
Z-560-2-3 | 315-900 | 119,6 | 800-1200 |
Z-560-2-4 | 400-900 | 129,3 | 1000-1200 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-560-3-1 | 185-630 | 140,2 | 400-1200 |
Z-560-3-2 | 250-750 | 148,4 | 500-1200 |
Z-560-3-3 | 315-900 | 148,4 | 700-1200 |
Z-560-3-4 | 400-900 | 159,1 | 800-1200 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-560-4-1 | 185-600 | 180,6 | 300-1000 |
Z-560-4-2 | 220-728 | 184,7 | 400-1200 |
Z-560-4-3 | 315-900 | 184,7 | 500-1200 |
Z-560-4-4 | 375-900 | 188,9 | 600-1200 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-630-2-1 | 564-915 | 276 | 1000-1200 |
Z-630-2-2 | 662-1045 | 280 | 1200 |
Z-630-2-3 | 723-1118 | 282 | 1100-1200 |
Z-630-2-4 | 839-1157 | 285 | 1200 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-630-3-1 | 561-922 | 310 | 800-1000 |
Z-630-3-2 | 660-1058 | 318 | 900-1000 |
Z-630-3-3 | 723-1135 | 320 | 1000 |
Z-630-3-4 | 840-1177 | 325 | 1000 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-630-4-1 | 555-923 | 365 | 600-800 |
Z-630-4-2 | 654-1064 | 370 | 800 |
Z-630-4-3 | 717-1150 | 370 | 800-900 |
Z-630-4-4 | 826-1188 | 380 | 800 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-710-2-1 | 490-759 | 405 | 690-1050 |
Z-710-2-2 | 638-980 | 413 | 840-1000 |
Z-710-2-3 | 807-1233 | 413 | 930-1000 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-710-3-1 | 487-755 | 448 | 540-855 |
Z-710-3-2 | 634-977 | 462 | 675-900 |
Z-710-3-3 | 808-1231 | 462 | 840-860 |
Type | Power Pn (kW) | Moment of Inertia(Kg*m2) | The limit of speed, Nn (rpm) |
Z-710-4-1 | 482-750 | 530 | 435-690 |
Z-710-4-2 | 629-972 | 550 | 555-600 |
Z-710-4-3 | 798-1237 | 550 | 675-800 |
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