0.37 QAEJ 71M2A 2P QAEJ071301-*SA 2 ,930 3,077 3 ,008
0.55 QAEJ 71M2B 2P QAEJ071302-*SA 3 ,001 3,151 3 ,079
0.75 QAEJ 80M2A 2P QAEJ081301-*SA 3 ,343 3 ,343 3 ,510 3 ,430
1.1 QAEJ 80M2B 2P QAEJ081302-*SA 3 ,397 3 ,397 3 ,567 3 ,484
1.5 QAEJ 90S2A 2P QAEJ091101-*SA 4 ,467 4 ,467 4 ,690 4 ,573
2.2 QAEJ 90L2A 2P QAEJ091501-*SA 4 ,623 4 ,623 4 ,854 4 ,729
3 QAEJ 100L2A 2P QAEJ101501-*SA 5 ,384 5 ,384 5 ,653 5 ,526
4 QAEJ 112M2A 2P QAEJ111301-*DA 8 ,104 8 ,104 8 ,509 8 ,283
5.5 QAEJ 132S2A 2P QAEJ131101-*DA 1 0,366 1 0,366 1 0,884 1 0,627
7.5 QAEJ 132S2B 2P QAEJ131102-*DA 1 0,675 1 0,675 1 1,209 1 0,936
11 QAEJ 160M2A 2P QAEJ161301-*DA 1 8,550 1 8,550 1 9,478 1 9,029
15 QAEJ 160M2B 2P QAEJ161302-*DA 1 9,195 1 9,195 2 0,155 1 9,674
18.5 QAEJ 160L2A 2P QAEJ161501-*DA 1 9,747 1 9,747 2 0,734 2 0,226
22 QAEJ 180M2A 2P QAEJ181301-*DA 2 7,984 2 7,984 2 9,383
30 QAEJ 200L2A 2P QAEJ201501-*DA 4 2,798 4 2,798 4 4,938
37 QAEJ 200L2B 2P QAEJ201502-*DA 4 4,008 4 4,008 4 6,208
45 QAEJ 225M2A 2P QAEJ221301-*DA 4 7,799 4 7,799 5 0,189
0.25 QAEJ 71M4A 4P QAEJ072301-*SA 2 ,930 3,077 3 ,008
0.37 QAEJ 71M4B 4P QAEJ072302-*SA 3 ,001 3,151 3 ,079
0.55 QAEJ 80M4A 4P QAEJ082301-*SA 3 ,307 3 ,307 3 ,472 3 ,394
0.75 QAEJ 80M4B 4P QAEJ082302-*SA 3 ,371 3 ,371 3 ,540 3 ,458
1.1 QAEJ 90S4A 4P QAEJ092101-*SA 4 ,467 4 ,467 4 ,690 4 ,573
1.5 QAEJ 90L4A 4P QAEJ092501-*SA 4 ,573 4 ,573 4 ,802 4 ,679
2.2 QAEJ 100L4A 4P QAEJ102501-*SA 5 ,258 5 ,258 5 ,521 5 ,400
3 QAEJ 100L4B 4P QAEJ102502-*SA 5 ,490 5 ,490 5 ,765 5 ,632
4 QAEJ 112M4A 4P QAEJ112301-*DA 8 ,141 8 ,141 8 ,548 8 ,320
5.5 QAEJ 132S4A 4P QAEJ132101-*DA 1 0,366 1 0,366 1 0,884 1 0,627
7.5 QAEJ 132M4A 4P QAEJ132301-*DA 1 0,855 1 0,855 1 1,398 1 1,116
11 QAEJ 160M4A 4P QAEJ162301-*DA 1 8,550 1 8,550 1 9,478 1 9,029
15 QAEJ 160L4A 4P QAEJ162501-*DA 1 9,434 1 9,434 2 0,406 1 9,913
18.5 QAEJ 180M4A 4P QAEJ182301-*DA 2 7,619 2 7,619 2 9,000
22 QAEJ 180L4A 4P QAEJ182501-*DA 2 8,172 2 8,172 2 9,581
30 QAEJ 200L4A 4P QAEJ202501-*DA 4 2,798 4 2,798 4 4,938
37 QAEJ 225S4A 4P QAEJ222101-*DA 4 5,554 4 5,554 4 7,832
45 QAEJ 225M4A 4P QAEJ222301-*DA 4 7,240 4 7,240 4 9,602
0.18 QAEJ 71M6A 6P QAEJ073301-*SA 2 ,930 3,077 3 ,008
0.25 QAEJ 71M6B 6P QAEJ073302-*SA 3 ,001 3,151 3 ,079
0.37 QAEJ 80M6A 6P QAEJ083301-*SA 3 ,330 3 ,330 3 ,497 3 ,417
0.55 QAEJ 80M6B 6P QAEJ083302-*SA 3 ,399 3 ,399 3 ,569 3 ,486
0.75 QAEJ 90S6A 6P QAEJ093101-*SA 4 ,476 4 ,476 4 ,700 4 ,582
1.1 QAEJ 90L6A 6P QAEJ093501-*SA 4 ,573 4 ,573 4 ,802 4 ,679
1.5 QAEJ 100L6A 6P QAEJ103501-*SA 5 ,292 5 ,292 5 ,557 5 ,434
2.2 QAEJ 112M6A 6P QAEJ113301-*SA 8 ,035 8 ,035 8 ,437 8 ,214
3 QAEJ 132S6A 6P QAEJ133101-*SA 1 0,366 1 0,366 1 0,884 1 0,627
4 QAEJ 132M6A 6P QAEJ133301-*DA 1 0,675 1 0,675 1 1,209 1 0,936
5.5 QAEJ 132M6B 6P QAEJ133302-*DA 1 0,989 1 0,989 1 1,538 1 1,250
7.5 QAEJ 160M6A 6P QAEJ163301-*DA 1 8,550 1 8,550 1 9,478 1 9,029
11 QAEJ 160L6A 6P QAEJ163501-*DA 1 9,434 1 9,434 2 0,406 1 9,913
15 QAEJ 180L6A 6P QAEJ183501-*DA 2 8,172 2 8,172 2 9,581
18.5 QAEJ 200L6A 6P QAEJ203501-*DA 4 2,267 4 2,267 4 4,380
22 QAEJ 200L6B 6P QAEJ203502-*DA 4 3,377 4 3,377 4 5,546
30 QAEJ 225M6A 6P QAEJ223301-*DA 4 7,030 4 7,030 4 9,382
0.18 QAEJ 80M8A 8P QAEJ084301-*SA 3 ,330 3 ,330 3 ,497 3 ,417
0.25 QAEJ 80M8B 8P QAEJ084302-*SA 3 ,399 3 ,399 3 ,569 3 ,486
0.37 QAEJ 90S8A 8P QAEJ094101-*SA 4 ,500 4 ,500 4 ,725 4 ,606
0.55 QAEJ 90L8A 8P QAEJ094501-*SA 4 ,599 4 ,599 4 ,829 4 ,705
0.75 QAEJ 100L8A 8P QAEJ104501-*SA 5 ,292 5 ,292 5 ,557 5 ,434
1.1 QAEJ 100L8B 8P QAEJ104502-*SA 5 ,502 5 ,502 5 ,777 5 ,644
1.5 QAEJ 112M8A 8P QAEJ114301-*SA 8 ,035 8 ,035 8 ,437 8 ,214
2.2 QAEJ 132S8A 8P QAEJ134101-*SA 1 0,366 1 0,366 1 0,884 1 0,627
3 QAEJ 132M8A 8P QAEJ134301-*SA 1 0,787 1 0,787 1 1,326 1 1,048
4 QAEJ 160M8A 8P QAEJ164301-*DA 1 8,329 1 8,329 1 9,245 1 8,808
5.5 QAEJ 160M8B 8P QAEJ164302-*DA 1 8,882 1 8,882 1 9,826 1 9,361
7.5 QAEJ 160L8A 8P QAEJ164501-*DA 2 0,470 2 0,470 2 1,494 2 0,949
11 QAEJ 180L8A 8P QAEJ184501-*DA 2 8,149 2 8,149 2 9,556
15 QAEJ 200L8A 8P QAEJ204501-*DA 4 2,705 4 2,705 4 4,840
18.5 QAEJ 225S8A 8P QAEJ224101-*DA 4 5,364 4 5,364 4 7,632
22 QAEJ 225M8A 8P QAEJ224301-*DA 4 6,888 4 6,888 4 9,232
MQAEJ and QAEJ series electromagnetic brake three-phase asynchronous motors are replacement products that replace MYUEJ and YUEJ series. Its structure is a combination of QA series motor and electromagnetic brake. It is an ideal driving device for industrial modernization. It has a wide range of power, simple structure, low noise, short braking time, reliable braking performance, and the same installation size (except the total length) as the basic series. Used in woodworking machinery, gear reduction and various metal cutting machine tools, light industrial production lines, textile machinery, chemical machinery, construction industry, etc.
1.The motor meets the following standards
International Electrotechnical Commission IEC34, IEC72
Australian Standard AS1359-2
British Standard BS4999-5000
German standard DIN42673
Meets the requirements of the European Community "CE" mark
The motor complies with GB755 (idt IEC 60034-1), GB10069 (neq IEC 60034-9), Q / JBQS28
2.Excellent motor performance, low noise and low vibration
Through optimization design and process improvement, the noise and vibration of MQAEJ and QAEJ series motors have been greatly reduced and reached the international advanced level.
High-performance protection
The standard design protection level of the motor is IP55, which can provide higher levels of protection according to customer requirements.
High-performance protection
The standard design protection level of the motor is IP55, which can provide higher levels of protection according to customer requirements. Improve the insulation level and increase the service life of the motor. The standard motor adopts F-class insulation structure, which increases the service life of the motor and increases the reliability of the motor.
high efficiency
The motor adopts optimized design, has higher efficiency, and can produce considerable energy saving effects.
JLEJ series DC brake brake motor with aluminum shell adopts DC brake, low noise, with the change of junction wire, it is suitable for a variety of power supply. Special internal structure, high electric power, flexible brake. For emergency stop and start stop frequent endurance is particularly strong, to prevent mechanical reversal and heavy load with large inertia in a short time to stop, superior performance. Brake motor basic description: power is: from 0.12kw -- 18.5kw aluminum alloy housing. Revolutions are :3000; 1500; 1000; 750 RPM.
Installation method of DC brake motor:
Motor installation :B5 standard flange; B14 small flange; Wide voltage of B3 horizontal motor :(220|380V; 240 | 415 v; 260 | 440 v; |480V) wide frequency: 50|60HZ its features are: low noise, small vibration, its insulation grade is F insulation, can withstand 155℃ high temperature; Its protection grade is IP55
Application scope of DC braking motor:
1, emergency, inching stop equipment such as: baling machine, crane, various testing machines, conveyor, working machinery spindle;
2. High-frequency starting and stopping: operating the main shaft of the working machine and the automatic disabling device;
3. Short stopping time of heavy inertia load: centrifugal separator, combustion machine, textile machine;
4. Danger prevention: woodworking machinery, textile machine, wire winder and other machinery;
5, restraint: inclined conveyor.
Product features of DC braking motor:
1. The brake has simple structure, few parts, high reliability, easy air gap adjustment and easy maintenance;
2. Small size, light weight and easy installation. Motor and brake are integrated, volume reduced to the minimum, weight is light. Strong structure, small space can be installed; Appearance and installation size performance parameters are the same as the standard Y series motors;
3. DC brake, no electromagnetic sound, very low brake noise;
4. The power supply of the brake is directly supplied by the motor, and the voltage (AC200 ~ 240V) can be taken according to different wiring modes, which is rectified by the rectifier to dc power (DC80 ~ 100V).
5. High braking frequency. High quality asbestos plate is attached to brake pad in a special way, which can withstand the use of higher frequency. Low wear rate and no public hazard;
6. Choose high-quality bearing, long service life.
Standard features:
1. When starting allowable frequency GD2M =GD2L, 300 cycles/hour; GD2M: total of motor flyshaft effect (DG2L) GD2L: total of load flywheel effect (GD2L).
2. Static braking torque = 190% of the rated torque of the motor.
Air gap adjustment:
1. First remove the windshield fixing screw, and then remove the leeward windshield;
2. Remove the fixing screw on the air gap adjustment bolt;
3. Rotate the air gap adjustment bolt to adjust the air gap;
4. Lock the fixing screw on the air gap adjustment bolt, cover the windshield, and lock the windshield fixing screw.
3. Reasonable structural design
Structure and principle
MQAEJ, QAEJ series electromagnetic brake three-phase asynchronous motors, the DC disc brake is installed on the non-shaft extension end cover of the motor. The working principle is: When the motor is connected to the power supply, the rectifier of the brake is simultaneously connected to the power supply. Due to the electromagnetic attraction, the electromagnet attracts the armature and compresses the spring, the brake disc is disconnected from the armature and the end cover, and the motor runs. The brake electromagnet loses the electromagnetic attraction force, the spring force pushes the armature to press the brake disc, and under the action of the friction torque, the motor immediately stops rotating. The excitation voltage of the electromagnetic brake is 205 VDC, and the rectifier power is 220 VAC.
Flexible pinout direction
The motor junction box can be installed on the top, left and right sides of the motor. The junction box itself can be rotated and installed, and the junction box on the 71-132 base can be rotated 4 * 90 directions. The terminal box of 160 and above can rotate 2 * 180 direction. The user must indicate the direction of the junction box and the outlet when ordering.
Beautiful motor shape
The cooling ribs of the machine base are designed to be distributed vertically and horizontally. The end caps, junction boxes and air hoods are all newly designed with a unique and beautiful appearance.
4.Many options to meet various user needs
Install thermistor
Install dust seal
Install heating belt
Install oil-proof seal
Retrofit nozzle
Various requirements such as special shaft extension and special flange
Motor drawings please call for
Conditions of use: the altitude does not exceed 1000M
M2JA series ambient temperature is -15 ℃ -40 ℃
Voltage, frequency and mode of operation
Working voltage: 220-240V 380-420V 660-690V
Rated frequency: 50HZ
Insulation class: F
Working mode: continuous (S1)
Bearing: Harbin Bearing
Model Description
QAEJ series use imported brakes
Class A brake-German Lenze brake
Protection class IP54
MQAEJ series use domestic brake
Class B brakes-domestic brakes
Protection class IP23
The brake motor is a fully enclosed self-fan-cooled squirrel-cage three-phase asynchronous motor with an additional disc-type DC brake. It consists of a DC disc electromagnetic brake motor attached between the rear end cover of the Y series motor and the fan. It is a derivative of the Y series.
Features edit
It has the advantages of rapid braking, simple structure, high reliability and strong versatility. In addition, the brake motor has a manual release mechanism (the manual release mechanism is not designed for 60-90)
Application editor
Brake motors are widely used in various mechanical equipment and transmission devices that require quick stop and accurate positioning. The brake motor meets the JB / T6456-1992 standard. This series of brake motors are widely used in metal processing machine tools, packaging machinery, woodworking machinery, food machinery, chemical machinery, textile machinery, construction machinery, and gear reducers.
How it works
The DC disc brake for braking the motor is installed on the end cover of the non-shaft extension of the motor. When the brake motor is connected to the power supply, the brake motor also works at the same time. Due to the effect of electromagnetic attraction, the electromagnet attracts the armature and compresses the spring, the brake disc is disengaged from the armature end cover, and the brake motor starts to run. When the power is cut off, the brake motor electromagnet loses its magnetic attraction, the spring pushes the armature to press the brake disc, and under the action of friction torque, the brake motor immediately stops running; at the same time, the corresponding YDEJ two-speed (multi-speed, far-pole) Than) motor. The brake motor power is supplied by the rectifier in the motor junction box, AC220V-DC99V for 3 kW and below, AC380V-DC170V for 4 kW and above (in special cases, it can also be designed according to the manufacturer's requirements such as (DC24V)) → YEJ series electromagnetic system Moving the motor can achieve rapid braking after the motor loses power. Fast braking time: YEJ2-63-90 motor is less than 0.15 seconds, YEJ-100-160 motor is less than 0.20 seconds. The braking motor can realize slow braking by changing the wiring of the junction box according to user requirements. This series of motors have low noise and reliable braking performance. The working principle is that when the brake motor is energized, the brake motor obtains 198V DC through 220V AC rectification. At this time, the armature is electromagnetically attracted, so that the brake disc is in a rotatable state, but the brake motor is free to rotate. When the brake motor loses power, the electromagnet loses power, and the armature is immediately supported by the spring, so that the brake disc and the motor rear cover are pressed together to stop rotation.
Use condition editing
This series of motors can run continuously at rated power under the following conditions:
① Altitude: no more than 1000 meters; ② Ambient air temperature changes with the season, but does not exceed + 40 ℃.
How it works
Frequency: 50 Hz, 60 Hz
Voltage: 220 / 380V, 380 / 660V
Connection method: Y connection method for power of 3 kW and below, △ connection method for 4 kW and above
Operation method: Class B, F Protection degree: IP44, IP54 or IP55
Note: According to requirements, imported bearings can be used, and the drive fixed bearings.
Motor installation edit
1. Preparation before installation: Before unpacking the motor, check whether the packaging is complete and undamaged, and whether there is moisture. After opening the cover, carefully remove the dust and rust layer on the motor, and carefully check for deformation and damage during transportation. Whether the fastener is loose or falling off, whether the rotor is flexible, whether the nameplate data meets the requirements, and the high-voltage resistance is measured with a 500VMQ meter. The insulation resistance should not be lower than 1MQ, otherwise the winding should be dried, but the processing temperature should not exceed J20 ℃.
2. The installation site and installation foundation of the motor: The altitude of the installation site of the motor should not exceed 100 () m; the installation site of the general-purpose motor should be dry and clean, and the surrounding area of the motor should be well ventilated, and some other equipment should be left The interval should be convenient for inspection, monitoring and cleaning. The ambient temperature should be below 40 ℃, and strong radiation should be prevented. The installation foundation should be firm and strong with a certain degree of rigidity. The installation surface should be flat to ensure the balanced operation of the motor.
3. Wiring of the motor: The motor should be properly grounded. There are grounding devices in the lower right of the terminal box and the housing of the base. If necessary, the motor feet or flange fastening bolts can be used to ground to ensure the safe operation of the motor.
4. The connection between the motor and the mechanical load: The motor can use a coupling, and the spur shaft or belt is mechanically connected to the load. The fan end of the dual-shaft motor can only be driven by a coupling. When using a coupling, the centerline of the motor shaft and the centerline of the load machine must overlap to prevent the motor from generating strong vibrations, coupling movements and abnormal sounds during movement. The installation deviation of the device is: the allowable deviation of the 2-pole motor is 0.015mm, and the deviation of the 4, 6, and 8-pole motors is 0.04mm. For vertical-mounted motors, shaft extensions are only allowed to be coupled with mechanical loads.
Braking motor working principle:
When the braking motor is energized, the braking motor obtains 198V dc through 220V ac rectification. At this time, the armature is magnetically attracted to make the braking disc rotatable, but the braking motor rotates freely. When the braking motor loses power, the electromagnet loses power, and the armature is immediately supported by the spring, so that the braking disc and the motor rear end cover are pressed together and stop rotating.
Working principle of brake motor:
There is an electromagnetic holding brake at the end of the motor. When the motor is powered on, the electromagnetic holding brake is also powered on and closed. Then the electromagnetic holding brake does not brake the motor.
ABB brake motors are based on standard motors developed for braking applications, such as three-phase induction motors with standard sizes and rated output power. The electromagnetic disc brake passes dc current or three-phase ac current through the rectifier in the motor junction box.
Wide junction box, easy to install
Manual release device (4 x 90°)
Technical and application support
Services and support
Standard motor size and rated output, aluminum housing
Motor braking is to stop the motor in the power outage after the inertia operation.
There are two methods of motor braking:
1, mechanical braking: after cutting off the power supply, the use of mechanical devices to make the motor quickly stop the method known as mechanical braking. There are two kinds of mechanical braking devices which are electromagnetic holding brake and electromagnetic clutch.
2. Electric braking: after the motor is cut off from the power supply, it produces an electromagnetic torque (braking torque) opposite to the actual rotation direction of the motor, and the method of forcing the motor to stop quickly is called electric braking. The commonly used electric braking methods include reverse connection braking and energy consumption braking.
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