AC Servo Motor Drive
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MZ630N Series AC Servo Motor Drive
This AC Servo Motor Drive can be easily integrated with various automation systems, including PLCs and motion controllers. This compatibility allows for seamless communication and coordination between different components, improving overall system efficiency.MZ630N Series AC Servo Motor Drive Feature
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Type
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Series |
Characteristic
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Servo Motor Drives
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MZ630N
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Quickly
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| 3.0kHZ Corresponding bandwidth of speed loop | ||
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Convenient
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Wiring is simple and convenient Eliminate limit and origin One-touch adjustment Easy to replace encoder battery |
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Precise
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The encoder resolution reaches 17/23bit
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Strong adaptability to the environment
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Meet safety standards The AC Servo Motor Drive reaches a higher waterproof level Safe and reliable to use，Wiring is simple and convenient |
Servo System Wiring connection
Circuit breaker for wiring
Used to protect the power line and cut of the circuit if over current.
Noise flter
Install a noise flter to prevent external noise.
Electromagnetic contactor
Turns on/of servo power . Please install a surge suppressor.
Electromagnetic contactor
Use external resistor,remove the B2 and B3 tabs, connect the braking resistor between B1+ and B2;use an internal braking,short circuit B2 and B3.
Brake power
24V dc voltage source, used as the motor has a hol brake.
Electromagnetic contactor
Brake control signal, turn on/of brake power.Install a surge suppressor.
Please pay attention to the power supply capacity when connecting external control power supply or 24Vdc power supply, especially when supplying power to several drives or multiple brakes at the same time, insufficient power supply capacity will lead to insufficient supply current and failure of the driver or the brake. The braking power supply is a 24V DC voltage source. The power should refer to the motor model and meet the braking power requirements.
System wiring precautions:
1. When connecting an external braking resistor, please remove the short-circuit wire between terminals B2 and B3 of the servo driver before connecting. Pay attention to modify the internal parameters.
2. CN3 and CN4 define exactly the same communication interface for the two pins, which can be used arbitrarily between the two.
3. In single-phase 220V wiring, the main circuit terminals are L1 and L2, and the reserved terminals should not be connected.
Used to protect the power line and cut of the circuit if over current.
Noise flter
Install a noise flter to prevent external noise.
Electromagnetic contactor
Turns on/of servo power . Please install a surge suppressor.
Electromagnetic contactor
Use external resistor,remove the B2 and B3 tabs, connect the braking resistor between B1+ and B2;use an internal braking,short circuit B2 and B3.
Brake power
24V dc voltage source, used as the motor has a hol brake.
Electromagnetic contactor
Brake control signal, turn on/of brake power.Install a surge suppressor.
Please pay attention to the power supply capacity when connecting external control power supply or 24Vdc power supply, especially when supplying power to several drives or multiple brakes at the same time, insufficient power supply capacity will lead to insufficient supply current and failure of the driver or the brake. The braking power supply is a 24V DC voltage source. The power should refer to the motor model and meet the braking power requirements.
System wiring precautions:
1. When connecting an external braking resistor, please remove the short-circuit wire between terminals B2 and B3 of the servo driver before connecting. Pay attention to modify the internal parameters.
2. CN3 and CN4 define exactly the same communication interface for the two pins, which can be used arbitrarily between the two.
3. In single-phase 220V wiring, the main circuit terminals are L1 and L2, and the reserved terminals should not be connected.
MZ630N Series AC Servo Motor Drive Specifications
| Item | Specifications | ||||||||||||||
| Model Type MZ630NS □□□ I | 1R6 | 2R8 | 5R5 | 7R6 | 012 | 015 | 018 | 025 | 032 | 045 | 060 | 075 | |||
| outlook | A(mm) |
32
|
32
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53 |
88
|
130
|
190
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| B(mm) |
152
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152
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152
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248
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352
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447
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| W(mm) |
148
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148
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186
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215
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215
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215
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| H(mm) |
160
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160
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160
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258
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368
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463
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| D(mm) |
42
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56
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65
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110
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206
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224
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| R(mm) |
2.5
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2.5
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2.5
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2.8
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3.5
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3.5
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| Weight(kg) |
0.8
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1.0
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1.5
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5.1
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8.3
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12
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| Input Power | Single phase/ three phase -15%~10%,50/60Hz |
Three phase AC200V-240V,-15%~10%,50/60Hz
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| Model Type MZ630NT □□□ I |
3R5
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5R4
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8R4
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012 |
017
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021
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026
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032
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037
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045
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060 | 075 | |||
| outlook | A(mm) |
49
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70
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88
|
130
|
190
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| B(mm) |
162
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193
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248
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352
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447
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| W(mm) |
177
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204
|
215
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215
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215
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| H(mm) | 174 |
203
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258
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368
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463
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| D(mm) |
60
|
92
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110
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206
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224
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| R(mm) |
2.5
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2.8
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2.8
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3.5
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3.5
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| Weight(kg) |
1.3
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2.7
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5.1
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8.3
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12
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| Input Power |
Three phase AC380V-440V，-15%~ 10%，50/ 60Hz
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| Basic information |
control mode
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IGBT PWM control, sine wave current drive mode 220V, 380V: single-phase or three-phase full-wave rectification |
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Encoder feedback
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23bit bus absolute value encoder
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| Service conditions | Use/storage temperature |
0~+45 ℃ (please derate if the ambient temperature is above 45C, and the average load rate cannot be higher than 80%)/40~+70C
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| Use/storage humidity |
90%RH below(No condensation)
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| Vibration/impact resistance |
4.9m/s² / 19. 6m/s²
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Protection level
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IP10
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altitude
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Below 1000m
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Environmental pollution level
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PD2
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Overvoltage level
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OVCIII
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EtherCAT slave specifications
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EtherCAT Basic performance of slave station | communication protocol |
EtherCAT protocol
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Support Services
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CoE (PDO、SDO)
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| Synchronization mode |
DC-Distributed clock
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physical layer
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100BASE-TX
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Baud rate
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100Mbit/s (100Base-TX)
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Duplex mode
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full duplex
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| topological structure |
Circular, linear
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| Transmission medium |
Shielded Cat 5 or better network cable
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| Number of slave stations |
The protocol supports up to 65535, and the actual use is not more than 100
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| EtherCAT Frame length |
44 bytes~1498 bytes
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process data
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1486 bytes maximum for a single Ethernet frame
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| Synchronous jitter of two slave stations |
＜ 1us
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Refresh time
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1000 switch inputs and outputs about 30us; About 100us for 100 servo axes
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| Communication error rate | 10-10Ethernet standard | ||||||||||||||
| EtherCAT Configuration unit |
FMM Uunit
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8
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| Storage Synchronization Snap-in |
8
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Process data RAM
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8KB
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Distributed clock
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64-bit
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EEPROM volume
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32Kbit
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MZ630N Series AC Servo Motor Drive installation dimensions
FAQ
AC Servo Motor Drives use alternating current and typically provide higher efficiency, better performance at high speeds, and less maintenance compared to DC drives, which use direct current and may require more frequent servicing.
No, AC Servo Motor Drives are specifically designed to work with AC servo motors. Using them with other types of motors may result in poor performance or damage to the drive.
Yes, AC Servo Motor Drives can be easily integrated with Programmable Logic Controllers (PLCs) for coordinated control of motion and automation processes.
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