Series AC Servo Motor

Find Out More

Series AC Servo Motor

Home/ Product/ Control System/ Series AC Servo Motor

Find Out More

Series AC Servo Motor

Home/ Product/ Control System/ Series AC Servo Motor

Find Out More

Series AC Servo Motor Manufaturer


Introduction

Based on SMD optimised magnetic circuit design, Rtelligent RSN series AC servo motors use high magnetic density stator and rotor materials and have good energy efficiency.

There are many different kinds of encoders, such as optical, magnetic, and multi-turn absolute encoder.

RSN60/80 motors are smaller and less expensive to install.

Permanent magnet brake is optional, versatile, and suitable for Z-axis applications.

Rtelligent’s Series AC servo motors are high-performance devices, widely used in industrial applications demanding precise motion control.

These motors exhibit exceptional efficiency and torque characteristics, making them suitable for tasks like robotics, CNC machining, and automation systems. With their robust construction and advanced feedback systems, series AC servo motors deliver exceptional accuracy and reliability.

They seamlessly integrate into various control systems, enabling engineers to achieve intricate and demanding tasks with ease. These motors empower industries to achieve superior productivity and consistency in their operations.

Naming Rule

RSNA
1 M
2 06
3 J
4 13
5 A - Z
6

  • Series Name
    A: Five pairs of poles, ultra-thin, silver
  • Motor inertia code
    S: Small inertia
    M: Medium inertia
    H: Large inertia
  • Motor flange size
    06:60mm 13:130mm
  • Encoder code
    J : 17bit magnetic unicyclic absolute encoder
    H : 23bit optical unicyclic absolute encoder
    G : 17bit magnetic multiturn absolute encoder
    L : 23bit optical multiturn absolute encoder
  • Motor rated torque
    13:1.3 Nm 150: 15 Nm
  • Motor rated speed
    30: 3000 rpm 15: 1500 rpm
  • Is there an oil seal
    A: With oil seal inside
    None: No oil seal inside
  • Brake code
    Z: With brake

*Model naming rules are only used for model meaning analysis.For specific optional models, please refer to the details page.

Motor with Brake

ISeries AC Servo Motor

  • Series AC servo brake motor:
    • Appropriate for a Z-axis application environment, The brake will be implemented when the driver switches off or when an alarm sounds. To prevent a free fall, keep the workpiece secured.
  • The permanent magnet brake:
    • Low heating, quick start and stop
  • 24 volt DC power source:
    • Drive brake output port control is possible. The output port has the ability to turn on and off the brake relay directly.

    Motor with Absolute Encoder

  • Absolute series AC servo motor with encoder:
    • Suitable for applications that precisely remember the position after a power outage Due to a power outage, the relative encoder loses position data, which results in the mechanical position being externally altered and not at its initial position.
  • Working Theory
    • The drive receives the position by encoding each individual position on the encoder.
  • Battery for an external power source
    • When the drive is powered off, it can still provide working power for the multi-turn absolute encoder.

    Technical Specification

    Model Rated power (W) Rated voltage (01) Rated current (A) Rated torque (N.M) Maximum torque (N.M) Rated speed (rpm) Maximum speed (rpm) Back EMF (V/Krpm) Torque constant (N.M/A) Wire resistance (O,20"C) Wire inductance (mH,20"C) Rotor inertia(X1o·'kg.m2)
    RSNA-M 04J0130A 50 220 1.1 0.16 0.48 3000 6500 10.5 0.14 14.30 14.80 0.036
    RSNA-M 04J0330A 100 100 1.1 0.32 0.96 3000 6500 18.8 0.29 14.90 14.80 0.079
    RSNA-M 06J0630A 200 220 1.9 0.64 1.92 3000 5000 26.6 0.33 10.72 21.04 0.26
    RSNA-M 06J1330A 400 220 2.3 1.27 3.81 3000 5000 37.0 0.55 6.60 20.56 0.61
    RSNA-M 08J2430A 750 220 4.2 2.39 7.1 3000 5000 35.7 0.57 2.03 10.20 1.71
    RSNA-M 08J3230A 1000 220 5.6 3.20 9.60 3000 5000 34.6 0.57 1.26 6.86 2.11


    Technical Specification

    Model RS□-M 11J4030A RS□-M 11J4030A RS□-M 11J4030A RS□-M
    RS□-M 1.2 1.5 1.2 1.8
    Rated voltage (V) 220 220 220 220
    Rated current (A) 5.0 6.0 4.5 6.0
    >Rated torque (N.M) 4.0 5.0 6.0 6.0
    Motor pole pairs 4 4 4 4
    Encoder Specifications 17bit 17bit 17bit 17bit
    Rated speed (rpm) 3000 3000 2000 3000
    Maximum speed (rpm) 4500 4500 3000 4500
    Back EMF (V/Krpm) 54 62 83 60
    Wire resistance (0,20°() 1.09 1.03 1.46 0.81
    Wire inductance(mH,20°() 3.3 3.43 4.7 2.59
    Rotor inertia(X1o-'kg.m2) 5.4 6.3 7.6 7.6
    Weight (kg) 6.0 6.8 Brake 7.3 7.9 Brake 8.4 7.9 Brake 8.4
    Length L (mm) 189 204 Brake 264 219 Brake 279 219 Brake 294


    Technical Specification

    Model RS□-M 13J402SA RS□-M 13J602SA RS□-M 13J7725A RS□-M 13J10025A RS□-M 13J10025A RS□-M 13J15025A
    Rated power (kW) 1.0 1.5 2.0 2.6 2.3 2.8
    voltage (V) 220 220 220 220 220 220
    Rated current (A) 4.0 6.0 7.5 10 9.5 13.5
    Rated torque (N.M) 4.0 6.0 7.7 10 15 15
    Motor pole pairs 4 4 4 4 4 4
    Encoder Specifications 17bit 17bit 17bit 17bit 17bit 17bit
    Rated speed (rpm) 2500 2500 2500 2500 2500 2500
    Maximum speed (rpm) 4000 4000 4000 4000 4000 4000
    Back EMF (V/Krpm) 72 65 68 70 114 67
    Wire resistance (O,20°C) 2.76 1.21 1.01 0.73 1.1 0.49
    Wire inductance(mH,20°C) 6.42 3.87 2.94 2.45 4.46 1.68
    Rotor inertia(X1O-'kg.m2) 0.85 1.25 1.53 1.94 2.77 2.77
    Weight (kg) 6.2 Brake7.8 7.4 Brake 9.0 8.3 Brake 9.9 9.8 Brake 11.4 12.6 Brake14.2 11.7 Brake 13.3
    Length L (mm) 1.66 Brake 223 1.79 Brake 236 >1.92 Brake 249 209 Brake 290 241 Brake 322 2.31 Brake 303


    Series AC Servo Motor Drive

    Introduction

    The DSP+FPGA hardware platform-based RS series AC servo motor drive utilises a new generation of software control algorithm for improved performance in terms of stability and high-speed response.

    The RS series AC servo motor supports 485 communication, and the RSE series supports EtherCAT communication which can be applied to different application environments.

    Features

    Naming Rule

    RS  400 E

    1   2   3


    1. Series Name

    2. Output power of motor

    100:100W to 3000:3000W

    3. Fieldbus type

    None: Pluse+485 communication

    E: EtherCAT communication

    C : Economical Pulse+Direction



    *Model naming rules are only used for model meaning analysis. For specific optional models, please refer to the details page.*

    Technical Specifications

    Series

    PUL & DIR

    Quadrature Pulse

    Frequency Division Outputs

    Analog

    Communication

    Mini-USB Interface

    Maximum Motor Power

    RS485

    EtherCAT

    RSE

    Yes

    Yes

    3.8kW

    RSC

    Yes

    Yes

    2.0kW

    RS

    Yes

    Yes

    Yes

    Yes

    Yes

    Yes

    3.8kW

    Technical Specifications

    Mode

    Continuous current(A)

    Maximum current(A)

    input power supply

    Dimensions (mm)

    Weight (mm)

    Matching motor

    RS100/RS100C/RS100E

    3.0

    9.0

    Single phase 220VAC

    A:175x156x40

    1.0

    Below 100W

    RS200/RS200C/RS200E

    3.0

    9.0

    Single phase 220VAC

    A:175x156x40

    1.0

    Below200W

    RS400/RS400C/RS400E

    3.0

    9.0

    Single phase 220VAC

    A:175x156x40

    1.0

    Below400W

    RS750/RS750C/RS750E

    5.0

    15.0

    Single phase 220VAC

    B:175x156x51

    1.2

    Below 750W

    RS1000/RS1000C/RS1000E

    7.0

    21.0

    Single phase 220VAC

    B:175x156x51

    1.2

    Below 1kW

    RS1500/RS1500C/RS1500E

    9.0

    27.0

    Single phase 220VAC

    B:175x156x51

    1.2

    Below 1.5kW

    RS3000/RS3000E

    12.0

    36.0

    Single phase/3 phase 220VAC

    C:196x176x72

    2.1

    Below 3.8kW

    RSE Series Drive Interface & Connection"

    Series AC Servo Motor

    RS/RSC Series Drive Interface & Connection

    Series AC Servo Motor

    Servo Reducer

    Technical Specifications

    Model Input dimension (Motor insertion end) Output d1mens1on (Client installation end) Length
      Shaft Boss diameter Mounting hole distance Mounting hole size Shaft Diameter Boss diameter Mounting Hole Distance Mounting Hole Size L1 L2

    42SPX

    8

    30

    P.C.D.46

    M4

    10

    35

    P.C.D.50

    3.5

    59

    80

    60SPX

    14

    50

    P.C.D.70

    M4

    14

    50

    P.C.D.70

    5.5

    77

    95

    3000 90SPX

    19

    70

    P.C.D.90

    MS

    20

    80

    P.C.D.100

    6.5

    110

    130

    120SPX

    22

    110

    P.C.D 145

    M8

    25

    110

    P.C.D.130

    8.5

    152

    207

    The Size of 42SPX Series (mm}

    Series AC Servo Motor

    The Size of 60SPX Series (mm)

    Series AC Servo Motor

    The Size of 90SPX Series (mm)

    Series AC Servo Motor

    The Size of 120SPX Series (mm)

    Series AC Servo Motor