MotoDrive Tech.
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication
  • Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication

Integrated design of 400W/600W/750W/1KW low-voltage DC servo motor with integrated drive and 485 CAN communication

DC servo all-in-one machine suitable for mobile platforms 400W 600W 750W 1KW | 24V/48V low voltage power supply, 485 communication

Servo all-in-one machine:
60-200W24V3000rpm0.63Nm RS485/CAN(pulse or Modbus RTU or CANbus)
60-200W48V3000rpm0.63Nm RS485/CAN(pulse or Modbus RTU or CANbus)
60-400W48V3000rpm1.3Nm RS485/CAN(pulse or Modbus RTU or CANbus)
60-600W48V3000rpm1.91Nm RS485/CAN(pulse or Modbus RTU or CANbus)
80-500W48V3000rpm1.6Nm RS485/CAN(pulse or Modbus RTU or CANbus)
80-750W48V3000rpm2.4Nm RS485/CAN(pulse or Modbus RTU or CANbus)
80-1KW48V3000rpm3.2Nm RS485/CAN(pulse or Modbus RTU or CANbus)

USD 52-79

output value: Monthly Output1200

contact shop

Product Description

Low voltage integration, driving the future

Highly integrated, stable and reliable, plug and play

Model Description

 iSVL   60  -   T    13    30   RS  -   V48

    ①    ②      ③   ④   ⑤    ⑥       ⑦

symbol

name

Instructions

symbol

name

Instructions

Series Name

ISVL: Low voltage integrated servo motor

rated speed

30:3000r/min

Motor base

60:60 motor

contact method

RS:RS485;CAN:CAN bus

Product Series

T: Series Name

rated voltage

V24:24V;V48:48V

rated torque

06:0.64N.m;13:1.27N.m;19:1.9N.m

Special code

/

Product parameters

 60 Product specifications and parameters 

model

rated voltage
DC)

rated torque
N.m)

rated speed
rpm)

rated power
W)

communication

Control method

iSVL60-T0630RS-V24

24V

0.64

3000

200

RS485

Pulse or Modbus RTU

iSVL60-T0630RS-V48

48V

iSVL60-T0630CAN-V24

24V

0.64

3000

200

CAN

Pulse or CAN bus

iSVL60-T0630CAN-V48

48V

iSVL60-T1330RS-V24

24V

1.27

3000

400

RS485

Pulse or Modbus RTU

iSVL60-T1330RS-V48

48V

iSVL60-T1330CAN-V24

24V

1.27

3000

400

CAN

Pulse or CAN bus

iSVL60-T1330CAN-V48

48V

iSVL60-T1930RS-V24

24V

1.9

3000

600

RS485

Pulse or Modbus RTU

iSVL60-T1930RS-V48

48V

iSVL60-T1930CAN-V24

24V

1.9

3000

600

CAN

Pulse or CAN bus

iSVL60-T1930CAN-V48

48V

input signal

2-channel pulse differential input X1, X2, voltage 5V

3-channel input ports X3, X4, X5, voltage 24V, supporting NPN or PNP input

All 5 signals support input function customization, including: enable switch, alarm clear, prohibit forward rotation, prohibit reverse rotation, speed selection, effective forward torque limit, effective reverse torque limit.

output signal

Two output ports Y1 and Y2, NPN collector open circuit output, driving current 50mA, and supporting custom output function. The functions include: alarm output, readiness, brake output, positioning completion or speed arrival, torque arrival.

alarm function

Current detection circuit error, DC bus voltage too high, DC bus voltage too low, overcurrent, Intelligent Power Module (IPM) overcurrent, motor overload, resistor discharge circuit overload, encoder error, excessive position error error, stall, overspeed.

Interface diagram

Product installation dimension diagram

System interface circuit diagram

Note:
1. Pulse input only supports 5V signal, it is recommended to connect 24V pulse signal in series with R=2K;
2. The load is an inductive load such as a relay, and a freewheeling diode must be anti parallel connected at both ends of the load;

 80 Product specifications and parameters 

model

rated voltage
DC)

rated torque
N.m)

rated speed
rpm)

rated power
W)

communication

Control method

iSVL80-T1630RS-V48

48V

1.6

3000

500

RS485

Pulse or Modbus RTU

iSVL80-T1630CAN-V48

48V

1.6

3000

500

CAN

Pulse or CAN bus

iSVL80-T2430RS-V48

48V

2.4

3000

750

RS485

Pulse or Modbus RTU

iSVL80-T2430CAN-V48

48V

2.4

3000

750

CAN

Pulse or CAN bus

iSVL80-T3330RS-V48

48V

3.3

3000

1000

RS485

Pulse or Modbus RTU

iSVL80-T3330CAN-V48

48V

3.3

3000

1000

CAN

Pulse or CAN bus

input signal

2-channel pulse differential input X1, X2, voltage 5V

3-channel input ports X3, X4, X5, voltage 24V, supporting NPN or PNP input

All 5 signals support input function customization, including: enable switch, alarm clear, prohibit forward rotation, prohibit reverse rotation, speed selection, effective forward torque limit, effective reverse torque limit.  

output signal

Two output ports Y1 and Y2, NPN collector open circuit output, driving current 50mA, and supporting custom output function. The functions include: alarm output, readiness, brake output, positioning completion or speed arrival, torque arrival.

alarm function

Current detection circuit error, DC bus voltage too high, DC bus voltage too low, overcurrent, Intelligent Power Module (IPM) overcurrent, motor overload, resistor discharge circuit overload, encoder error, excessive position error error, stall, overspeed.

Interface diagram

Product installation dimension diagram

System interface circuit diagram

Note:
1. Pulse input only supports 5V signal, it is recommended to connect 24V pulse signal in series with R=2K;
2. The load is an inductive load such as a relay, and a freewheeling diode must be anti parallel connected at both ends of the load;
3. 60 series without braking resistor interface.

Product Display



Application Cases

Widely applicable industries: robotics, precision assembly and testing equipment, high-end intelligent furniture and models, packaging equipment, medical industry, aerospace, textile machinery, printing machinery.

Service

About color difference

All product images are taken from the actual product. Due to the different display effects of computer monitors, there may be slight color differences. Please refer to the actual product received.

After-sales service

Due to customization reasons rather than product quality, returns will not be accepted. If you have any questions after receiving the goods, please contact us and we will serve you wholeheartedly.

About price

All products in our store are at reference prices, and prices may vary due to different specifications and parameters. For specific quotes, please consult customer service. Large quantities offer competitive prices!

About shipping

We will arrange production and ship your order as soon as possible after you make the payment. If you need to specify logistics, please inform customer service in advance before placing the order!

Order delivery date

The production cycle for orders is generally 4-10 days

Supplier Information

Email:Motodrive@ttbridge.com

Tel:13592596673

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