Wholesale Kinco iSMK Integrated Servo and Driver iSMK40-010-DMAK-AA/EA-000 Suppliers, Product

The Kinco low-voltage servo series iSMK integrated servo motors (Integrated Servo and Driver) encompass models including iSMK40, iSMK60, and iSMK80. The iSMK40 delivers 100W power, while the iSMK60 offers selectable power ratings of 200W or 400W. while the iSMK80 delivers 750W. Operating voltage ranges from DC24V to 60V. This series supports communication protocols including CANopen, Modbus RTU, and EtherCAT, and features a 3x overload capacity.

Product Description

Overview
The Kinco iSMK40-010-DMAK-AA/EA-000 represents a compact integrated servo motor within Kinco's low-voltage servo series, combining 'servo motor, drive, encoder, and brake' into a single unit. It emphasises miniaturisation, high integration, and reliable performance, making it suitable for automation equipment with limited installation space and high control precision requirements, such as small conveyor lines, precision positioning mechanisms, and light industrial machinery actuators.
I. Core Parameter Specifications
Model Decoding (Key Identifier Meanings)
  • iSMK40: Series designation indicating the '40 frame size' model within the iSMK series (frame size corresponds to mounting specifications and power rating)
  • 010: Power designation, indicating 100W rated power
  • DMAK: Function configuration code, typically including encoder type (e.g., incremental encoder) and control mode adaptation
  • AA/EA: Interface or voltage specification identifier (refer to official documentation for specifics, may denote communication interface type or voltage compatibility details)
  • 000: Standard configuration suffix, signifying no special customised functions
Basic Electrical Parameters
  • Supply Voltage: DC 24V–60V (wide voltage range, compatible with industrial low-voltage DC power supplies)
  • Rated Power: 100W (suitable for driving small loads)
  • Overload Capacity: Inherits the universal characteristics of the iSMK series, supporting 3× rated overload (short-term overload capability for shock loads)
  • Control Communication: Compatible with mainstream industrial protocols including CANopen, Modbus RTU, and EtherCAT (specification subject to actual model configuration)
II. Core Architecture and Integration Advantages
As an 'integrated' design product, its core feature is high-level integration, eliminating the need for separate installation and wiring of motors and drives in traditional servo systems. This manifests as:
  • Four-in-one integrated design: Compact housing integrates the servo motor (power output), drive (control core), encoder (position/speed feedback), and brake (optional, for power-off holding position) into a single unit, significantly reducing installation space while simplifying equipment wiring and commissioning.
  • Optional Gearbox Integration: Supports standard or custom integrated gearboxes (based on application requirements), enhancing output torque to suit scenarios requiring high torque at low speeds, such as rotary lifting or precision pushing.
III. Functional and Safety Features
Comprehensive Safety Protection
  • Electrical Protection: Overvoltage protection, undervoltage protection, short-circuit protection
  • Thermal Protection: Motor overheating (IIT) protection, driver overheating protection
  • Mechanical Protection: Brake failure monitoring (if equipped), etc.
Control and Adaptability Flexibility
  • Supports multiple control modes (e.g., position mode, speed mode, torque mode) to accommodate power requirements across diverse automation scenarios
  • Wide voltage supply (24V–60V DC) adapts to common industrial low-voltage power sources, reducing power configuration complexity
  • Real-time position and speed feedback from encoders ensures control precision (incremental encoder resolution typically meets positioning requirements for compact equipment)
IV. Applicable Scenarios
With its 100W power rating, compact dimensions, and integrated design, it is primarily suited for light-load, space-constrained, high-precision automation applications, such as:
  • Small precision machinery: Actuator axes for 3C product assembly equipment, compact dispensing machines, labelling machines
  • Conveying and sorting: Light-duty conveyor belt drives, positioning for compact sorting mechanisms
  • Office automation: Paper feed/material handling drives for large printers and packaging machines
  • Medical auxiliary equipment: Sample transfer or positioning components for compact medical diagnostic devices
Specifications
Item Specification
Model iSMK40 - 010 - DMAK - AA/EA - 000
Power Range 100W
Supply Voltage DC 24 - 60V
Rated Current 2.8A
Rated Torque 0.32 Nm (45.3 oz - in)
Rated Speed 3000 rpm
Encoder Type Single - turn magnetic encoder
Frame Size 40×40mm
Motor Length 90mm
Shaft Diameter 8mm
Moment of inertia 0.044 Kg·cm² (0.000623 oz - in - sec²)
Control Mode RS485, CANopen (AA); RS485, EtherCAT (EA)
Protection Features Over - voltage protection, under - voltage protection, short - circuit protection, motor over - heat (IIT) protection, driver over - heat protection
Certification CE, RoHS, UL
Models Range
Kinco iSMK Integrated Servo and Driver iSMK40-010-DMAK-AA/EA-000 Series Overview:
Model Rated Power Pn (W) Rated Torque Tn (Nm) Rated Current In (A) Encoder Type Moment of Inertia Jm (Kg·cm²)
iSMK40 - 010 - DMAK - AA/EA - 000 100 0.32 2.8 Single - turn magnetic encoder 0.044
iSMK40 - 010 - DMBK - AA/EA - 000 100 0.32 2.8 Single - turn magnetic encoder 0.046
iSMK60 - 020 - DMAK - AA/EA - 000 200 0.64 5.7 Single - turn magnetic encoder 0.17
iSMK60 - 020 - DMBK - AA/EA - 000 200 0.64 5.7 Single - turn magnetic encoder 0.176
iSMK60 - 040 - DMAK - AA/EA - 000 400 1.27 10.6 Single - turn magnetic encoder 0.31
iSMK60 - 040 - DMBK - AA/EA - 000 400 1.27 10.6 Single - turn magnetic encoder 0.314
iSMK80 - 075 - DMAK - AA/EA - 000 750 2.39 19.2 Single - turn magnetic encoder 0.85
iSMK80 - 075 - DMBK - AA/EA - 000 750 2.39 19.2 Single - turn magnetic encoder 0.91
Delivery Information
The delivery cycle of industrial products is influenced by various factors, such as the inventory status of the products, the scale of the order quantity, the region where the customers are located, and the choice of transportation methods.
Manuals + Resources
FD-615MT Specs.pdf

Kinco i Series Product Selection Manual_202506.pdf

Manual Document Reference
Frequently Asked Questions
1. What features are combined in the Kinco iSMK40 integrated servo motor?
The Kinco iSMK40-010-DMAK-AA/EA-000 is a four-in-one integrated unit that combines the servo motor, drive, encoder, and an optional brake into a single compact housing, greatly reducing space requirements and wiring complexity.
2. What is the supply voltage range for the iSMK40-010 servo motor?
This motor supports a wide low-voltage DC supply range of DC 24V to 60V, making it highly compatible with common industrial DC power distribution systems.
3. What communication interfaces and control modes are supported?
Depending on the specific configuration code (AA or EA), the system supports RS485 along with CANopen (for the AA variant) or EtherCAT (for the EA variant). It supports multiple control modes including position, speed, and torque control.
4. What built-in safety protection functions are included?
It features comprehensive embedded safety protections such as electrical protection (overvoltage, undervoltage, and short-circuit), thermal protection (motor overheating IIT protection and driver overheating protection), as well as mechanical brake failure monitoring if a brake is configured.
5. In what applications is the iSMK40-010-DMAK-AA/EA-000 most commonly used?
It is primarily designed for space-constrained, high-precision, light-load automation tasks such as 3C product assembly equipment, compact dispensing/labelling machines, light-duty conveyor mechanisms, office printing drives, and medical diagnostic sample handling equipment.
6. Can this integrated servo motor support external torque amplification?
Yes, it supports integration with standard or customized gearboxes, allowing you to increase output torque for high-load, low-speed applications such as rotary lifting or precision linear pushing.

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