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  • 86 L-type Integrated Motor (EtherCAT)
  • 86 L-type Integrated Motor (EtherCAT)
  • 86 L-type Integrated Motor (EtherCAT)
  • 86 L-type Integrated Motor (EtherCAT)
  • 86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
+
86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
86 L-type Integrated Motor (EtherCAT)
+
  • 86 L-type Integrated Motor (EtherCAT)
  • 86 L-type Integrated Motor (EtherCAT)
  • 86 L-type Integrated Motor (EtherCAT)
  • 86 L-type Integrated Motor (EtherCAT)
  • 86 L-type Integrated Motor (EtherCAT)

86 L-type Integrated Motor (EtherCAT)

Product Overview

This stepper driver integrates the latest control algorithms and EtherCAT bus communication protocol. The product supports the CoE (CANopen over EtherCAT) protocol and complies with the CIA402 standard. Compared to traditional pulse-type drivers, bus-type drivers have simpler wiring, feature real-time data transmission, high-reliability communication, and can achieve multi-axis synchronous communication control. This series of drivers adopts advanced algorithms that effectively suppress motor temperature rise, reduce motor vibration, and significantly enhance motor torque.

Features

Voltage input range: DC24V to 70V Drive current: 7.7A Communication interface: EtherCAT Baud rate: 1000K Features protection functions such as overvoltage, overcurrent, undervoltage, and position deviation [closed-loop]
Product Overview Supporting Products Data Download
 
Communication Specifications

EtherCAT Communication Specifications

Physical Layer

100BASE-TX

Communication Connector

RJ45 × 2 (Input: CN6A; Output: CN6B)

Network Architecture

Daisy Chain

Transmission Rate

2 x 100 Mbps (Full Duplex)

Data Frame Length

Maximum 1484 Bytes

Application Layer Protocol

CoE: CANopen over EtherCAT

Synchronization Mode

DC Synchronization Mode (SYNC0)

Asynchronous Mode (Free Run)

Communication Objects

SDO: Non-periodic Data Object

PDO: Periodic Data Object

EMCY: Emergency Object

Application Layer Specifications

CiA402 Drive Profile

Supported Control Modes

Profile Position Mode (PP)

Profile Velocity Mode (PV)

Homing Mode (HM)

Cycle Synchronized Position Mode (CSP)

 

Technical Parameters

EtherCAT Model

Step Angle (°)

Body Length L (mm)

Holding Torque (N.m)

Phase Current (A)

Rotational Inertia (g.cm²)

Motor Weight (kg)

Encoder Line Count (PPR)

TLO86E-48V-4.5

1.8

125.2

4.5

6.0

1400

2.77

None

TLO86E-48V-8.5

1.8

159.2

8.5

6.0

2800

4.15

None

TLO86E-48V-10

1.8

173.2

10

6.0

3200

4.77

None

TLO86E-48V-12

1.8

195.2

12

6.0

4000

5.23

None

TLC86E-48V-4.5

1.8

125.2

4.5

6.0

1400

2.77

1000

TLC86E-48V-8.5

1.8

159.2

8.5

6.0

2800

4.15

1000

TLC86E-48V-10

1.8

173.2

10

6.0

3200

4.77

1000

TLC86E-48V-12

1.8

195.2

12

6.0

4000

5.23

1000

 
Motor Shaft Output Description

Model (Open Loop)

Model (Closed Loop)

Shaft Diameter D (mm)

Shaft Extension (mm)

Shaft Length (mm

TLO86E-48V-4.5

TLC86E-48V-4.5

φ12.7 or φ14

Flat Key 5×5×25

32

TLO86E-48V-8.5

TLC86E-48V-8.5

φ12.7 or φ14

Flat Key 5×5×25

32

TLO86E-48V-10

TLC86E-48V-10

φ12.7 or φ14

Flat Key 5×5×25

32

TLO86E-48V-12

TLC86E-48V-12

φ12.7 or φ14 or φ15.8

Flat Key 5×5×25

32

 
Electrical Parameters

TLO and TLC86 Integrated Machine (EtherCAT Type)

Category

Minimum Value

Typical Value

Maximum Value

Unit

Input Voltage

24

48

70

V

Drive Current

7.7

A

Baud Rate

1000K

 

Protection Functions

Overcurrent, Overvoltage, Undervoltage, Position Deviation (Closed Loop)

 
Drive Wiring Diagram / Dimension Drawing
 
Port and DIP Switch Function Description

1. Power Terminals

Driver Model

Terminal Name

Description

TL-C-86-E

TL-O-86-E

VDC

DC Voltage: 24V~70V Recommended Power Supply: 48V, 7A

GND

BK+

Motor Brake Control Output Port

BK-

2. DI/DO Ports

Pin

Definition

Description

1

DI1

Single-ended input signal, 12~24V valid, signal function definition configurable

2

DI2

3

DI3

4

DI4

5

DI45

6

DICOM

Single-ended input signal common terminal, can be connected as common anode or common cathode.

7

D01+

Differential output signal DO1, maximum current 100mA

8

D01-

9

D02+

Differential output signal DO2, maximum current 100mA

10

D02-

3. EtherCAT Bus Port

Pin Number

Signal

Description

EtherCAT Port Illustration

1,9

TX+

EtherCAT Data Transmit Positive Terminal

2,10

TX-

EtherCAT Data Transmit Negative Terminal

3,11

RX+

EtherCAT Data Receive Positive Terminal

4,12

-

-

5,13

-

-

6,14

RX-

EtherCAT Data Receive Negative Terminal

7,15

-

-

8,16

-

-

PE

PE

Shield Ground

LED1

LA/OUT

Link/Activity OUT Status Light

LED2

ERR

Communication Error Status Light

LED3

LA/IN

Link/Activity IN Status Light

LED4

RUN

Communication Running Status Light

 
EtherCAT Bus Port Indicator Description

Name

Color

Status

Description

RUN

Orange Red

Off

Initialization Status

Blinking

Pre-operational Status

Single Flash

Safe Operational Status

On

Operational Status

ERR

Orange Red

Off

No Error

Slow Flash

Communication Setup Error

Single Flash

Synchronization Error or Communication Data Error

Blinking

Watchdog Timeout Request

L/A IN

Green

Off

Physical Layer Link Not Established

On

Physical Layer Link Established

Blinking

Physical Layer Link Data Interaction

L/A OUT

Green

Off

Physical Layer Link Not Established

On

Physical Layer Link Established

Blinking

Physical Layer Link Data Interaction

 
Main Application Areas

Suitable for various motion control automation equipment and instruments, such as electronic processing and inspection, semiconductor packaging, laser cutting and welding, laser typesetting, packaging machinery, engraving machines, marking machines, cutting machines, garment plotters, CNC machine tools, automated assembly equipment, etc. It is the first choice for users seeking low noise, superior high-speed performance, and competitive cost-effectiveness.

 

Category

Model

Format

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