Cables: For AZ Series DC Input Built-in Controller Type/Pulse Input Type with RS-485 Communication

Cables for AZ Series DC Input Built-in Controller Type/Pulse Input Type With RS-485 Communication
  • *Be sure to use a connection cable for the connection between the motor and the driver.
    (The motor cable and electromagnetic brake cable from the motor cannot be connected directly to the driver.)
  • *The cable for electromagnetic brake is required for electromagnetic brake motors.
Number in Illustration
 
Applicable Cable Name
- For AZM14, AZME14, AZM15, AZM24, AZME24, AZM26, AZME26 Connection Cable, Flexible Connection Cable
For AZM46, AZM48, AZM66, AZM69 Connection Cable, Flexible Connection Cable
[1] For AZM14, AZME14, AZM15, AZM24, AZME24, AZM26, AZME26 Motor-Side Extension Cable, Motor-Side Flexible Extension Cable
For AZM46, AZM48, AZM66, AZM69 Motor-Side Extension Cable, Motor-Side Flexible Extension Cable
  • *Use flexible cables in applications where the cables are bent. Click here for note on the use of flexible cables
Number in Illustration
 
Cable Name
[2] I/O Signal Cable Connector Type/General-Purpose Type
[3] I/O Signal Cable Connector - Terminal Block Conversion Unit 1-Row Type
[4] RS-485 Communication Cable
[5] FLEX Communication Cable General-Purpose Type
[6] DC Power Supply Cable

Connection Cable

This cable can be used to connect the motor with driver.

Connection Cable, Flexible Connection Cable

For AZM14, AZME14, AZM15, AZM24, AZME24, AZM26, AZME26

  • For Motor and Encoder
    Connection Cables for Motor and Encoder
  • For Electromagnetic Brake *
    Connection Cables for Electromagnetic Brakes
  • *Required for AZME24MK and AZME26MK.

Note on Use of Flexible Cables

For AZM46, AZM48, AZM66, AZM69

  • For Motor
    Connection Cable for Motor
  • For Encoder
    Connection Cable for Encoder
  • For Electromagnetic Brake *
    Connection Cable for Electromagnetic Brakes
  • *Required for electromagnetic brake motors.

Note on Use of Flexible Cables

[1] Extension Cable Set for Motor, Flexible Extension Cable Set for Motor

For AZM14, AZME14, AZM15, AZM24, AZME24, AZM26, AZME26

  • For Motor and Encoder
    Extension Cables for Motor and Encoder
  • For Electromagnetic Brake *
    Extension Cables for Electromagnetic Brakes
Length (m) Extension Cable Flexible Extension Cable
For Motor and Encoder For Electromagnetic Brake * For Motor and Encoder For Electromagnetic Brake *
1 CC010VZ2FT CC010V3FT-B CC010VZ2RT CC010V3RT-B
2 CC020VZ2FT CC020V3FT-B CC020VZ2RT CC020V3RT-B
3 CC030VZ2FT CC030V3FT-B CC030VZ2RT CC030V3RT-B
5 CC050VZ2FT CC050V3FT-B CC050VZ2RT CC050V3RT-B
7 CC070VZ2FT CC070V3FT-B CC070VZ2RT CC070V3RT-B
10 CC100VZ2FT CC100V3FT-B CC100VZ2RT CC100V3RT-B
15 CC150VZ2FT CC150V3FT-B CC150VZ2RT CC150V3RT-B
  • *Required for AZME24MK and AZME26MK.

Note on Use of Flexible Cables

For AZM46, AZM48, AZM66, AZM69

  • For Motor
    Extension Cables for Motor
  • For Encoder
    Extension Cables for Encoder
  • For Electromagnetic Brake *
    Extension Cable for Electromagnetic brakes
  • *Required for electromagnetic brake motors.

Note on Use of Flexible Cables

Other Cables

This cable can be used to connect the driver and controller.

[2] I/O Signal Cable

Connector Type

  • Multi-core shielded cable
  • Single-ended discrete wire
  • Includes ground wire with round terminal for easy shield grounding
Product Name Applicable Drivers Length
(m)
Number of Cores AWG Finished Outer Diameter
I/O signal cable (connector included)
CC24D005C-1 Built-in positioning function type
Pulse input type with RS-485 communication
Pulse input type
EtherNet/IP compatible*
EtherCAT compatible*
PROFINET compatible*
0.5 24 24 φ9.5
CC24D010C-1 1
CC24D020C-1 2
  • *Cannot be connected to drivers with DC input. Use a general-purpose type I/O signal cable.

General-Purpose Type

  • Multi-core shielded cable
  • Double-ended discrete wire
  • Includes ground wire with round terminal for easy shield grounding
  • Select the number of lead wire cores that matches the desired functionality.
Product Name Length
(m)
Number of Cores AWG Insulator Outer Diameter Finished Outer Diameter
I/O signal cable (general-purpose type)
CC06D005B-1 0.5 6 24 φ1.1 φ5.4
CC06D010B-1 1
CC06D015B-1 1.5
CC06D020B-1 2
CC10D005B-1 0.5 10 φ6.7
CC10D010B-1 1
CC10D015B-1 1.5
CC10D020B-1 2
CC12D005B-1 0.5 12 φ7.5
CC12D010B-1 1
CC12D015B-1 1.5
CC12D020B-1 2
CC16D005B-1 0.5 16
CC16D010B-1 1
CC16D015B-1 1.5
CC16D020B-1 2

[3] I/O Signal Cable Connector - Terminal Block Conversion Unit 1-Row Type

Connector - Terminal Block Conversion Unit

These are conversion units that can connect a driver to a programmable controller or a sensor using a terminal block.

  • Includes ground wire with round terminal for easy shield grounding
  • Includes a signal name plate for easy, one-glance identification of driver signal names
  • Both DIN rail mount and screw mount are possible.
  • Crimp terminals can be used with both round and Y terminals.
Number of Positions Product Name Cable Length
(m)
Connector - terminal block conversion unit CC24T05E
24 positions CC24T05E 0.5
CC24T10E 1

[4] RS-485 Communication Cable

This cable is to connect drivers with the built-in controller type. It also connects the network converter to the drivers.

Product Name Length
(m)
[4] RS-485 Communication Cable
CC001-RS4 0.1
CC002-RS4 0.25

[5] FLEX Communication Cable

This cable is convenient for connecting FLEX compatible products to various equipment that is Modbus-controlled by RS-485 communication.

General-Purpose Type

The general-purpose type comes with a termination resistor.

Product Name Length
(m)
Flex Communication Cable
CC02FLT 2
CC05FLT 5

[6] DC Power Supply Cables

Shielded cable for connection of DC power supply and electromagnetic brake. Ground wire with round terminal for easy shield grounding.

Product Name Length
(m)
AWG Insulator Outer Diameter Finished Outer Diameter
DC power supply cable
CC02D005-3 0.5 20 φ1.65 φ5.9
CC02D010-3 1
CC02D015-3 1.5
CC02D020-3 2
CC02D050-3 5

Cable Note When Wiring Flexible Cable

Do not bend the cable at the connector. Stress applied to the connectors and terminals causes poor contact and disconnection.

How to Fix the Cable

Fix the connector part in 2 places to prevent it from moving.

Fix the connector part in 2 places to prevent it from moving.

Wiring Length and Bending Radius of the Cable

Wiring should be installed at an appropriate length, so that cables are not pulled during movement.
In addition, the bending radius (R) should be 6 times the cable diameter min.

Wiring should be installed at an appropriate length, so that cables are not pulled during movement.

Interference of the Cable

Wire the cables in the cable holder without bringing them into contact with each other. This will add stress to the cable, and cause it to break prematurely. Please check note on cable holders carefully before use.

Cable Kinks

◇Please wire without kinks in the cable. Kinking in a twisted state can cause premature disconnection. After wiring, confirm that there are no kinks in the cable, using the print on the cable surface as a reference.