Cables: For AZ Series Connector Type DC Input mini Drivers
- *
- The connector type is for pulse input type with RS-485 communication.
Note
- Up to 3 cables can be used for connection between the motor and driver.
- The maximum extension distance between the motor and driver is 10 m.
Connection Cable/Flexible Connection Cable
Cable can be used to connect motor with driver.
| Cable Outlet Direction | Length (m) | Connection Cable | Flexible Connection Cable |
|---|---|---|---|
| Product Name | Product Name | ||
|
0.2 | CCM002Z1EFF | - |
| 0.5 | CCM005Z1EFF | CCM005Z1EFR | |
| 1 | CCM010Z1EFF | CCM010Z1EFR | |
| 2 | CCM020Z1EFF | CCM020Z1EFR | |
| 3 | CCM030Z1EFF | CCM030Z1EFR | |
| 5 | CCM050Z1EFF | CCM050Z1EFR | |
| 7 | CCM070Z1EFF | CCM070Z1EFR | |
| 10 | CCM100Z1EFF | CCM100Z1EFR | |
|
0.2 | CCM002Z1EVF | - |
| 0.5 | CCM005Z1EVF | CCM005Z1EVR | |
| 1 | CCM010Z1EVF | CCM010Z1EVR | |
| 2 | CCM020Z1EVF | CCM020Z1EVR | |
| 3 | CCM030Z1EVF | CCM030Z1EVR | |
| 5 | CCM050Z1EVF | CCM050Z1EVR | |
| 7 | CCM070Z1EVF | CCM070Z1EVR | |
| 10 | CCM100Z1EVF | CCM100Z1EVR | |
|
0.2 | CCM002Z1EBF | - |
| 0.5 | CCM005Z1EBF | CCM005Z1EBR | |
| 1 | CCM010Z1EBF | CCM010Z1EBR | |
| 2 | CCM020Z1EBF | CCM020Z1EBR | |
| 3 | CCM030Z1EBF | CCM030Z1EBR | |
| 5 | CCM050Z1EBF | CCM050Z1EBR | |
| 7 | CCM070Z1EBF | CCM070Z1EBR | |
| 10 | CCM100Z1EBF | CCM100Z1EBR |
Extension Cable/Flexible Extension Cable
| Length (m) | Extension Cable | Flexible Extension Cable | |
|---|---|---|---|
| Product Name | Product Name | ||
|
1 | CCM010Z2ADFT | CCM010Z2ADRT |
| 3 | CCM030Z2ADFT | CCM030Z2ADRT | |
| 5 | CCM050Z2ADFT | CCM050Z2ADRT |
I/O Signal Cable
Connector Type
- Single-ended discrete wire
| Product Name | Applicable Drivers | Length (m) |
Number of Lead Wire Cores | |
|---|---|---|---|---|
|
LCD06Z2BY | Pulse input type with RS-485 communication | 0.6 | 16 |
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 | |
|---|---|---|---|---|---|---|
|
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 |
RS-485 Communication Cables
These cables connect the AZ Series mini Driver RS-485 communication type to a network converter or robot controller MRC01.
Single-ended discrete wire cables for flexible connectivity and cables for connecting between drivers are also available.
For Host Controller Connection (With connector)
For Connection to Host Controller (Single-ended discrete wire)
Select this option if processing such as crimping or soldering of connectors is required.
| Product Name | Length (m) |
|
|---|---|---|
 |
LCD06Z2-RSY | 0.6 |
For Connection Between Drivers
| Product Name | Length (m) |
|
|---|---|---|
 |
LCD01Z2-RS | 0.11 |
| LCD03Z2-RS | 0.3 |
Power Supply Cable
This power supply cable is for AZ Series mini Drivers. It is a set of 4 lead wires with connector, comprising 2 for main power supply and 2 for control power supply.
| Product Name | Length (m) |
|
|---|---|---|
 |
LCD06Z2AY | 0.6 |
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.
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.
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.