Servo motor equipped with a battery-less absolute sensor

The AZX series features the same battery-free mechanical absolute sensor (ABZO sensor) found in the AZ series.

No external sensor required

Because it operates as an absolute system, there is no need for origin or limit sensors.

merit

• • High speed return to origin + Improved return to origin accuracy
  • Cost reduction
  • Reduced wiring
  • Not affected by external sensor malfunctions

Battery-less

Mechanical sensors do not require batteries.
Position information is managed mechanically by the ABZO sensor.

merit

• • No need to replace batteries
  • Free driver installation
  • Reliable overseas shipping

Network-enabled drivers

The driver is compatible with EtherCAT, EtherNet/IP, and PROFINET.
A single communication cable can be used to connect the host control device and the driver, reducing the amount of wiring required.

Sequence function simplifies the main program ^.

The AZX series positioning operation is equipped with a wide range of sequence functions, such as linked operation, timer settings between operations, conditional branching, loop count, etc.
These can be set using the support software MEXE02, simplifying the sequence program of the upper system.

* EtherCAT compatible drivers are not included.

Positioning operation data setting value (maximum 256 points)
General purpose input/output points (6 inputs, 6 outputs)
Number of communication inputs/outputs (16 inputs, 16 outputs)

High torque at high speeds

The AZX series provides high torque at high speeds, making it suitable for positioning applications with large travel distances (e.g. driving ball screws).

 

• *Comparison of rotation speed-torque characteristics between the AZX series and AZ series.
  The AZX series has torque advantages in the high speed range, while the AZ series has torque advantages in the low speed range.

The basic operation is the same as the AZ series.

The AZX series has the same basic operation as the AZ series.
When using the AZX series and AZ series together in the same device, there is no need to change the operability.

wiring	Signal wiring
setting	Switch and parameter functions and setting methods (using MEXE02)
control	Command ID number for network control
Driving Features	Positioning operation function built into the driver

Line up

Motor, driver, and cable must be ordered separately.

Motor

type	Rated power [W]	Mounting angle dimensions [mm]	Reduction ratio	Rated torque [N・m]	Instantaneous maximum torque [N・m]	Backlash [arcmin]	Electromagnetic brake
							Yes	none
	400	60	–	1.27	3.82	–	●	●
	600	85		1.91	Single phase: 3.82 Three phase: 7.16		●	●
	400	90	Five	5.72	17.1	15	●	●
			Ten	11.4	34.3		●	●
			twenty five	25.7	77.2		●	●
	600	90	Five	8.6	Single phase: 17.2 Three phase: 32.2		●	●
		120	Ten	18.1	Single phase: 36.3 Three phase: 68		●	●
			twenty five	43.1	Single phase: 86.2 Three phase: 162		●	●

Driver

	Driver Type	Power input [V]
	EtherCAT compatible EtherNet/IP compatible PROFINET compatible	Single/three phase 200-240V

• The EtherCAT compatible driver has passed the official EtherCAT conformance test.
• EtherCAT® is a patented technology licensed from Beckhoff Automation GmbH (Germany) and is a registered trademark.
• EtherNet/IP™ is a trademark of ODVA.
• PROFINET is a trademark or registered trademark of PROFIBUS Nutzerorganisation eV (PNO).

Connection cable set/Flexible connection cable set

The motor cable, encoder cable, and electromagnetic brake cable extending from the motor cannot be directly connected to the driver.
If the cable is to be bent, use a flexible connection cable.

	Length [m]
	1–20