Rack-and-pinion systems L-AZ-Series
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Rack and Pinion System L Series OCstep AZ Series Equipped

The Rack and Pinion System L Series Simplifies Compact, High-Power Linear Motion. The L Series is a linear actuator in which a rack and pinion mechanism and a motor have been combined. The motor is equipped with the AZ Series that utilizes a battery-free absolute sensor, which allows for high positioning accuracy and high-load transportation up to 100 kg. Easy to Use Linear Motion Mechanism that is “Compact” and “High Strength” The Rack and Pinion System can easily convert the motor’s rotation to linear motion. The linear motion mechanism has a compact design but it can transport large...

Shorter Time Between Design to Start-up The Rack and Pinion System can reduce the number of parts used, and it can also significantly reduce the time spent on design and assembly. If Parts are Purchased Separately With Rack and Pinion Systems Motor installation plate Base board Pinion gear Geared motors Rack Grommet Rack Setting in Millimeter Increments The drive motor is equipped with the AZ Series hybrid control system. By combining with the MEXE02✽ support software, the linear motion can be easily set in millimeter increments, which allows for various linear motion applications. [Minimum...

Easy Home Set ting and Return-to-Home with an AZ Series Absolute System Equipped with the Hybrid Control System AZ Series Equipped with Battery-free Absolute Sensor A compact mechanical multi-turn absolute sensor (patented) has been developed. This can help improve productivity and reduce costs. Battery-free Absolute Sensor Built-in battery-free absolute sensor constantly monitors the motor's positional information without an external sensor. High Reliability with Closed Loop Control High Efficiency Technology Reduces Motor Heat Generation and Saves Energy No Home Sensor Required...

The sequence function simplifies programs (Available only on the built-in position function type) By importing output signals for controlling other equipment or external input signals such as those from sensors, the AZ Series type can simplify sequence control programs. 0 Number of positioning operation data items that can be set (up to 256 points) 0 Number of general-purpose I/O points (9 points for input and 6 points for output) 0 Number of communication I/O points (16 points for input and 16 points for output) External equipment Setting the repeat count Examples of Loop Function-Assisted...

Available Drivers to suit a variety of host systems Built-in Controller Type Set the operating data in the driver, and the operating data is selected and executed from the host system. Host system connection and control is performed through I/O, Modbus (RTU), RS-485 communication, or FA network. The use of a network converter (sold separately) allows control via CC-Link communication, MECHATROLINK communication, or EtherCAT communication. ● When controlling through I/O CPU Power supply ● When controlling from computer or touchscreen ● When controlling through serial communication No...

The support software enables data setting and verification of the actual drive by using a computer. Support Software (MEXE02) The support software can be downloaded from the website. Various Monitoring Functions 0 Operating Data and Parameter Settings Setting of operation data and parameters is easily performed via computer. Because the setting data can be saved, when the driver is replaced, the same settings can be used by downloading the saved data to the new driver. 0 I/O Monitoring The status of I/O wiring to the driver can be verified by computer. This can be used for post-wiring I/O...

Rack and Pinion Motor Driver Frame Size [mm] Electromagnetic Brake Travel Direction of Rack Permissible Speed Range [mm/s] High-Speed Type Built-in Controller High Transportable Mass Type None/ Equipped Pulse Input with RS-485 Communication High-Speed Type High Transportable Mass Type Pulse Input

Equipped Motor (AZ Series) Maximum Speed Frame Size Maximum Acceleration Push Force Power On Holding Force - with Electromagnetic Brake Minimum Travel Amount Rotor Inertia Power Supply Input Input Current Control Power Supply • Either F (vertical to the mounting foot surface) or B (horizontal to the mounting foot surface) indicating the rack moving direction is entered where the box □ is located within the product name. A number indicating the rack stroke is entered where the box B is located within the product name. •When the rack is moved in a vertical direction, the load mass that can be...

■System Configuration ●Combination of L Series with Electromagnetic Brake and either Built-in Controller Type Driver or Pulse Input Type Driver with RS-485 Communication This is an example of a configuration using I/O control or RS-485 communication in a built-in controller type driver. Rack and pinion motors, drivers, and connection cable sets/flexible connection cable sets need to be ordered separately. Support Software MEXE02 24 VDC Power Supplies for Control/Electromagnetic Brake✽1 L Series Rack and Pinion Motor Connection Cable Sets/Flexible Connection Cable Sets Max. Extension Length:...

●Combination of L Series with Electromagnetic Brake and Pulse Input Type Driver This is an example of a single-axis system configuration using a programmable controller (with pulse generating function). Rack and pinion motors, drivers, and connection cable sets/flexible connection cable sets need to be ordered separately. 24 VDC Power Supplies for Control/Electromagnetic Brake✽ L Series Connection Cable Sets/Flexible Connection Cable Sets Rack and Pinion Motor Programmable Controller✽ ◇Connection Cable Sets ◇Flexible Connection Cable Sets AC Power Supply (Main Power Supply) Cables,...

Product Number Code • Rack and Pinion Motors LM4F 500 AZMC-1 © © ® © © © © ®

O High-Speed Type with Electromagnetic Brake • Either F (vertical to the mounting foot surface) or B (horizontal to the mounting foot surface) indicating the rack moving direction is entered where the box □ is located within the product name. • Either F (vertical to the mounting foot surface) or B (horizontal to the mounting foot surface) •Either F (vertical to the mounting foot surface) or B (horizontal to the mounting foot surface) indicating the rack moving direction is entered where the box □ is located within the product indicating the rack moving direction is entered where the box □...