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This document is the user manual for the network options of the servo driver [MOVO SVF series], which supports general-purpose high-speed serial communication via Ethernet and USB. It explains the features of the options, comparisons of motion control systems, preparations for network setup, and the creation of user applications. By utilizing high-speed general-purpose communication, it can be developed into a more flexible and advanced real-time data control system. [Contents] ■ Chapter 1 What is the MOVO Network Option ■ Chapter 2 Network Connection ■ Chapter 3 Creating User Applications ■ Chapter 4 Connector Layout and Appearance Diagram ■ Appendix *For more details, please download the PDF or feel free to contact us.

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This document is the user manual for the electronic cam option of the servo driver [MOVO SVF series]. It includes basic specifications such as cam curve data, cam curve storage area, and driver address indication methods, as well as a command reference covering modes, commands, variables, and parameters. The cam motion, synchronized with the spindle rotation, can be realized only with NOVO2. [Contents] ■ Chapter 1 What is an Electronic Cam - Overview - Basic Specifications ■ Chapter 2 Command Reference - Explanation *For more details, please download the PDF or feel free to contact us.

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This document is the instruction manual for the regenerative absorption unit of the servo driver [MOVO SVF series]. It includes a connector part number table and compatible wire connections, as well as connector connection tables for regenerative voltage input CN1 and abnormal temperature detection output CN2. By connecting a regenerative absorption resistor to the servo driver, regenerative energy can be absorbed, allowing the motor to decelerate. [Contents (partial)] ■ Overview ■ Specifications ■ Connector part number table and compatible wires ■ Connector connection table ■ Separate items *For more details, please download the PDF or feel free to contact us.

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This document is a user manual for the RD3 resolver option, which uses feedback signals from a one-phase excitation two-phase detection (BRX) type resolver to control the motor instead of encoder feedback signals with the servo driver [MOVO SVF series]. It includes connection examples, connector pin configurations, parameters, and appearance diagrams. It also provides detailed explanations on using the RD3 board as an R/D converter. [Contents] ■ Chapter 1: RD3 Resolver Option ■ Chapter 2: Usage Instructions ■ Chapter 3: Using the RD3 Board as an R/D Converter *For more details, please download the PDF or feel free to contact us.

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This document is the instruction manual for the servo driver [MOVO SVF series] main unit (from release version C onwards). It includes features, format expression methods, command forms for the driver, internal structure diagrams of the driver, specifications of the driver control unit, and rated tables for AC motor specifications and power units. Dimension diagrams are also included in this document. This series has been designed with a thorough space-saving approach, achieving miniaturization as much as possible without compromising the features of the SVD (MOVO) series. [Contents] ■ Chapter 1 General-purpose Motion Servo Driver ■ Chapter 2 Command Language MOV/2 ■ Chapter 3 Usage Instructions ■ Chapter 4 Interface and Dimensions ■ Appendix *For more details, please download the PDF or feel free to contact us.

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This document is the instruction manual for the mailbox option of the servo driver [MOVO SVF series]. By equipping the driver with the mailbox option, it can operate autonomously using only the driver unit, allowing for arbitrary actions without a sequencer or controller. It includes explanations of features and systems, as well as basic specifications, formats, variables, calculations, conditional branching, program writing, execution, and command references such as masking. 【Contents】 ■ Chapter 1: What is a Mailbox ■ Chapter 2: Programming and Transfer ■ Chapter 3: Command Reference ■ Chapter 4: Utilizing Functions ■ Chapter 5: Sample Programs ■ Appendix *For more details, please download the PDF or feel free to contact us.

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This document is a user manual for the encoder correction option of the servo driver [MOVO SVF series]. It provides a detailed explanation of the features and overview of encoder correction, specifications of the correction function, generation of correction amounts, structure of correction data, roll correction, correction table format, and correction support functions. Correction data can be set for up to 16,368 points, and the correction amount for correction points can be selected in two ways: step correction and proportional correction, depending on the mode. [Contents] ■ Chapter 1 What is Encoder Correction ■ Chapter 2 Correction Function ■ Chapter 3 Usage Instructions ■ Appendix *For more details, please download the PDF or feel free to contact us.

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This document is a user manual for the current control mode that provides a two-phase current command to the analog input port of the servo driver [MOVO SVF series]. It includes features, internal structure, interfaces, specifications, user parameters, variables, and status information. The current control mode offers only the basic functionality of three-phase current drive without using position sensors such as encoders. [Contents (partial)] ■ Features ■ Internal structure of the analog two-phase current command mode ■ Interface ■ Specifications ■ User parameters *For more details, please download the PDF or feel free to contact us.

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The "MOVO Network Model" is an intelligent servo equipped with network functionality for general-purpose motor drivers. The base of the servo, MOVO, can be applied to both rotary and linear motors simply by changing the user parameter settings. By connecting the motor driver to a computer via Ethernet or USB, direct motion control can be performed. 【Features】 ■ Utilization of general-purpose networks ■ Utilization of computer OS ■ Control boards can be omitted through software ■ User-specific know-how can be incorporated into applications ■ A unified control environment can be established without limiting the types or manufacturers of applicable motors ■ Multi-axis synchronous control is achieved through data buffering and servo linking *For more details, please download the PDF or feel free to contact us.

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This document is the instruction manual for the MOVO SVF series EtherCAT model servo driver, which supports high-speed data communication as an EtherCAT slave device. It provides an overview of EtherCAT-specific user parameters, communication protocols, and the settings of various variables. The explanation of EtherCAT communication is based on the assumption of connection with software PLCs (such as TwinCAT and CODESYS) and Omron's NJ series machine automation controllers. [Contents] ■ Overview ■ EtherCAT Communication ■ Operating Procedures via EtherCAT ■ Appearance Diagram *For more details, please download the PDF or feel free to contact us.

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The MOVO SVF series servo driver DSP model is a high-performance general-purpose servo driver equipped with a 32-bit DSP. The base of the servo, MOVO, can be applied to both rotary and linear motors simply by changing the user parameter settings. Additionally, it enables high-speed, high-precision motion control in various modes. 【Features】 ■ Utilization of general-purpose networks ■ Utilization of PC operating systems ■ Control boards can be omitted due to software implementation ■ User-specific know-how can be incorporated into applications ■ A unified control environment can be established without limiting the types or manufacturers of applicable motors *For more details, please download the PDF or feel free to contact us.

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This document is a provisional instruction manual for the CC-Link model of the servo driver [MOVO SVF series]. It includes an overview of user parameters specific to CC-Link, as well as information on remote input/output signals (RX, RY), remote registers (RWr, RWw), and more. Additionally, it explains the initialization of remote signals and remote registers, the operation selection of the standard DI port of the servo driver, and the operation of the motor. [Contents] ■ Overview ■ Device Allocation ■ Variables and Dictionary Codes ■ Operating Procedures via CC-Link ■ Names of Each Part of the CC-Link Module Connector (CN24) ■ Appearance Diagram *For more details, please download the PDF or feel free to contact us.

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This document is the instruction manual for the expanded DIDO (16I/8O) option of the servo driver [MOVO SVF series]. It includes the pin configuration diagram and external connection examples for the I/O expansion board (16I/8O), as well as pin assignments and connector part numbers. It also explains the input commands, output commands, and compatibility with MOV/1 commands when using it from MOV/2. 【Contents】 ■ Chapter 1 I/O Expansion Board (16I/8O) Interface ・Pin configuration diagram and external connection examples ・Pin assignments and connector part numbers ■ Chapter 2 Usage Instructions ・How to use it from MOV/2 ・Appearance diagram *For more details, please download the PDF or feel free to contact us.

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This document is the user manual for the communication application "MovoNT," which controls the servo driver [MOVO SVD/SVE/SVF series] using our proprietary motion language. It includes information on the operating environment, installation and startup methods, product overview, communication initiation, and parameters. As an appendix, we also introduce the execution procedures for the notch filter test. 【Contents】 ■ Chapter 1: Usage Instructions ■ Chapter 2: Overview ■ Chapter 3: MovoNT ■ Appendix *For more details, please download the PDF or feel free to contact us.

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This document is the user manual for the communication application "MovoNTF-Win." It includes information on the product's operating environment, installation and startup methods, an overview, basic operations, basic functions and compact mode, parameter mode, and more. "MovoNTF-Win" is an application for Microsoft Windows that controls the servo drivers "MOVO" and "MOVO2" using our proprietary motion language. [Contents] ■ Chapter 1 Usage Instructions ■ Chapter 2 Overview ■ Chapter 3 MovoNTF ■ Appendix *For more details, please download the PDF or feel free to contact us.

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This product offers an option to use resolvers instead of encoders from various manufacturers. By conducting resolver tuning in advance, electrical angle adjustment is unnecessary. A resolver with a shaft multiplier of 1 manages one rotation in absolute coordinates. Please feel free to contact us when you need assistance. 【Specifications】 ■Resolution: 10/12/14/16 bits (16 bits is only for DSP models) ■Excitation frequency: 2–20 kHz ■Maximum excitation voltage: 7 Vrms ■Resolver power supply: External supply DC 24V, approximately 200mA *For more details, please download the PDF or feel free to contact us.

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We would like to introduce our general-purpose motion servo, the "Electronic Cam Type." In addition to standalone operation using the built-in program, it is capable of follow-up control with mechanical conversion synchronized to a master axis, or it can be connected to a network to perform free movements from a computer. Furthermore, in multi-axis synchronous operation, it achieves precise inter-axis synchronization with minimal jitter. 【Features】 ■ Simple & Low Cost: Pattern memory, simple PLC, exception handling functions, etc. ■ Diverse Command Inputs: Pulse, data communication, internal generation, 3D trajectory generation ■ Multi-axis Synchronization: Precise inter-axis synchronization with minimal jitter ■ High-speed Precision Servo: Feedforward, acceleration control ■ General Standard Options: Various networks, serial encoders from different manufacturers *For more details, please download the PDF or feel free to contact us.

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We would like to introduce the "FRA/FFT Frequency Analysis Tool" that we handle. You can easily use the frequency analysis function with the servo driver MOVO setup tool without any external measuring devices. Please feel free to contact us when you need assistance. 【Features】 ■ Bode Plot ■ Vector Trajectory ■ Spectral Analysis *For more details, please download the PDF or feel free to contact us.

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"Release C/D" is MOVO, which quickly responds to the demands of the times, such as ultra-high precision and long-length stages driven at high speed with gigaspeed servos. It is designed with consideration for backward compatibility with the established SVD series and the economy version SVE series. Please feel free to contact us when you need assistance. [Servo Core (Excerpt)] ■ Current Control: Achieves high-resolution and high-speed response vector control ■ Servo Control: Provides high servo performance with disturbance suppression type servo ■ Force Control: Offers 16-bit high-resolution force control ■ Giga Speed Encoder: Performs servo calculations with 32-bit speed variables ■ High-Speed Trajectory Generation: Capable of generating S-curve acceleration patterns with a minimum of 2 milliseconds ■ Adaptive Control: Automatically adjusts servo gain in response to dynamic variations in load inertia *For more details, please download the PDF or feel free to contact us.

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"Release E/F" is MOVO, which quickly responds to the demands of the times, such as linear amplifiers that drive sub-nanometer regions at ultra-low speeds or giga-speed servos that drive ultra-high precision, long-length stages at high speeds. It is designed with consideration for backward compatibility with the established SVD series and the economy version SVE series. This product is a higher compatibility version of Release C/D. 【Servo Core (Excerpt)】 ■ Current Control: Achieves high-resolution and high-speed response vector control ■ Servo Control: Provides high servo performance with disturbance suppression type servo ■ Force Control: Offers 16-bit high-resolution force control ■ Giga-Speed Encoder: Performs servo calculations with 32-bit speed variables ■ High-Speed Trajectory Generation: Capable of generating S-curve acceleration patterns in as little as 2 milliseconds ■ Adaptive Control: Automatically adjusts servo gain in response to dynamic changes in load inertia *For more details, please download the PDF or feel free to contact us.

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"MOVO Hybrid Force Control" refers to a system that uses the sum of force and speed as feedback values, allowing for control of pressure during operation as well as during "contact." By applying force feedback to an acceleration control system rather than a speed control system, it is possible to directly suppress disturbances, enabling superior force control response. This technology allows for smooth transitions at contact points in a system that integrates motion and force perception. [Main Applications] ■ Robot hands, micromachines, winders, rewinders ■ Press-fitting, fitting, spinning processes, variable dampers, nut runners ■ Other applications such as tension control and friction force control *For more details, please download the PDF or feel free to contact us.

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This product is a sensorless drive that controls speed without using encoders or pole sensors. In the low-speed range, it is driven by an inverter, while in the mid-speed range, it is configured with a sensorless speed control system based on the motor's induced voltage. It achieves reliability and robustness for applications involving special motors where the implementation of encoders or pole sensors is difficult, or in harsh environments where sensor failures are a concern. [Main Applications] ■ Pumps, fans ■ Spindle drives ■ Disk drives ■ Various electric tools, actuators, etc. *For more details, please download the PDF or feel free to contact us.

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We would like to introduce our general-purpose motion servo, the "Serial 2-Phase Current Command Type." By using the serial input port of the general-purpose motor driver MOVO, it is possible to control motor current from motion controllers such as UMAC/PMAC. It receives 3-phase motor current commands in U, V 2-phase format and performs vector control. 【Features】 ■ Vector control ■ High-performance ΣΔ AD ■ Motor protection function ■ Current gain tuning *For more details, please download the PDF or feel free to contact us.

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We would like to introduce our general-purpose motion servo "Analog 2-Phase Current Command Type." It is possible to control motor current from motion controllers such as UMAC/PMAC using the analog input port of the general-purpose motor driver MOVO. It receives 3-phase motor current commands in U, V 2-phase format and controls the vector. 【Features】 ■ Vector control ■ High-performance ΣΔ AD ■ Motor protection function ■ Current gain tuning *For more details, please download the PDF or feel free to contact us.

• Servo

The product is a general-purpose motion servo that is widely adaptable to motors and encoders around the world. EtherCAT is a representative protocol that improves real-time performance and transmission efficiency of the most widely used general-purpose data communication Ethernet for machine control in the industrial sector. Please feel free to contact us when you need assistance. 【Features】 ■ Command Language: Command execution combined in real-time with MOV/2 servo systems ■ User Program: Mailbox ■ Encoder: Various serial encoders including EnDat2.2, ABZ incremental ■ Applicable Motors: Linear, rotary ACM, DCM, VCM, STEP ■ Application Fields: Ultra-high resolution and high-speed positioning, multi-axis electronic cams, DDA free curves, robots *For more details, please download the PDF or feel free to contact us.

• Servo

This product is a general-purpose motion servo widely adaptable to motors and encoders around the world. CC-Link is a field network that is widely used in Asia, including Japan. It uses a simple protocol for control in conjunction with PLCs, including DIDO, analog measurement, inverters, and positioning. 【Features】 ■ Command Language: MOV/2 command execution linked in real-time with servo systems ■ User Program: Mailbox ■ Encoder: Various serial encoders including EnDat2.2, ABZ incremental ■ Applicable Motors: Linear, rotary ACM, DCM, VCM, STEP ■ Application Fields: Ultra-high resolution and high-speed positioning, multi-axis electronic cams, DDA free curves, robots *For more details, please download the PDF or feel free to contact us.

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"MOVO" is the general term for the servo motor universal drivers provided by our company. The intelligent servo driver incorporates advanced motion control functions. The highly versatile products are widely compatible with linear motors, rotary motors, voice coil motors, and more. Please consider it as a replacement for servo amplifiers from other manufacturers that have been used in your long-standing machine systems. Feel free to contact us if you have any requests. 【Features of "MOVO"】 ■ Motion language included ■ Programming function ■ Disturbance suppression servo ■ Network functionality ■ Compatible with both rotary and linear types ■ Can accommodate encoders and resolvers from various manufacturers ■ Autonomous operation through mailbox functionality *For more details, please download the PDF or feel free to contact us.

• Servo