Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
1～12 item / All 12 items
The evolving REJ servo controller PSC has gained infinite expandability!
The PSC7000 is a programmable servo controller that is a higher compatible model of the PSC5000 series. By combining it with our latest servo drive, the VZ7000 series, it provides an optimal solution for multi-axis synchronous control applications and servo applications.
Adjust the rotation angle of the control motor in proportion to the control input signal!
The "EM51 Series" is a plug-in type servo controller that can be mounted on a panel surface or DIN rail. The output operation is indicated by an LED. The feedback resistance can be used from 100 to 2kΩ, and the output can be selected from relay contacts or triacs (SSR). 【Features】 ■ Adjusts the rotation angle of the control motor (with F.B.POT) in proportion to the control input signal ■ Feedback resistance (F.B.POT) can be selected between 100 and 2kΩ ■ Output can be selected from relay contacts or triacs (SSR) ■ Plug-in type, suitable for panel surface or DIN rail mounting ■ The six substances regulated by RoHS are below the regulatory limits For more details, please refer to the catalog or feel free to contact us.
High-precision position control and load control can be easily configured using a single-axis hydraulic/pneumatic cylinder.
- Data exchange with upper field bus devices through the IRD master module. - Adoption of Simple Adaptive Control (SAC), one of the modern control theories, to automatically absorb the effects of parameter variations and aging degradation of the controlled object. - High-speed servo calculations at 200μs sampling, regardless of the cycle time of the upper PLC and field bus, enabled by DSP. - A high-precision positioning system can be configured with scalable resolution of up to 1μm by using magnetostrictive displacement sensors or A/B/Z phase pulse sensors as servo position feedback signals. - Equipped with two channels of analog voltage/current input, supporting load control using differential pressure from load cells or pressure sensors. - Automatic transfer function: synchronized control with other IRDS-SV or slave modules. - Control axis switching function: switch any control axis from GY sensor (or pulse sensor) / analog feedback. - One-axis motion program function built into the module. - Alarm detection function: sensor upper and lower limit, servo deviation, and servo oscillation alarms. - Self-diagnosis function: internal hardware abnormalities, sensor disconnection, sensor data anomalies. - RoHS compliant.
Servo Control for Rotary Processing Machine NUSCO-300
The NUSCO-300 is a servo control system for rotary machining. It generates numerical commands for the rotary machining tool and compares these commands with numerical information detected from the materials in continuous operation. As the machining position of the material approaches, it controls the machining tool to accelerate or decelerate, positions it at the set machining location, and performs machining on the material while synchronizing with it. Immediately afterward, it adjusts the machining tool's speed to decelerate or accelerate according to the next set machining position, functioning as a numerical control system.
Intermittent Feed Servo Control NUSCO-100
This is a servo control for intermittent feeding. It creates numerical commands for the feed roll and drives the feed roll while comparing the numerical information detected from the feed roll and the material being fed with the commands, allowing for high-precision positioning and stopping of the material nipped by the feed roll in a numerical control system.
Servo Control for Rotary Processing Machine NUSCO-600
This is a servo control for a rotary machining machine. It is a numerical control system that creates numerical commands for the rotary machining machine and compares the numerical information detected from the continuously running material with the commands, while controlling the machine's rotation at a constant speed to ensure that the set machining length (i.e., machining position) matches one full rotation of the machining machine. By rotating the machining machine at a constant speed, high productivity can be ensured through high SPM (strokes per minute).
Standalone operation is possible! It integrates the control of actuators using servo valves.
We would like to introduce our "Servo Controller." The "DCM Series" integrates the control of actuators using servo valves. In addition to functioning as a servo amplifier with analog command input, it also supports complex control via command instructions from a PC or PLC. 【Features】 ■ Easy installation with DIN rail mounting ■ Ability to expand control by combining multiple units ■ Supports sequence control with dedicated commands ■ Capable of standalone operation ■ Achieves high-precision control through floating-point calculations *For more details, please refer to the related links or feel free to contact us.
High-speed synchronous communication between drive devices is possible with a single unit! Approximately 30% space-saving compared to conventional models!
The "Compact PSC" is a programmable servo controller that enables high-speed synchronous communication between our drive devices via SERCOS communication. The "inter-device communication function," which was previously an optional card feature in the conventional "PSC7000 series," has been integrated into the main module. Additionally, it features a compact design that reduces the installation area by approximately 30% compared to previous products, allowing for space-saving installation. 【Features】 ■ High-speed calculations of 150 MFLOPS are possible due to the adoption of a high-speed DSP ■ Up to 10 axes can be controlled simultaneously at high speed in one rack (when using PG input and analog output) ■ Storage of abnormal information and production records can also be achieved at the application level ■ The MC protocol, a field network, is standardly equipped *For more details, please refer to the documentation. Feel free to contact us with any inquiries.
Compact, high-power 4-quadrant PWM servo controller for DC motors.
ESCON is a compact, high-power 4-quadrant PWM servo controller for permanent magnet DC motors. The operating modes can be selected from speed control (closed loop), speed control (open loop), and current (torque) control, meeting a wide range of requirements. The ESCON servo controller is designed for command via analog voltage, and various analog and digital I/O functions can be configured. 【Features】 ○ Capable of operation in a wide range of drive systems with diverse operating modes ○ Speed feedback sensor ○ Each input and output can be configured for various functions ○ Ramp function determines acceleration and deceleration in speed control mode (both closed and open loop) ○ Speed comparator: outputs to digital output when the set speed is reached For more details, please contact us or refer to the catalog.
Latest control theory, servo controller adopting SAC
The I-SAC servo controller is a servo controller that completely surpasses traditional classical control represented by PID control. It achieves high-precision positioning control, load control, and pneumatic servo systems that were impossible with PID control. Additionally, when unpredictable changes in the environment occur, it automatically absorbs those changes based on adaptive rules, providing robust control. It has a built-in 32-bit DSP, supports both analog and digital inputs, and includes two independently controllable controllers, allowing for 2-axis control with the ability to switch between position/velocity and load/pressure control, making it versatile for various applications.
Positioning and synchronous control during material processing. Servo control for reciprocating processing machines.
NUSCO-200 is a servo control system for reciprocating machining machines. It creates numerical commands for the reciprocating machining machine, compares these commands with numerical information detected from materials moving continuously with the machine, accelerates the machine control as the machining position of the material approaches, positions it at the set machining location, and performs synchronous control with the material while machining it during synchronization, and immediately after that, it returns the machine to the home position, functioning as a numerical control system.
It significantly improves the frequency stability of the santec wavelength-variable laser (TSL series).
This product is a laser servo controller designed to stabilize the oscillation frequency of lasers, allowing the oscillation frequency of our wavelength-tunable lasers (TSL series) to be locked to a frequency reference owned by the user. Since it is optimized for the TSL series, the oscillation frequency can be stabilized easily using our provided GUI without complex adjustments. It supports various frequency references such as gas absorption cells and Fabry-Perot (FP) resonators, and can be used in various feedback control methods including the Pound-Drever-Hall (PDH) method and the side-fringe locking method.
