SANYO MACHINE SERVO DRIVE SDN-DR1-025

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SANYO MACHINE SERVO DRIVE SDN-DR1-025 Specification

Phase
Single / Three Phase

Output
AC 0-230V

Protection Level
Over-voltage, Over-current, Overheat Protection

Mounting Type
Vertical Mount, Panel Mount

Current
2.5A

Connectivity Type
Wired

Usage & Applications
Servo Motor Control, Industrial Automation Equipment

IP Rating
IP20

Features
Compact Design, High Reliability, Easy Installation, LED Status Indicators

Frequency
50/60Hz

Installation Type
Panel Mount

Product Type
Servo Drive

Operating Temperature
0C to 40C

Working Temperature
0C to 40C

Input
AC 200-230V, 1-Phase / 3-Phase

Application
Industrial Automation, CNC Machinery

Supply Voltage
AC 200-230V

Accuracy
High Precision Control

Dimension (L*W*H)
Approx. 160mm x 80mm x 150mm

Weight
Approx. 1.5 kg

About SANYO MACHINE SERVO DRIVE SDN-DR1-025

Unlock elite performance with the SANYO MACHINE SERVO DRIVE SDN-DR1-025, now available at a remarkable discount for a limited, ephemeral period. Renowned for its meritorious high precision control, this servo drive supports motors up to 200W, offering versatile position, speed, and torque control for industrial automation and CNC machinery. Featuring self-cooling, advanced protection, and seamless RS232C communication, the compact, panel-mount design ensures easy installation and enduring reliability. Experience the trusted choice of professionals and elevate your automation processes with this exceptional product from a distinguished Indian supplier and trader.

Diverse Applications & Usage of SANYO SERVO DRIVE SDN-DR1-025

The SANYO MACHINE SERVO DRIVE SDN-DR1-025 is engineered for superior performance in servo motor control, industrial automation equipment, and CNC machinery. Direction of use is straightforward: simply mount vertically on a panel, connect to a compatible motor and follow control mode settings for position, speed, or torque. This drive is used for precise automation, factory process optimization, and robotics, providing reliable, meritorious results across various industrial sectors.

Export Markets, Packing & Dispatch of SDN-DR1-025

Our elite servo drive is highly regarded in renowned export markets, including South Asia, the Middle East, and Europe. Packing & dispatch ensures secure packaging for safe international delivery. Typical delivery times range from 7 to 15 days, depending on the export destination. With an extensive supply ability, we efficiently meet bulk or custom orders, ensuring remarkable customer satisfaction for every shipment worldwide.

FAQs of SANYO MACHINE SERVO DRIVE SDN-DR1-025:

Q: How does the SANYO MACHINE SERVO DRIVE SDN-DR1-025 ensure high precision control?

A: The SDN-DR1-025 utilizes advanced control algorithms supporting position, speed, and torque modes, paired with a rapid response frequency of up to 1kHz to deliver high precision and reliable performance in various industrial applications.

Q: What are the primary applications for using the SDN-DR1-025 servo drive?

A: This servo drive is designed for servo motor control within industrial automation systems, CNC machinery, robotics, and any application requiring elite accuracy and reliability in movement control.

Q: Where should the SDN-DR1-025 be installed for optimal performance?

A: For optimal results, the SDN-DR1-025 should be vertically mounted on a control panel within a humidity-controlled environment (10%90% non-condensing), and within the temperature range of 0C to 40C.

Q: What processes should I follow for installing and connecting the SDN-DR1-025?

A: Ensure the drive is panel-mounted and vertically positioned. Connect to an appropriate single or three-phase AC supply (200-230V), wire the compatible motor, and establish communication via the RS232C interface. Follow safety protocols for wiring and power-up procedures.

Q: How does the SDN-DR1-025 benefit industrial automation systems?

A: Featuring compact design, high reliability, advanced over-voltage/over-current/overheat protection, and flexible communication, the SDN-DR1-025 enhances system stability, operational safety, and precision efficiency in automation environments.

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