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SANYO DENKI PV1C015MXXXC00 Super Servo Amplifier

Brand:SANYO DENKI
Model:PV1C015MXXXC00
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

SANYO DENKI PV1C015MXXXC00 Super Servo Amplifier

Product manual:

1、 Product Overview

This model belongs to the SANYO DENKI "PV Super" series servo amplifier, suitable for driving high response, high-precision servo motors, designed specifically for medium power servo systems.

2、 Typical technical specifications (approximate values)

Rated output power: approximately 1.5 kW (driving power level)

Rated output current: approximately 9.4 A (in typical specifications)

Power supply voltage: approximately 200 VAC level

Cooling method: air cooling

Communication interface: Supports DeviceNet or RS-232 interface (depending on version)

Capacity: Suitable for use with medium power servo motors

Weight: Approximately 10 kg level

Other protection functions: common industrial protection mechanisms such as overcurrent, short circuit, overheating protection, etc

3、 Product Features

Medium power, high performance: 1.5 kW level, suitable for medium load positioning or drive applications.

Good responsiveness: air cooling, fast current conversion ability, suitable for frequent start/stop scenarios.

Flexible control and interface: Supports multiple communication protocols for easy integration with modern automation systems.

The structure is suitable for industrial environments: the design considers heat dissipation, durability, and high reliability.

Easy maintenance: Modular and standardized design, conducive to system maintenance or replacement upgrades.

4、 Usage suggestions and selection precautions

Drivers and servo motors must be matched with power, voltage, and rated current to avoid overload or insufficient performance.

Ensure that the power supply is clean and stable, and that voltage fluctuations are within the allowable range of specifications.

The installation location should ensure ventilation and heat dissipation to avoid heat accumulation.

Shielded wires should be used for signal and encoder wiring to avoid noise affecting feedback accuracy.

The initial debugging should start from a low-speed light load state, gradually adjusting parameters such as gain, filtering, and limiting.

If the system generates regenerative energy or feedback voltage, matching braking/regenerative modules should be considered.

SANYO DENKI PV1C015MXXXC00  Product details picture:

PV1C015MXXXC00

SANYO DENKI PV1C015MXXXC00 product video

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