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Home > Electrical & Electronics > Electrical Control System > KOLLMORGEN PRD-P320260Z-C2 Servo Drives

KOLLMORGEN PRD-P320260Z-C2 Servo Drives

Negotiable MOQ: 1 Piece (Price negotiable depending on order volume and customization)

Key Specifications

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Material:

Other, Global universal model

Condition:

Other, Global universal model

Task:

Other, Global universal model

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Guizhou Yuanmiao Automation Equipment Co., Ltd.

1Yr

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Port of Shipment:

guizhou

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Delivery time depends on order quantity.

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Material Other, Global universal model

Condition Other, Global universal model

Task Other, Global universal model

Mathematical Model Other, Global universal model

Signal Other, Global universal model

Customized Non-Customized

Structure Other, Global universal model

I. Overview

The KOLLMORGEN PRD-P320260Z-C2 is a high-performance digital servo driver specifically designed for precision motion control scenarios in the field of industrial automation. It serves as a core hub connecting upper-level control systems and servo motors. Its core function is to receive control commands, convert them into precise drive signals, and provide stable speed, position, and torque regulation for original servo motors. Relying on advanced closed-loop control algorithms and a modular structural design, it achieves "low-vibration" operation and efficient driving effects under complex working conditions such as winding and electronic manufacturing, with a mechanical service life of over 100,000 cycles.

As an industrial-grade drive core, this servo driver complies with strict international industrial standards and has obtained authoritative certifications such as CCC. It features wide voltage adaptation and strong anti-interference capabilities, enabling seamless integration into automated equipment across multiple industries including environmental protection, building materials, and electronic batteries. Equipped with a universal pulse control interface and a comprehensive protection mechanism, it not only simplifies the system deployment process but also ensures the long-term safe operation of equipment under high loads. It is a high-end drive solution that balances compatibility and reliability.

II. Technical Specifications

(I) Electrical Performance Parameters

Input Specifications: Supports a wide range of AC input, covering multi-specification voltage adaptations such as AC110-125V, AC200V, and AC230V. It is compatible with 50/60Hz industrial power grid frequencies, and its voltage fluctuation tolerance adapts to power environments in different regions. Equipped with an overload protection mechanism, the rated input current can reach 50A, which can withstand instantaneous current surges.
Output and Control Capability: Specifically designed for Kollmorgen original servo motors, the continuous output current can reach 16.9A, and its peak performance can meet dynamic requirements such as equipment start-stop and sudden load changes. It adopts a universal pulse control mode with a maximum output frequency of up to 50kHz. Combined with a three-loop closed-loop control algorithm (current loop, speed loop, position loop), it achieves high-precision motion regulation. The adaptable power range covers 100-400W, and it can support 3.5kW motor driving under certain working conditions.
Response Performance: The speed response frequency can reach 100Hz, enabling quick capture of changes in control commands. Combined with a low cogging torque design, its operation stability is at the industry-leading level, effectively reducing equipment operation vibration.

(II) Physical and Environmental Parameters

External Structure: Adopts a modular and compact design. The overall dimensions of the core functional module are approximately 20mm×36mm, with a total weight of 35kg. The optimized structural layout adapts to the dense installation requirements inside control cabinets. The housing is made of black engineering materials, and its protective performance is suitable for industrial on-site environments, effectively isolating dust and mechanical impacts.
E
nvironmental Adaptability: The recommended operating temperature range is suitable for conventional industrial scenarios. The ambient humidity should be controlled at around 50%, and the operating air pressure tolerance is 12PA, enabling adaptation to various environments such as electronic workshops and building materials production lines. The operating environment should be free of corrosive gases to avoid oxidative damage to components.
Installation Method: Supports on-site installation mode, which can be flexibly fixed according to equipment layout without special installation tools. The wiring interfaces adopt a standardized design, facilitating rapid integration and later maintenance.

(III) Communication and Compatibility Parameters

Control Interface: Equipped with universal industrial interfaces, supporting Schmitt trigger input and single-ended output. It is compatible with signal formats of mainstream PLCs and motion controllers, and can directly receive pulse commands and digital signals.
System Compatibility: It belongs to the A/A4/A5/A6 series of drive products and can achieve plug-and-play functionality with Kollmorgen AKM and other series of servo motors. Feedback signals can be directly connected without additional adapter modules. It supports multi-node network integration and can form a distributed control architecture with bus devices such as VME and PCI.

III. Functional Features

(I) High-Precision Closed-Loop Control Capability

It adopts a three-loop closed-loop control algorithm (current, speed, position) and is specially optimized for the operating characteristics of original servo motors. By real-time collecting motor feedback signals and dynamically adjusting output parameters, it effectively offsets load disturbances and mechanical clearance errors. Combined with a low cogging torque design, it achieves stable operation within the speed range of 500-1200r/min, making it particularly suitable for constant tension control in winding equipment and precision positioning scenarios in electronic manufacturing.

(II) High-Reliability Operation and Protection

Built-in multiple protection mechanisms such as overload, overcurrent, and overvoltage. When faults such as abnormal current and voltage fluctuations are detected, it can quickly cut off the output circuit to avoid damage to the motor and driver. The mechanical service life is as long as 100,000 cycles, and core components are made of industrial-grade durable materials, reducing wear risks under high-frequency operation. Coupled with a 12-month warranty service, it further ensures the reliability of equipment operation.

(III) Flexible Integration and Adaptation Characteristics

It has multi-voltage input adaptation capability, which is compatible with power grid configurations in different regions. The universal interface design enables seamless connection to various types of equipment such as electrical appliances and packaging machinery. It supports linkage with reflective memory networks, and data transmission does not require processor participation, realizing real-time synchronous control of multiple devices and adapting to the collaborative operation needs of automated production lines.

(IV) Efficient Energy Saving and Stable Operation

Adopting optimized PWM modulation technology, its energy conversion efficiency is ahead of the industry's conventional level, and it can maintain stable output under both light-load and heavy-load working conditions, avoiding energy waste. The speed fluctuation rate during operation is low, and combined with precise torque control, it can reduce equipment operation noise and energy consumption, significantly reducing production costs in long-term use.

IV. Application Scenarios

(I) Winding Equipment Field

As a core drive unit, it controls servo motors to achieve constant-speed winding/unwinding and tension regulation of coiled materials. In equipment such as wire and cable production and film manufacturing, it quickly adapts to changes in coil diameter through a 100Hz speed response frequency, ensuring winding flatness and tension consistency. Its rated torque output capability can meet the driving needs of coiled materials with different thicknesses, reducing material breakage and wrinkling issues.

(II) Electronic and Battery Manufacturing Equipment

It drives precision motion platforms to realize the assembly and inspection positioning of electronic components. In lithium battery stacking machines and electronic component packaging equipment, it achieves micron-level displacement adjustment through high-precision pulse control. Combined with low-vibration operation characteristics, it improves the qualification rate of product processing. The universal interface can quickly connect to detection sensor signals, realizing "motion-detection" linkage control.

(III) Building Materials and Environmental Protection Equipment

In building materials processing production lines, it drives executive components such as conveying rollers and forming mechanisms. Through wide voltage adaptation characteristics, it copes with power grid fluctuations in the workshop, and stable torque output ensures the processing precision of stone and plates. In environmental protection equipment, it controls devices such as mixers and conveyors, adapting to humid and dusty operating environments and reducing equipment failure downtime.

(IV) General Industrial Automation Systems

It is suitable for conveying mechanisms of various assembly lines and motion platforms of inspection equipment. Through a modular design, it can be embedded in compact equipment spaces and form a simple control system with PLCs and human-machine interfaces. It supports collaborative operation of multiple devices and can achieve precise speed and position control in equipment such as warehouse AGVs and small robotic arms, improving automated production efficiency.

Product Tags: KOLLMORGEN , PRD-P320260Z-C2