Ứng dụng Archive - Parker Vietnam

Packaging

Wire and Cable

Slitting Line Control Cabinet Revamp Using 6 Parker AC10 Drives

Project Overview Parker Vietnam has completed a project involving the design and installation of a new electrical control cabinet for a slitting line, using six Parker AC10 variable frequency drives (VFDs) integrated with a Delta PLC and HMI. The system is designed to control six motors independently and provide centralized operation and monitoring through RS485......

Parker AC890 to AC30 132 kW Replacement for CCV Line Main Extruder

The main extruder of a CCV (Continuous Catenary Vulcanization) line is driven by a 125 kW AC motor controlled by a Parker AC890 132 kW AC drive. The drive communicates with a Siemens S7-400 PLC via PROFIBUS for integration with the existing machine control system. In this project, Parker Vietnam replaced the existing Parker AC890......

Flexo Printing Machine Upgrade with Parker DC590P 180A

In the corrugated packaging industry, flexo printing and die-cutting machines require stable drive performance to maintain production speed and consistent product quality. For machines powered by a main DC motor, selecting the right DC drive is an important part of maintaining reliable operation and supporting long-term equipment maintenance. Parker Vietnam has installed a Parker DC590P......

Upgrading a Copper Melting Furnace System for the Electrical Cable Industry Using Parker AC20

In electrical wire and cable manufacturing lines, copper melting furnace systems require stable, precise, and synchronized control of the drive mechanisms and the PLC-based control system. For production lines that have been in operation for many years, upgrading the control system and replacing legacy drives can improve overall system performance while making maintenance and future......

Upgrade of the 16-Wire Copper Annealing System: Replacing Siemens SIMOREG with Parker DC590P

In the copper wire drawing line, the 16-wire annealing unit uses direct electrical resistance heating to soften the wires after the drawing process. The machine operates at speeds of up to approximately 10 m/s, so the control system must continuously adjust the annealing power level according to the wire speed. In this project, the existing......

PARKER Control Cabinet – Control System Retrofit Project for a Cable Bunching Machine

A cable bunching machine consists of multiple drive sections that operate continuously in coordination, including the pay-off, capstan, bow/flyer, reel/drum, and other cable processing units. When the existing control system becomes outdated or no longer meets operational requirements, the retrofit involves more than simply replacing the drives. The electrical control cabinet, control system, communication network,......

Upgrading Parker AC890 to Parker AC30 with PROFIBUS Communication and Siemens S7-400 PLC

During the operation of industrial production lines, it is common for older-generation variable frequency drives (VFDs) to become increasingly difficult to maintain and replace, or no longer meet the requirements of system upgrades. In a recently completed real-world project, two Parker AC890 drives were replaced with two Parker AC30 drives, while maintaining PROFIBUS communication with......

Parker DC590P 380A – The Ideal DC Drive Solution for Heavy-Duty Stamping Press Applications

Upgrade Your Stamping Press with the Parker DC590P 380A In heavy-duty metal stamping industries—especially factories manufacturing components for Samsung, LG, Canon, and the automotive sector—DC motor drive systems remain a preferred solution thanks to their high starting torque, excellent speed regulation, and reliable performance under fluctuating loads. Our engineering team recently completed the successful installation......

Comparison of Internal Drive Communication: Lenze System Bus (CAN) vs. Parker AC30 Peer-to-Peer (P2P)

In modern automated production lines, direct internal communication between drives (Master–Slave) without an intermediate PLC is an extremely optimized solution. It increases response speed, reduces control latency, and significantly lowers system programming costs. Two of the most common and powerful internal communication standards are System Bus (CAN) from Lenze and Peer-to-Peer (P2P) on the Parker......

Is the Parker AC30 the Perfect Replacement for the AC690+?

What is the optimal replacement solution as the AC690+ gradually reaches its end-of-life? The answer is the Parker AC30 Series – a smart, next-generation variable speed drive that delivers a complete transformation in application capabilities, control algorithms, and real-time communications. Let’s conduct an in-depth analysis of why the Parker AC30 is the most perfect upgrade......

Hệ thống tủ điện Multi-Drive thực tế tích hợp 4 bộ Drive Parker DC590P với các dải dòng từ 110A, 270A, 500A đến 725A truyền thông đồng bộ qua Profibus

Profibus Communication Connection for Parker DC590P Multi-Drive Systems

In large industrial production lines (such as steel, paper, packaging, and plastics…), synchronizing speed or tension between multiple rollers requires the use of multi-drive systems. The Parker DC590P DC drive series is a leading solution, and the Profibus network is the optimal communication method to connect them together. Why Choose Profibus Communication for Parker DC590P......

Upgrading a 10-Color Packaging Printing Press: A Comprehensive Inverter Retrofit Solution from SSD AC690+ to Parker AC30

In the premium plastic film and shaped aluminum foil packaging manufacturing industry, 10-color printing presses demand extremely stringent synchronization and tension control. For machines with a lifespan spanning over 20 years, while the mechanical systems remain exceptionally robust, the legacy electrical systems—such as the SSD Drives AC690+ inverter series—often become obsolete, slow to respond, and......