Replace ACP Andritz High Pressure Single Centrifugal Pump For Irrigation

Replace ACP Andritz High Pressure Pump For Irrigation

Introduction

ANDRITZ single-stage centrifugal pumps from the ACP are available in a highly wear-resistant, open impeller design. Thanks to their low axial thrust and open channels, these pumps are suitable for conveying many different media. Depending on the impeller design, they can convey slightly contaminated and contaminated media with some solids and content with consistencies of up to 8%. Equipped with our innovative SMARTSEP degassing system an additional separation impeller acts as an integrated degassing system and removes gas from the media and conveys fibers reliably back to the pump at the same time. Thus, operating as processes pumps, they cover a wide range of applications in the pulp and paper, mining, offshore, power, food, and chemical industry. Additionally, ANDRITZ single-stage centrifugal pumps can also be used in water supply, waste water treatment, desalination plants, and irrigation as well as drainage. A modular system ensures high availability, enables the use of proven components and reduces the number of spare parts to be held in stock. ANDRITZ centrifugal pumps from the ACP series can be delivered with an Industrial Internet of Things integrated base.

Application

Pulp and paper, industrial wastewater, sugar starch, environmental engineering, chemical slurry, municipal engineering

Andritz ACP slurry pump parameter table

Maintainance

1. ‌Clean the pump body and impeller regularly: It is easy for debris and dirt to accumulate inside the pump body and impeller, affecting the flow rate and head of the pump. Therefore, it is necessary to clean it regularly to avoid affecting the performance of the pump.
2. ‌Check the bearings and seals: Bearings and seals are key components of centrifugal pumps. They need to be checked regularly for wear or damage and replaced in time.
3. ‌Check the direction of the motor by jogging: Before starting the motor, jog the pump motor to check whether the direction is correct.
4. ‌Replace the sealing ring: After long-term use, the gap between the impeller and the sealing ring may increase, resulting in a decrease in flow and efficiency, and the sealing ring needs to be replaced.
5. ‌Lubricant management: For bearings using lubricants, it is necessary to regularly observe whether the oil level is within the marked range and replace the lubricant regularly. For bearings using grease, the grease needs to be replaced after a certain number of working hours.

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