国产成人精品日本亚州18_毛片免费观看黄色_99精品视频不卡在线观看免费_一级中文字幕在线播放_歐美一區二區三區在線觀看免費_激情网男人的天堂_99在线视频免费观看视频_无码一区二区三区爆白浆_国产乱子伦免费精品无码_777精品久无码人妻蜜桃

產(chǎn)品banner
Your current location : Home >> Products >> API610 OVERHUNG TYPE PUMPS

ContactContact Us

Dalian Keente Pump Co., Ltd

Work time: Mon.- Sat.: 8:00-17:00 (Beijing Time GMT+8)

Company phone: +86-0411-86734782 86735891

Company Fax: +86-0411-86734782

Company email: rfq@kntpumps.com

Company Zip Code: 116039

Company Address: Qiange Industrial Park, Xinzhaizi Street, Ganjingzi District, Dalian City, Liaoning Province


KOT Series—Vertical Pipeline Pump

2021-03-08 09:47:20
Times
KOT Series—Vertical Pipeline Pump
Content:

QQ截圖20210308094512.png

Overview

The pumps are vertical, single-stage, single-suction, cantilevered centrifugal pumps, and they are designed to API 610 and GB3215.

The series of pumps adopt independent bearing body support on the whole structure, which solves the shortcomings of the existing vertical pump supported by the motor bearing. It is the ideal product to replace the direct-connected pipeline pump.

Application Range

This series of pumps are mainly used in chemical, petrochemical, power plants, water supply and drainage, urban water supply and water treatment, pipeline pressurization and other industries.

Performance Range

Flow range: 3~2000m3/h

Head range: ~160m

Applicable temperature: -40~150°C

Design pressure: 2.5MPa

Product Features

① Compared with horizontal pumps of the same performance, vertical pipeline pumps have a small footprint and simple piping connections and also saved basic investment costs.

② There is a bearing frame between the motor and the pump, which can be used at higher temperatures and more important occasions.

③ The pump body with an outlet diameter of 80mm or more is designed as double volute to balance the radial force, thus ensuring the service life of the bearing and the deflection of the shaft at the shaft seal.

④ Bearings are back-to-back 40° angular contact ball bearings and cylindrical roller bearings to withstand radial forces and residual axial forces.


Tags

0