CN205557642U

CN205557642U - Be applied to intelligent water supply economizer of BOPP production line

Info

Publication number: CN205557642U
Application number: CN201620206393.6U
Authority: CN
Inventors: 曹茂华; 尤圣隆; 王兆中
Original assignee: GETTEL GROUP (TONGCHENG) PLASTIC INDUSTRY Co Ltd
Current assignee: Anhui Jintian high tech Limited by Share Ltd
Priority date: 2016-03-17
Filing date: 2016-03-17
Publication date: 2016-09-07
Anticipated expiration: 2026-03-17

Abstract

The utility model discloses a be applied to intelligent water supply economizer of BOPP production line, including the sedimentation tank module, an unidirectional valve, the variable frequency speed governing(VFSG) motor, embedded technical module, electric actuator, flow accuse setting mode piece, pressure accuse setting mode piece, the timing control module, temperature accuse setting mode piece and heat exchange tower, the check valve sets up the water pipe between sedimentation tank module and variable frequency speed governing(VFSG) motor, the embedded technical module of ware inflow is put through electric actuator and flow accuse to water, set up the heat exchange tower between embedded technical module and the sedimentation tank module, the parallelly connected electric actuator that sets up of heat exchange tower department, timing control module control variable frequency speed governing(VFSG) motor, embedded technical module exit sets up pressure accuse setting mode piece, heat exchange tower department set temperature accuse setting mode piece, the utility model discloses utilize the various sensors of a plurality of sampling points of installation, collect the data message of each point, real -time regulation control, when satisfying the technological requirement, the purpose of reach water conservation, economizing on electricity. And stable system pressure and flow.

Description

It is applied to the intelligent water supply energy saver of BOPP production line

Technical field

This utility model relates to a kind of intelligence for high wide cut, high speed biaxial tension BOPP production line and supplies Water energy saver.

Background technology

Current domestic BOPP industry power houses water system, commonly used high-power multiple stage centrifugal pump is transported side by side OK, traditional control system automaticity is low, operational efficiency is low, and power consumption, water consumption is higher；Producing Program control put, regulate cumbersome.And during production status change, system pressure and flow are difficult to control flat Weighing apparatus, it is impossible to well meet technological requirement.

Therefore under the market environment challenge currently constantly brought forth new ideas and change, for meeting the need of new technology research and development Asking: combine the status of equipment that this factory current is actual, for BOPP industry characteristic, system for many years of summing up is installed Debugging practical experience, independent development goes out a set of intelligent water supply device more efficiently, economized on water, economize on electricity stable.

Utility model content

The technical problems to be solved in the utility model is to provide a kind of intelligent water supply being applied to BOPP production line Energy saver, meets complicated technology and the application of many variable working condition, with steady production and energy-conservation.

In order to solve above-mentioned technical problem, the technical solution adopted in the utility model is:

It is applied to the intelligent water supply energy saver of BOPP production line, including sedimentation tank module, check valve, change Frequency modulation speed motor, embedded process module, electric operator, flow control module, pressure controls module, Speed-regulating control module, temperature control module and heat exchange tower, and check valve is arranged on sedimentation tank module and frequency conversion is adjusted Water pipe between speed motor, water controls device through electric operator and flow and flows into embedded process module, Heat exchange tower is set between embedded process module and sedimentation tank module, at heat exchange tower, is arranged in parallel electronic holding Row mechanism, speed-regulating control module controls frequency control motor, arranges pressure control at embedded process module outlet Put module, temperature is set at heat exchange tower and controls module.

Preferably, heat exchange tower is Multi-stage heat exchange column.

Further, check valve and frequency control motor are provided with 3 sets.

Further, it is provided with multiple electric operator in embedded process module.

The beneficial effects of the utility model:

This utility model is without there being manually regulation, and simple operation is easy-to-use；Multiple electric motors automatic synchronization controls, tool There is system redundancy, when normal production has a motor to break down, automatically it contacted with system shutdown, Avoiding economic loss produced by the accident and quality abnormal that factory shuts down because cutting off the water supply, system reliability is significantly Improve；Use the economize on electricity Controlling operation method of SIC intellectuality combination, and traditional star triangle method of operation, Power savings is notable；Select electronic execution governor motion, carry out technique adjustment than traditional manual regulative mode, Water consumption than original water saving 1/3rd.

Accompanying drawing explanation

With detailed description of the invention, this utility model is described in further detail below in conjunction with the accompanying drawings.

Fig. 1 is this utility model schematic diagram.

Detailed description of the invention

Hereinafter embodiment of the present utility model will be described in detail.

As it is shown in figure 1, this utility model discloses a kind of energy-conservation dress of intelligent water supply being applied to BOPP production line Put, including sedimentation tank module 1, check valve, frequency control motor, embedded process module 2, electronic hold Row mechanism, flow controls module FIC, pressure controls module PIC, speed-regulating control module SIC, temperature control Put module TIC and Multi-stage heat exchange column 3, for accurately controlling the work of Multi-stage heat exchange column 3, at Multi-stage heat At exchange column 3, temperature is set and controls module TIC, in the implementation case, check valve and frequency control motor Being provided with 3 sets, electric operator has 4, check valve D1 and frequency control motor M1 and electronic execution machine Structure Y1 connects, and check valve D2 and frequency control motor M2 and electric operator Y2 connects, check valve D3 and frequency control motor M3 and electric operator Y3 connects, and is arranged in parallel at Multi-stage heat exchange column 3 Electric operator Y4.Check valve is arranged on the water pipe between sedimentation tank module 1 and frequency control motor, Water controls device FIC through electric operator and flow and flows into embedded process module 2, embedded process mould Arranging Multi-stage heat exchange column 3 between block 2 and sedimentation tank module 1, speed-regulating control module SIC controls frequency conversion and adjusts Speed motor, embedded process module 2 exit arranges pressure and controls module PIC.

Multiple electric operator it is provided with in embedded process module 2.

Work process: when intelligent water supply energy saver brings into operation, first pass through each point sensor acquisition Signal, select in combination to open relevant M1, M2 or M3, at this moment, in sedimentation tank module Normal-temperature water is respectively by D1, D2, D3, then is adjusted output through M1, M2, M3, deliver to Y1, Y2, Y3 is allocated, control after device FIC stability of flow controls through flow the most again, is then sent through next stage and embeds Formula technical module 2 uses, and has the process section in multiple workshop in embedded process module 2, through each technique in workshop The sample detecting using distribution, outlet conduit upward pressure to control module PIC in section controls, temperature controls module After TIC sampling Comprehensive Control, then flow in Multi-stage heat exchange column 3 cooling and focus on, through electronic execution machine Structure Y4 regulates, and finally returns in sedimentation tank module.

Energy saving of system control principle is sketched:

1, when flow control device FIC survey inspection to changes in flow rate time, automatically output associated adjustment signal to Y1, Y2, Y3 coordinate to control, and when Y1, Y2, Y3 amplitude of accommodation reaches the upper limit, are automatically transferred to speed regulating control mould Block SIC intervention mode, improves the efficiency of system work, reaches purpose of economizing on electricity.

2, control module PIC controlling of sampling when system by pressure and temperature controls the sampling analysis of module TIC After comprehensive descision intelligent fuzzy operation control, proceed to speed-regulating control module SIC Energy Saving Control M1, M2, M3 After reaching lower limit, automatic output correlation signal, to electric operator Y4, regulates in real time, reaches water saving With the purpose meeting process conditions.

Above-described this utility model embodiment, is not intended that the limit to this utility model protection domain Fixed.Any amendment, equivalent and improvement etc. made within spirit of the present utility model and principle, all Within claims of the present utility model should be included in.

Claims

1. it is applied to the intelligent water supply energy saver of BOPP production line, it is characterized in that, including sedimentation tank module, check valve, frequency control motor, embedded process module, electric operator, flow controls module, pressure controls module, speed-regulating control module, temperature controls module and heat exchange tower, check valve is arranged on the water pipe between sedimentation tank module and frequency control motor, water controls module through electric operator and flow and flows into embedded process module, between embedded process module and sedimentation tank module, heat exchange tower is set, electric operator it is arranged in parallel at heat exchange tower, speed-regulating control module controls frequency control motor, at embedded process module outlet, pressure is set and controls module, temperature is set at heat exchange tower and controls module.

The intelligent water supply energy saver being applied to BOPP production line the most according to claim 1, it is characterised in that heat exchange tower is Multi-stage heat exchange column.

The intelligent water supply energy saver being applied to BOPP production line the most according to claim 1, it is characterised in that check valve, frequency control motor are provided with 3 sets.

The intelligent water supply energy saver being applied to BOPP production line the most according to claim 1, it is characterised in that be provided with multiple electric operator in embedded process module.