鍥涘窛甯堣寖澶у
2011
灞婃瘯涓氱敓姣曚笟璁捐
鍐呭鎽樿
锛?/p>
鏈枃鐮旇鍩轰簬鍙紪绋嬪簭鎺у埗鍣紙
PLC
锛夊拰鍙橀鍣ㄧ殑妗ュ紡璧烽噸鏈烘帶鍒剁郴缁熺殑鏀?/p>
杩涖�?/p>
闃愯堪浜嗕氦娴佹ˉ寮忚捣閲嶆満鍦ㄥ疄闄呬腑鐨勫簲鐢ㄤ互鍙?/p>
PLC
鍦ㄦ敼閫犳柟妗堜腑鐨勭‘瀹氾紝
浜︽秹
鍙婂湪鏀归�犺繃绋嬩腑璁惧鐨勯�夊瀷銆傛湰鏂囦互瑗块棬瀛?/p>
S7-200
绯诲垪
PLC
涓轰緥锛岃杩颁簡
PLC
鍦ㄤ氦娴佹ˉ寮忚捣閲嶆満鏀归�犱腑鐨勭殑鎺у埗鏂规銆?/p>
涓庝紶缁熸帶鍒舵柟妗堢浉姣旓紝
閲囩敤
PLC
鎺у埗鐨?/p>
妗ュ紡璧烽噸鏈哄彲浠ョ畝鍖栫箒閲嶇殑璁惧锛?/p>
浣挎帶鍒舵洿鍔犲畨鍏ㄥ彲闈犮�?/p>
浠庣粡娴庢晥鐩婁笌鐜鏁堢泭
鐨勮搴﹀垎鏋愶紝
鏈璁¤櫧鐒跺墠鏈熸姇鍏ヤ竴閮ㄥ垎璧勯噾鐢ㄤ簬璐拱
PLC
鍙婂彉棰戝櫒绛夎澶囷紝
浣?/p>
鏄暱鏈熻繍琛屽悗鐨勭淮淇垚鏈繙浣庝簬鍘熺郴缁燂紝骞朵笖鑺傝兘鍙揪
30%
宸﹀彸銆傝璁′腑鍙橀鍣?/p>
閫氳繃
PLC
杩涜鏃犺Е鐐规帶鍒讹紝浣胯澶囪繍琛屾洿鍔犲噯纭紝骞朵笖鍑忚交浜嗕汉鍛樼殑鍔冲姩寮哄害锛?/p>
鎻愰珮浜嗗伐浣滄晥鐜囥�?/p>
鍏抽敭璇?/p>
锛?/p>
妗ュ紡璧烽噸鏈?/p>
鍙橀鍣?/p>
PLC
鎺у埗绯荤粺
The Design of PLC-based Bridge Crane System
Abstract
:
This text
discussion the improved design of bridge crane control system based
on PLC and frequency converter. Introduced the application of Bridge crane,
the
application
of
PLC
in
reconstructive
transform
and
choosing
the
device.
The
text
takes
Siemens
S7-200
PLC
series
as
an
example,
introduced
the
control
project
of
Bridge
crane
system.
Compared
with
traditional
control
scheme
锛?/p>
PLC-based
Bridge
Crane
can
Simplify
the
heavy
equipment
锛?/p>
and
make control more safety and reliable. Analysis from economic benefits and
environmental
benefits,
The
maintenance
cost
is
far
below
original
system
after
long-term
operation
锛?/p>
and
Saves
about
30%
of
energy
锛?/p>
beside
a
fond
musts put into buying PLC and inverter and other equipment .
In this design,
Inverter
non-contact
programmable
controller
controls
the
equipment
to
run
more accurate, as well as reduced labor strength, increased efficiency.
Key words:
bridge crane; frequency converter; PLC; control system