鏈叕鍙镐富鐕烡CS绯荤当(t菕ng)鐨勯厤浠�锛孭LC绯荤当(t菕ng)鐨勯厤浠躲€備富鐕燂細Bentley鏈壒鍒�锛孖nvensys鑻辩董鎬濓紝Woodward浼嶅痉娌冨痉锛孎oxboro?锛熸€傚叡顭塤銆乄estinghouse瑗垮眿銆丷yan鐟炴仼銆丼chneider Modicon鏂借€愬痉鑾开搴枫€丄BB銆丄B銆丼iemens瑗块杸瀛�銆丮otorola鎽╂墭缇呮媺銆丟E FANUC缇呭厠闊嬬埦Allen-BradleyGE鐧�(f膩)閭ｇ銆亂askawa瀹夊窛銆乥osch rexroth鍗氫笘鍔涘＋妯�锛孉CSO锛孻OKOGAWA姗渤锛孯exroth鍔涘＋妯傜瓑鍚勫ぇ鍝佺墝鐨凞CS绯荤当(t菕ng)閰嶄欢锛屾鍣ㄤ汉绯荤当(t菕ng)閰嶄欢锛屽ぇ鍨嬩己鏈嶇郴绲�(t菕ng)鍌欎欢銆�
閵峰敭鐢㈠搧锛氶€插彛DCS銆丳LC鎺у埗绯荤当(t菕ng)鍌欏搧鍌欎欢鍜屽ぇ鍨嬮€插彛绯荤当(t菕ng)妯″鍌欎欢鍏徃
1.Allen-Bradley(缇庡湅AB)绯诲垪鐢㈠搧銆�
2.Schneider(鏂借€愬痉闆绘埃)绯诲垪鐢㈠搧銆�
3.General electric(閫氱敤闆绘埃)绯诲垪鐢㈠搧銆�
4.Westinghouse锛堢編鍦嬭タ灞嬶級绯诲垪鐢㈠搧銆�
5.SIEMENS(瑗块杸瀛愮郴鍒楃敘鍝�)銆�
6.閵峰敭ABB Robots. FANUC Robots銆乊ASKAWA Robots銆並UKA Robots銆丮itsubishi Robots銆丱TC Robots銆丳anasonic銆丷obots銆丮OTOMAN Robots銆�
7.estinghouse锛堣タ灞嬶級锛� OVATION绯荤当(t菕ng)銆乄DPF绯荤当(t菕ng)銆丮AX1000绯荤当(t菕ng)鍌欎欢銆�
8.Invensys Foxboro锛�?锛熸€傚叡顭塤锛夛細I/A Series绯荤当(t菕ng)锛孎BM锛堢従鍫磋几鍏�/杓稿嚭妯″锛夐爢搴忔帶鍒�銆佹褰㈤倧杓帶鍒�銆佷簨鏁呰拷鎲惰檿鐞嗐€佹暩妯¤綁鎻�銆佽几鍏�/杓稿嚭淇¤櫉铏曠悊銆佹暩鎿氶€氫俊鍙婅檿鐞嗙瓑銆侷nvensys Triconex: 鍐椾綑瀹归尟鎺у埗绯荤当(t菕ng)銆佸熀浜庝笁閲嶆ā浠跺啑浣欙紙TMR锛夌祼妲嬬殑zui鐝句唬鍖栫殑瀹归尟鎺у埗鍣�銆�
9.Siemens(瑗块杸瀛�)锛歋iemens MOORE锛� Siemens Simatic C1锛孲iemens鏁告帶绯荤当(t菕ng)绛夈€�
10.Bosch Rexroth锛堝崥涓栧姏澹▊锛夛細Indramat锛孖/O妯″,PLC鎺у埗鍣�,椹呭嫊妯″绛�銆�
鈼哅otorola锛堟懇鎵樼緟鎷夛級锛歁VME 162銆丮VME 167銆丮VME1772銆丮VME177绛夌郴鍒�銆�閲囪臣缇庡湅銆佸痉鍦�銆佹硶鍦嬨€佹剰澶у埄绛夋瓙鐩熷伐鎺х敘鍝�銆佸倷鍝佸倷浠�
Electro-hydraulic valve is composed of a main valve and two solenoid valves. The main valve response speed control device consists of two small ball valves installed between each solenoid valve and the corresponding inlet or outlet valve. These controls (small ball valves) are adjusted to control the flow into and out of the medium above the diaphragm so that the opening/closing speed of the main valve can be adjusted based on the viscosity and pressure of the medium used. According to the statistics of the team members, most failures of the electro-hydraulic valve are caused by the inlet or outlet solenoid valve not charged.
(4) Bad communication cable contact, loose power supply insurance
In the analysis meeting of the team, the engineer proposed that there were two problems with the touch screen. First, after the system started, the PT touch screen could not control or b or output, and the field was displayed as. The reason was that there was a problem in the communication between the touch screen and PLC, and the cable was not in good contact. Secondly, after the system started, the PT touch screen was not bright. After on-site processing and analysis by Lu Yan, the 24VDC power supply of the touch screen was not supplied, and the power supply insurance was loose.
(5) The connecting cable of oil spill protector is broken, and the power fuse is burnt out
The squad leader proposed that the helix of the oil spill probe loaded by the crane tube was easily pulled off by hanging on the nearby accessories when the train crashed. In winter, when the temperature was low, the helix sheath was hard and easy to break, sometimes short circuit occurred, and the power supply insurance was burned out.
(6) The distance between the probe and the connecting plate is too large if the operation procedures are not followed
The technicians of the team members proposed that some personnel on duty did not follow the operating procedures when dealing with the instrument fault, and the adjustment distance of the upper and lower limit switches of the crane tube and the upper and lower limit switches of the oil collector was too large, so the signal could not be detected.
鏇村鐩搁棞搴瓨鍨嬭櫉锛�
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TSI闆绘簮锛�3500/15-05-05-00锛堟浛浠�3500/15-02-02-00锛�
妗嗘灦鎺ュ彛妯″锛�3500/22-01-01-00
妗嗘灦绲勬厠(t脿i)杌熶欢锛�3500/01-01
TSI浣嶇Щ妯″锛�3500/40-01-00
TSI鎸嫊妯″锛�3500/42-01-00
TSI宸劰妯″锛�3500/45-01-00
TSI杞夐€熺洠(ji膩n)娓ā濉婏細3500/50-01-00-01
TSI瓒呴€熺洠(ji膩n)娓繚璀锋ā濉婏細3500/53-03-00
TSI閸电浉鍣ㄦā濉� 3500/25-01-01-00
TSI绻奸浕鍣ㄦā濉� 3500/32-01-00锛�
TSI绻奸浕鍣�16閫氶亾妯″ 3500/33-01-00锛�
TSI閫氳▕缍查棞 3500/92-02-01-00
TSI閫氳▕缍查棞妯″ 3500/92-04-01-00
