Hirschmann Electronics
（
Shanghai
）
Co.,Ltd
Apr. 2009
ZOOMLION
Mobile Crane Branch Company
QUY260
Load Moment Indicator
User Manual
Page 1: ...Hirschmann Electronics Shanghai Co Ltd Apr 2009 ZOOMLION Mobile Crane Branch Company QUY260 Load Moment Indicator User Manual...
Page 2: ...without notice Hirschmann makes no warranty of any kind with regard to this material including but not limited to the implied warranties of merchantability and fitness for a particular purpose Hirsch...
Page 3: ...4 2 Console 4 4 3 KMD Force sensor 4 4 4 Angle sensor 4 5 System introduction 5 5 1 OM icon 6 5 2 Main interface 7 5 3 Function key 8 5 3 1 OM Reeving setting 9 5 3 2 I O Port checking 12 5 3 3 System...
Page 4: ...uld cause great damage to the equipment and personnel The LMI could only prevent overload of the crane boom in lengthwise vertical level but could not prevent accidents caused by inclined hoisting win...
Page 5: ...r will indicate the overloading warning signal and send warning sound At this moment operator is forbidden to operate to dangerous direction 4 1 Controller 4 2 Controller Controller 32 digit industria...
Page 6: ...c interference and high precision and low zero drift As the sensor has the compensated function of temperature it can retain its own quality even with continuous and high intensive operation Remarks a...
Page 7: ...onsole will display QUY260 crawler crane as below 5 1 Welcoming interface After 4 5 seconds main interface the LMI interface will present as below 5 2 LMI main interface At 5 2 from the top to the bot...
Page 8: ...on To display the CAN communication mode between the console and the controller When the light is on the CAN communication is abnormal E A2B alarming icon This means the hook is reaching to the ultima...
Page 9: ...Main boom length jib length Installed angle of the fixed jib Mode display operating height main boom angle operating radius Still presenting luffing jib angle at luffing jib OM Moment percentage barco...
Page 10: ...put digit output of iFLEX5 details refer to 5 3 2 F4 System setting key details refer to 5 3 3 F5 CAN Bus checking press to check the bus mode between controller and console details refer to 5 3 4 F8...
Page 11: ...1 OM Reeving setting Press F2 OM Reeving setting key at 1st interface to enter into OM Reeving setting interface 5 4 OM Reeving setting F1 OM code checking key F4 OM code setting key F6 Reeving settin...
Page 12: ...0 Press F1 continuously press to turn pages at OM selecting interface to check the OM code System will display main OM code separately into 4 pages as follows 5 5 a Main boom OM code 5 5 b Main boom r...
Page 13: ...4 at OM selecting interface to set OM Press F6 at OM selecting interface to set reeving After finish the setting press F8 backing to OM Reeving interface press F8 once again will come out dialogue fra...
Page 14: ...Port checking Press F3 at 1st interface to check the I O port information 5 6 Analog input Analog channel Base board X1 expanded board X2 stitch No Analog description Analog A D exchange value Analog...
Page 15: ...User Manual 13 5 7 Digital value output Digital value No Function description Port mode Blue means output existing...
Page 16: ...nto system setting interface 5 8 System setting interface F1 Rigging mode key F2 Working mode key F3 Choose main boom angle 65 key at Luffing jib OM F4 Choose main boom angle 75 key at Luffing jib OM...
Page 17: ...J OM angle 65 output 4 LJ OM angle 75 output Press F4 will appear that present main boom angle is 75 If SET icon present at the top of F4 means F4 key is pressed down and when the main boom angle is 7...
Page 18: ...hecking Press F5 at 1st interface to check CAN bus mode CAN bus mode Left column console state Right column Controller state State icon and introduction Operational mode Preoperational mode Lost mode...
Page 19: ...angle and Luffing jib angle Main boom angle upper limit display Main boom angle display Main boom angle lower limit display Main boom angle upper limit setting key Main boom angle lower limit setting...
Page 20: ...allowed to exceed 78 due to the operating environment lift the main boom to 78 and press angle limitation setting key to set the upper limit After finish the setting when main boom angle exceed 78 sy...
Page 21: ...E04 OM not exist or exceed the motion of rotary range Improper OM setting or enter into prohibited slewing area Properly choose the OM according to actual operation and slew back to a permitted range...
Page 22: ...rts broken Change KMD parts E14 Right KMD of luffing jib voltage is lower than the min limitation KMD of luffing jib defective Change KMD of luffing jib Cable of the checking channel defective Change...
Page 23: ...ation Refer to E12 Refer to E12 E23 Jib right KMD channel voltage exceed the limitation Refer to E14 Refer to E14 E24 Main boom KMD channel voltage exceed the limitation Refer to E14 Refer to E14 E25...
Page 24: ...ontroller E51 Crane data file fault No readable crane data file Up date crane data file Flash EPROM defective Change Flash EPROM E52 Crane performance file fault No readable crane performance table Up...
Page 25: ...n Check the programming in the crane data file E85 Wrong setting of range Setting range of computer is too small negative deviation Check program of crane data file E88 Main boom position abnormal at...
Page 26: ...n Counter input fault Change Iflex EB2 Length checking channel of steel wire on hoist voltage exceed the limitation Steel wire completely twining hoist only possible at EB2 Adjust length of steel wire...
Page 27: ...User Manual 25 7 System connection...
