Panasonic SMT Panasonic CM NPM 44 56mm Feeder KXFW1L0YA00 N610133539AA for pick and place machine
Model: |
Panasonic SMT Panasonic CM NPM 44 56mm Feeder KXFW1L0YA00 N610133539AA for pick and place machine |
Part Number: |
PANASONIC FEEDER |
Category: |
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Model Year: |
2018 |
Condition: |
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Location: |
China |
Offered by: |
SMT Panasonic CM NPM 44 56mm Feeder KXFW1L0YA00 N610133539AA for pick and place machine PANASONIC BM123 / BM221 / BM231 / MSF Series Feeders: BM 8W*2P 10896BF101 Double BM 8W*2P N610014231AA Double BM 8W*4P 10896BF106 Double BM 8W*4P N610016060AA Double MSF 8W*2P 10896BF061 Double MSF 8W*4P 10896BF066 Double BM 8W*2P 10896BF074 Single BM 8W*4P 10896BF071 Single BM 12MM FAE1200MA300 BM 16MM FAE1600MA300 BM 24MM FAE2400MA300 BM 32MM FAE3200MA300 BM 44MM FAE4400MA300 BM 56MM FAE5600MA300 Panasonic CM/NPM/AM SMT Feeders: 4mm N610117446AB For 01005 8mm N610031080AA For 0201 8mm KXFW1KS5A00 with sensor KXFW1KSBA00 without sensor 12/16mm KXFW1KS6A00 with sensor KXFW1KSCA00 without sensor 24/32mm KXFW1KS7A00 with sensor KXFW1KSDA00 without sensor N610004577AA depth21mm N610133537AA depth26mm 44/56mm KXFW1KS8A00 with sensor KXFW1KSEA00 without sensor KXFW1L0YA00 depth21mm N610133539AA depth26mm 72mm KXFW1KS9A00 with sensor KXFW1KSFA00 without sensor KXFW1L0ZA00 depth21mm 88mm KXFW1L10A00 depth21mm Feeder performance will degrade without proper maintenance. Regular cleaning, lubrication,and calibration are essential. Feeder neglect will lead to: 1. Mispicking of parts 2. Misplacement of parts 3. “Tombstoning” of parts 4. Flipped parts Issues related to improper nozzle/feeder maintenance or use of poor quality nozzles are often the SAMSUNGe. Here are some of the most common problems: 1. Poor pickup location on part. It will cause a loss of vacuum and result in parts shifting on the nozzle during transport. 2. Short/worn nozzles result in poor pickup and can cause the part not to be imbedded into the paste. When the part is not placed into the paste correctly there is not enough surface tension to hold the part while the PCB is moving. Parts will shift.