100% tested SMN 8x4 SMT Feeder HANWHA SAMSUNG SM320 321 411 421

SMN 8x4 SMT Feeder HANWHA SAMSUNG SM320 321 411 421 471 481 482 SM Series
 

Specification:

Supply Details:

Sell&repair original new and used Samsung feeder:

• SAMSUGN CP SM SMN SME24MM FEEDER
• SAMSUNG CP SM SMN SME 32MM FEEDER
• SAMSUNG CP SM SMN SME 8MM FEEDER
• SAMSUNG CP SM SMN SME12MM FEEDER
• SAMSUNG CP SM SMN SME16MM FEEDER
• SAMSUNG CP SM SMN SME24MM FEEDER
• SAMSUNG CP SM SMN SME32MM FEEDER
• SAMSUNG SM320 SM321 SM411 SM421 SM471 SM481 STICK FEEDER
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005677A CABLE ASSY-INLINE CABLE #34 [TEP-0N-34]
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005678A CABLE ASSY-LSO#2 SNS #3 [CP60HP-TH-TSV-0]
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005698A CABLE ASSY-VACUUM_PWR
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005750A ASSY,  NOZZLE-ODD_L_37x37
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005752A DRIVE_CABLE3_SMP300 PS3SM-SPC-050
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005753A DRIVE_CABLE4_SMP300 PS3SM-SPC-060
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005754A SERVO_ENC_CABLE1_SMP300 PS3SM-SPC-070
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005755A SERVO_ENC_CABLE3_SMP300 PS3SM-SPC-090
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005756A SERVO_ENC_CABLE_SMP300 PS3SM-SPC-090
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005774A CABLE ASSY-BOARD OUT SENSOR EXT CABLE (R)
• SAMSUNG PICK AND PLACE MACHINE SPARE PARTS AM03-005777A ASSY, NOZZLE-ODD_S_37x37
• SAMSUNG CP SM SMN SME16MM FEEDER
• SAMSUNG CP SM SMN SME44MM FEEDER
• SAMSUNG CP SM SME SME 8MM FEEDER

Related Parts:

Scope of Application:

Surface-mount technology (SMT) is a method in which the electrical components are mounted directly onto the surface of a printed circuit board (PCB). An electrical components mounted in this manner is referred to as a surface-mount device (SMD). In industry, this approach has largely replaced the through-hole technology construction method of fitting components, in large part because SMT allows for increased manufacturing automation. Both technologies can be used on the same board, with the through-hole technology often used for components not suitable for surface mounting such as large transformers and heat-sinked power semiconductors.

An SMT component is usually smaller than its through-hole counterpart because it has either smaller leads or no leads at all. It may have short pins or leads of various styles, flat contacts, a matrix of solder balls (BGAs), or terminations on the body of the component.