Troubleshooting Summary:
Having issues with The table of sensor part list for Samsung Component Placer CP-45F(V)/FS? Read our step-by-step SMT maintenance solution below. If you require replacement feeders, nozzles, or sensors, contact SMTBOX for OEM-compatible parts.
| No | PART NO | PART NAME | TYPE | Quatity | REMARK |
| 1 | J3212007A | LIMIT SENSOR | EE-SX671 | 3 | Y-AXIS HOME/LIMIT |
| 2 | J3212022A | LIMIT SENSOR | EE-SX674 | 3 | X-AXIS HOME/LIMIT |
| 3 | J3212021A | AUTO MICRO SENSOR(Z-AXIS) | EE-SX673 | 6 | Z-AXIS HOME/LIMIT |
| 4 | J3212023A | AUTO MICRO SENSOR(THETA-AXIS) | EE-SX771 | 6 | THETA HOME |
| 5 | J3212003A | AUTO MICRO SENSOR(MIRROR-AXIS) | EE-SX672 | 1 | MIRROR HOME SENSOR |
| 6 | J3211003A | FIBER SENSOR-TEACHING BEAM | FD-G4 | 1 | TEACHING BEAM |
| 7 | J3211020A | FIBER SENSOR-NOZZLE CHANGE CHECK | FT-FM2 | 1 | NOZZLE CHANGE CHECK |
| 8 | J3212021A | AUTO MICRO SENSOR(Z-AXIS) | EE-SX673 | 1 | MIRROR UP/DOWN CHECK |
| 9 | J3211015A | FEEDER UNLOCK SENSOR | E3T-ST110-2M | 2 | FEEDER UNLOCK CHECK |
| 10 | J3212004A | PHOTO SENSOR | EE-SX672A | 3 | AUTO PCB WIDTH-HOME/LIMIT |
| 11 | J3212004A | SENSOR | Q23SN6D(BANNER) | 1 | CHECK PCB IN |
| 12 | J3212004A | SENSOR | Q23SN6D(BANNER) | 1 | CHECK PCB WAITING |
| 13 | J3212004A | SENSOR | Q23SN6D(BANNER) | 1 | CHECK PCB MOUNTING |
| 14 | J3212004A | SENSOR | Q23SN6D(BANNER) | 1 | CHECK PCB OUT |
| 15 | J6404002A | SAFETY DOOR SWITCH | D4DS-2AFS | 2 | CHECK DOOR OPEN |
| 16 | J3204002A | PRESSURE SENSOR | MPX5100AP | 6 | CHECK VACUUM PRESSURE |
| 17 | J3212016A | HOLE FIXER SENSOR | EE-SX674A(OMRON) | 2 | CHECK PCB HOLE POSITION |
| 18 | J3212025A | SENSOR | EX-42(SUNX) | 1 | CHECK PCB OUT POSITION |
| 19 | J671013A | E/F CYLINDER | BDAS 16*5-CS5TB2 | 1 | CHECK PCB EDGE FIXED |
| 20 | J3212002A | PHOTO SENSOR | EE-SX670A | 2 | CHECK BACK UP TABLE UP/DOWN |
Written by: SMTBOX Editorial & Engineering Team
Our editorial team consists of senior SREs, mechanical engineers, and SMT assembly specialists with over 15 years of industry experience in PCB assembly line optimization. All technical articles are reviewed and verified for mechanical and electronic compatibility before publication.