Width Tape 4mm, Pitch 1mm Tape Dimensions Code Size (metric) P1 1.0mm ±0.02 Po 2.0mm ±0.04 P2 1.0mm ±0.02 Ao 0.18mm ±0.02 Bo 0.35mm ±0.02 W 4.0mm ±0.05 E 0.9mm ±0.05 F 1.8mm ±0.04 Do 0.8mm ±0.04 T1 0.15 ~ 0.40mm T2 0.5mm Max
Category Archives: SMT Machines MRO
Width Tape 4mm, Pitch 1mm Tape Dimensions Code Size (metric) P1 1.0mm ±0.02 Po 2.0mm ±0.04 P2 1.0mm ±0.02 Ao 0.23mm ±0.02 Bo 0.45mm ±0.02 W 4.0mm ±0.05 E 0.9mm ±0.05 F 1.8mm ±0.04 Do 0.8mm ±0.04 T1 0.15 ~ 0.40mm T2 0.5mm Max
Head1~ Head6: 77.5 ~ 80.5 mm If the Z-offset exceeds this range, it means that the head has a serious mechanism problem. Therefore, check if the home position and the operation of spindle, LM and Z-motor are normal. This calibration is performed to set the height of the Z-axis to ‘0’ for each head from… Continue reading about The Range of The Normal Z Offset Calibration Value on Samsung SM321
The size(footprint) of flat chips such as ceramic capacitors and resistors is identified by a 4-digit size code. This 4-digit size code is measured in either MILLIMETERS or INCHES, which can cause confusion, so it’s important to verify whether the size code is in METRIC OR INCHES. The first two digits in the size code… Continue reading about SMT( Surface Mount Technology) Flat Chip Nomenclature
FOV 20 ScaleX:39.7~43.7 (μm/pixel) ScaleY: 39.7~43.7 (μm/pixel) R:-1~1(deg) FOV 35 ScaleX:70.9~74.9 (μm/pixel) ScaleY: 70.9~74.9 (μm/pixel) R:-1~1(deg) FOV 45 ScaleX:91.8~95.8 (μm/pixel) ScaleY: 91.8~95.8 (μm/pixel) R:-1~1(deg)
The range of the reference value for the ‘head offset calibration’ are as follows: Head 1 X : -0.03mm ~ 0.03mm, Head 1 Y : -0.03mm ~ 0.03mm Head 2 X : 29.97mm ~ 30.03mm, Head 2 Y : -0.03mm ~ 0.03mm Head 3 X : 59.97mm ~ 60.03mm, Head 3 Y : -0.03mm ~… Continue reading about The Range Of The Reference Value for Head X Axis and Y Axis Offset Calibration on Samsung Techwin SM321
Before delivery of the SM321 machine from the factory, the ‘ini’ file is set as follows: Mark5.ini [TARGET] MachineType=30 Real=1 Sync=1 ModuleDown=1 VisModDown=1 VisSimul=0 RunSM321VIS=1 LanGage=0(1: English ,0:Korean) [Directory] InstallDrive=c: HomeDir=C:\Mark5 BinDir=C:\Mark5\bin PartDir=C:\Mark5\partdb SystemDir=C:\Mark5\system PCBDir=C:\Mark5\pcb LogDir=C:\Mark5\log TempDir=C:\Mar54\temp VmeIplDir=C:\Mark5\vmeipl Vision.ini [TARGET] Real=1 BitmapSimul=0 DPVersion=2 Interrupt=1 SendVMEInterrupt=1
Belt on width adjusting motor side = BoWAMS Front side frame belt = FSFB For Axis Sensor Board (J9060340A): CN1 = BoWAMS: Y-axis sensor power output and sensor signal input, FSFB: Sensor Module (Y_HOME/Y_+LIM/Y_-LIM); CN3 = BoWAMS: X-axis sensor power output and sensor signal input, FSFB: Sensor module (X_HOME/X_+LIM/X_-LIM); CN4 = BoWAMS: Head section sensor… Continue reading about Connector Function Description and Connection Module of For Axis Sensor Board (J9060340A)
The overhead, gantry-style system utilizes one (GSM1) or two (GSM2) X-axis beams and linear scale encoders. The drive system uses brushless, DC servo motors for optimum acceleration and deceleration. GSM1 Platform Positioning System Specifications X Axis Travel 727.46 mm (28.640″”) Y Axis Travel 1073.15 mm (42.250″”) Resolution (2.5 micron scale) 0.0025 mm (0.0001″”) GSM2 Platform… Continue reading about Positioning System of Universal GSM Platform, GSM1 Single Beam (4681A), GSM2 Dual Beam (4688A) and GSM Dispenser Single Beam (4716A)
Positioning System (4796B/R) X-axis travel 647.5mm (25.5″) Y-axis travel 495mm (19.5″) Resolution 1 Pulse = 0.01mm (1 Pulse = 0.0004″) Positioning System (4796L) X-axis travel 657.5mm (25.9″) Y-axis travel 530mm (20.9″) Resolution 1 Pulse = 0.01mm (1 Pulse = 0.0004″)