00198706-01_AI_Stationaere_Kamera_25_33_GigE_SXV3_DE_EN.pdf - 第62页
2 Brief Description 2.1 Overview of component cameras 62 Assembly Instructions / Montageanleitung SIPLACE SX1/SX2 V3 Stationäre Kamera Typ 25/33 (GigE) Stationary Camera Type 25/33 (GigE) 03/2021 2.1.1 Component camera t…
2 Brief Description
2.1 Overview of component cameras
Assembly Instructions / Montageanleitung SIPLACE SX1/SX2 V3 Stationäre Kamera Typ 25/33 (GigE) Stationary
Camera Type 25/33 (GigE) 03/2021
61
2 Brief Description
2.1 Overview of component cameras
Fig.6: Installation position
Installation position
1. Stationary camera, type 33 (IC camera)
2. Stationary camera, type 25 (FC cam-
era)
3. Installation height for FC camera (cam-
era top edge approx. 5 mm under the
upper edge of the board conveyor)
Fig.7: Camera structure
Camera structure
Component camera, stationary P&P (type
33) 55x45
1. Upper section of camera (illumination
unit)
2. Lower section of camera
3. Glass plate
4. Camera electronics
5. Holes for fastening screws
CAUTION
Do not hold or carry the camera by its electronics unit
The camera electronics assembly is a sensitive unit and can be easily damaged.
► Only hold or carry the camera by its metal frame.
NOTICE
The camera upper section has a fixed assignment to the camera lower section.
The camera upper section may not be used with another camera lower section. Both the
upper and lower sections are mechanically and electrically coordinated and may not be ex-
changed for use with other cameras. The serial and version numbers of the top and bottom
sections of the camera must be identical.
2 Brief Description
2.1 Overview of component cameras
62 Assembly Instructions / Montageanleitung SIPLACE SX1/SX2 V3 Stationäre Kamera Typ 25/33 (GigE) Stationary
Camera Type 25/33 (GigE) 03/2021
2.1.1 Component camera technical data
Component camera, stationary, P&P, type 25 16 x 16, digital (FC camera)
Component dimensions 0.2 mm x 0.2 mm to 16 mm x 16 mm for single measurement of
component
Component spectrum 0402 to SO, PLCC, QFP, sockets, plugs, BGA, special components,
bare dies, flip-chips, shields
Min. lead pitch 0.25 mm
Min. lead width 0.1 mm
Min. ball pitch 0.14 mm
Min. ball diameter 0.08 mm
Field of view 19.4 x 19.4 mm
Method of illumination Front-lighting (6 levels, programmable as required)
Component camera, stationary, P&P, type 33 55 x 45, digital (IC camera)
Component dimensions 0.5 mm x 0.5 mm to 55 mm x 45 mm for single measurement of
component
Component spectrum 0402, MELF, SO, PLCC, QFP, electrolytic capacitors, BGA
Min. lead pitch 0.30 mm
Min. lead width 0.15 mm
Min. ball pitch 0.35 mm
Min. ball diameter 0.20 mm
Field of view 65 x 50 mm
2
Method of illumination Front-lighting (6 levels, programmable as required)
2 Brief Description
2.2 Prerequisites and restrictions
Assembly Instructions / Montageanleitung SIPLACE SX1/SX2 V3 Stationäre Kamera Typ 25/33 (GigE) Stationary
Camera Type 25/33 (GigE) 03/2021
63
2.2 Prerequisites and restrictions
●
The camera design and the assembly procedure for each camera is generally the same for
the individual machines. Any differences will be explicitly indicated in this guide.
●
When using a SIPLACE C&P20x head, make sure that there are no stationary cameras fitted
in the same placement area.
●
You may need to move the COT insert, depending on your machine configuration.
●
If you switch to mixed mode with the SIPLACE SX V3 (SIPLACE C&P20x and CPP), you will
need to fit the SIPLACE CPP in low position and any stationary camera already fitted must be
removed!
WARNING
Head crash risk by changeover to SIPLACE C&P20x head
When changing a placement head from a SIPLACE Twin or CPP to a SIPLACE C&P20x,
the CPP will need to be fitted in the upper position.
Note: the stationary camera has only one position (height of conveyor upper edge) in the
SIPLACE SX V3.
WARNING
Head crash risk by changeover to SIPLACE CPP head
When changing the placement head from a SIPLACE Twin to a SIPLACE CPP, you will
need to install the stationary component camera (type 33, 55x45, digital) in the lower posi-
tion.
NOTICE
FC camera, 3D coplan module and SIPLACE Twin
An FC camera and a 3D coplan module are only possible together with a SIPLACE Twin.
Only one of these options can be fitted at the same location, meaning that either the FC
camera or the 3D coplan module can be used.