N7201A652E.pdf - 第507页

NPM- TT2 EJM1E E-MB-06O-04 6-1-9 -2 ■ Handling precautions 1. Do not apply strong impact on the support pin (for automatic change) such as dropping. It may deform the pin. Also do not use a deformed support pin (for auto…

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NPM-TT2 EJM1EE-MB-06O-04
Specifi-
cation
Support pin automatic
change 1
Operating procedure
6-1-9
6-1-9-1
Item Specification
Configuration
PCB dimensions
PC size
300mm
transfer specifications
Dual lane mode
●Min: L 50 × W 50mm ●Max: L 510 × W 300mm
Single lane mode
●Min: L 50 × W 50mm ●Max: L 510 × W 590mm
PCB dimensions
M size 260mm
transfer specifications
Dual lane mode
●Min: L 50 × W 50mm ●Max: L 510 × W 260mm
Single lane mode
●Min: L 50 × W 50mm ●Max: L 510 × W 510mm
Function
Data creation
function of the
support pin
arrangement
Checking the reverse side image downloaded to the DGS
window with the placement coordinates of the front side, the
machine visually decides the arrangement of support pins
and creates the production data.
●The data is created on DGS.
Support pin
automatic
arrangement
function
The support pins (for automatic change) are automatically
arranged using the nozzle for support pins based on the
production data.
Arrangement
conditions
Head
Placement head (8-/3-nozzle head)
Arrangement pitch
16mm pitch at minimum
The number of pins
30 pins at maximum/PCB
Arrangement data
Enables to create and choose the arrangement data per
machine
Applicable nozzle
100-nozzle
For 8-nozzle head
1100-nozzle
For 3-nozzle head
Arrangement time
90s/PCB
(350mm x 300mm The optimum condition value when 10 pins are arranged at the
center of the PCB)
Support pin
(for automatic change)
Nozzle for support pin
Nozzle changer
for support pin
PCB support block
(for automatic change)
NPM-TT2 EJM1EE-MB-06O-04
6-1-9-2
■Handling precautions
1. Do not apply strong impact on the support pin (for automatic change) such as dropping. It may deform
the pin. Also do not use a deformed support pin (for automatic change).
2. The support pin (for automatic change) uses a magnet.
It may have an affect on an electrical component being placed (e.g. inductor). Looking at electrical
component specification and magnetic flux density under the condition described table below, be careful
while handling the support pin.
Symbol Location Magnetic flux density
A
PCB top surface 1.5mT(15G)
B
Bottom of a PCB 28mm 6mT(60G)
C
Support block top surface around the
support pin (for automatic change)
50mT(500G)
D
Between bottom surface of the support pin
(for automatic change) and support block
top surface
500mT(5000G)
●Magnetic flux density (reference value)
Installation condition
28mm
PCB
A
B
D
C
PCB support block
(for automatic change)
Symbol Location Magnetic flux density
E
Support pin (for automatic change) bottom
surface
320mT(3200G)
Single pin condition
E
At
a glance
NPM-TT2 EJM1EE-MB-06O-04
Specifi-
cation
Support pin automatic
change 2
Operating procedure
6-1-9
6-1-9-3
■Arrangement position condition of the support pins (for automatic change)
More than the following space is required between the support pin (for automatic change) and a
component. (Unit: mm)
■Arrangement area of support pins (for automatic change) (Size from PCB front Unit: mm)
PCB
Support pin
(for automatic change)
φ15
28
φ8 (There should be no slit)
Area where a component
enables to exist
6
504
21
6
Lane 2
Lane 1
PCB
outline
Not arrangeable area
PCB
outline
PCB flow direction
Arrangeable area
Reference
Reference
21
2121
504
21
6
PCB flow direction
PCB
outline
Not arrangeable area
Arrangeable area
Reference
21
296
315
●Do not arrange the support pin on the slit.
●PCB dimensions: PC size (Dual lane mode)
●PCB dimensions: PC size (Single lane mode)