1OM-1064-002.pdf - 第28页

[LX1-Axis Excessively Inserted Nozzle Detection] Sensor MB(X)-BPX121 [LX1-Axis Level Detection (4)] Sensor MB(X) BPH127 [LX2-Axis Excessively Inserted Nozzle Detection] Sensor MC(X)-BPX121 [LX1-Axis Level Detection (3)] …

4.2 Lifted Nozzle Detection Sensors

These sensors are used to protect the placement heads when a vacuum nozzle

is jerked out of the nozzle stocker while the X/Y beam is moving.

9910-001 25 Tg0246-PM-OP

4.2 Lifted Nozzle Detection Sensors

4.3 Beam Approach Detection Sensor

This sensor is used to detect that both X/Y beams are abnormally approaching

and protect the X/Y beam.

4.4 Stationary Position Stopper Detection Sensors

These sensors are used to check whether the stationary position stopper of the

X/Y beam has moved back during X/Y beam movement and the X/Y beam is

set ready to be moved.

Sensor Name Symbol Countermeasures

[Lifted Nozzle Detection A1]

Sensor (Rear Side)

[Lifted Nozzle Detection B1]

Sensor (Front Side)

F(A1)-BPH061

F(B1)-BPH061

When one of these sensors is turned off (E/NR:

Light Emitted and Not Received) while the X/Y

beam is moving, the following measures are

taken.

•

The power to drive both X/Y beams (Sides A

beam and B beam) is shut off.

Sensor Name Symbol Countermeasures

[Beam Approach Detection] Sensor C(A)-BPH027 When this sensor is turned off (E/NR: Light

Emitted and Not Received) while the X/Y beam is

moving, the following measures are taken.

•

The power to drive both X/Y beams (Sides A

beam and B beam) is shut off.

Sensor Name Symbol Countermeasures

[YA-Axis Stationary Position

Stopper Backward Limit] Sensor

(Rear Side)

[YB-Axis Stationary Position

Stopper Backward Limit] Sensor

(Front Side)

BPH029

BPH031

When one of these sensors is turned off (E/R:

Light Emitted and Received) while the X/Y beam

is moving, the following measures are taken.

•

The power to drive both X/Y beams (Sides A

beam and B beam) is shut off.

[LX1-Axis Excessively Inserted

Nozzle Detection] Sensor

MB(X)-BPX121

[LX1-Axis Level

Detection (4)] Sensor

MB(X) BPH127

[LX2-Axis Excessively Inserted

Nozzle Detection] Sensor

MC(X)-BPX121

[LX1-Axis Level

Detection (3)] Sensor

MB(X) BPH126

[LX1-Axis Level

Detection (2)] Sensor

MB(X) BPH125

[LX1-Axis Level

Detection (1)] Sensor

MB(X) BPH124

[LX2-Axis Level

Detection (4)] Sensor

MC(X) BPH127

[LX2-Axis Level

Detection (3)] Sensor

MC(X) BPH126

[LX2-Axis Level

Detection (2)] Sensor

MC(X) BPH125

[LX2-Axis Level

Detection (1)] Sensor

MC(X) BPH124

Sensor Name Symbol Countermeasures

[LA1-Axis Excessively

Inserted Nozzle Detection]

Sensor (Rear Left Head)

[LA2-Axis Excessively

Inserted Nozzle Detection ]

Sensor (Rear Right Head)

[LB1-Axis Excessively

Inserted Nozzle Detection]

Sensor (Front Right Head)

[LB2-Axis Excessively

Inserted Nozzle Detection]

Sensor (Front Left Head)

MB(A)-BPX121

MC(A)-BPX121

MB(B)-BPX121

MC(B)-BPX121

When one of these sensors is turned off (E/NR: Light

Emitted and Not Received), the following measures are

taken.

•

The power to drive the pertinent up/down axis is shut

off.

4.5 Excessively Inserted Nozzle Detection Sensors

These sensors are used to protect the placement heads when a vacuum nozzle

is inserted excessively due to a mistake in the pattern program.

• “X” in ( ) represents “A” or “B” in the figure below.

4.5 Excessively Inserted Nozzle Detection Sensors

(Head 1) (Head 2)

0103-002 26 Tg0246-PM-OP

4.6 Nozzle Up/Down Axis Level Detection Sensors

These sensors are used to protect the placement heads when the nozzle up/

down axis has fallen down while the X/Y beam is moving.

4.6 Nozzle Up/Down Axis Level Detection Sensors

9910-001 27 Tg0246-PM-OP

Sensor Name Symbol Countermeasures

[LA1-Axis Level Detection (1)]

Sensor (Rear Left Head)

[LA1-Axis Level Detection (2)]

Sensor (Rear Left Head)

[LA1-Axis Level Detection (3)]

Sensor (Rear Left Head)

[LA1-Axis Level Detection (4)]

Sensor (Rear Left Head)

[LA2-Axis Level Detection (1)]

Sensor (Rear Right Head)

[LA2-Axis Level Detection (2)]

Sensor (Rear Right Head)

[LA2-Axis Level Detection (3)]

Sensor (Rear Right Head)

[LA2-Axis Level Detection (4)]

Sensor (Rear Right Head)

[LB1-Axis Level Detection (1)]

Sensor (Front Right Head)

[LB1-Axis Level Detection (2)]

Sensor (Front Right Head)

[LB1-Axis Level Detection (3)]

Sensor (Front Right Head)

[LB1-Axis Level Detection (4)]

Sensor (Front Right Head)

[LB2-Axis Level Detection (1)]

Sensor (Front Left Head)

[LB2-Axis Level Detection (2)]

Sensor (Front Left Head)

[LB2-Axis Level Detection (3)]

Sensor (Front Left Head)

[LB2-Axis Level Detection (4)]

Sensor (Front Left Head)

MB(A)-BPH124

MB(A)-BPH125

MB(A)-BPH126

MB(A)-BPH127

MC(A)-BPH124

MC(A)-BPH125

MC(A)-BPH126

MC(A)-BPH127

MB(B)-BPH124

MB(B)-BPH125

MB(B)-BPH126

MB(B)-BPH127

MC(B)-BPH124

MC(B)-BPH125

MC(B)-BPH126

MC(B)-BPH127

When the sensor (one of the left sensors used to cope

with the thickness of the picked component) is turned

off (E/NR) while the X/Y beam is moving, the

following measures are taken. (E/NR: Light Emitted

and Not Received)

•

The power to drive both X/Y beams (Sides A

beam and B beam) is shut off.