00194614-08 Trainingsdoku. SG X-Serie_X4i SW70x (AL2)_EN.pdf - 第406页
Modular Conveyor Conveyor Control TS P 301 Conveyor Settings Student Guide SIPLACE X-Serie and X4I SW70x (AL2) 406 Conveyor Control T SP 301 11.3.10 Conveyor Control TSP 301 Jumper Settings for TSP 301 11.3.10.1 Jumper S…
Modular Conveyor
Conveyor Settings Checks After Mechanical Work on the Conveyor
405 Student Guide SIPLACE X-Serie and X4I SW70x (AL2)
Setting valve anticlockwise: Decrease the lifting table moving time
Setting valve clockwise: Increases the lifting table moving time
Setting the Lifting Table Unit [003586 84-05]
11.3.8.2 Setting the Lifting Table Unit [00358684-05]
Checks After Me chanical Work on t he Conveyor
11.3.9 Checks After Mechanical Work on the Conveyor
Check: The distance between the top edge of the conveyor belt and the top stop should be 6 mm.
Legend
1. (3) adjust valve downwards
2. (4) adjust valve upwards
Setting the damping unit
The damping unit (1) allows the lifting table to move
gently upwards. When the PCB is clamped, it also
prevents excessive bounce by the PCB.
► Check whether the damping unit is fixed with the
locknut (2) in the mounting block and that the plunger
(3) of the damping unit is just touching the actuator
(4). In this default setting, the lifting table should
move up gently.
► If this is not the case, loosen the locknut at the
mounting block and turn the damping unit approx.
one rotation into the mounting block..
► Move the lifting table upwards, with the help of the
software.
► The lifting table should move gently upwards.
The PCB clamping should not engage audibly and
there should be no PCB clamping error message.
► Check the speed of the lifting table and correct where
necessary.
Modular Conveyor
Conveyor Control TSP 301 Conveyor Settings
Student Guide SIPLACE X-Serie and X4I SW70x (AL2) 406
Conveyor Control TSP 301
11.3.10 Conveyor Control TSP 301
Jumper Settings for TSP 301
11.3.10.1 Jumper Settings for TSP 301
DIL switch S4 at TSP 301
* Switches 1 and 2 set the hardware ID 5 for D4 machines and hardware ID 6 for X4I, X series, HF and
D3.
Legend
1. J7 CAN bus 1 terminating resistor
2. F6 Main Fuse TSP 301
3. F1 - F5 Fuses for the conveyor motors
4. J3 interference loop
5. J6 CAN bus 2 terminating resistor (not used)
6. J2, J1 successor/predecessor station
7. S4 DIL switch
Jumper J1, J2 "downstream/upstream station" at TSP
301
Legend
▪ J1 predecessor station
▪ J2 successor station
▪ J3 interference loop (EMERGENCY STOP on
productivity lift also switches the placement machine
off)
▪ J6 CAN bus 2 terminating resistor (not used)
▪ J7 CAN bus 1 terminating resistor
S X4I D4 X/D3/HF Comments
1* ON ON ON ON
2* OFF ON OFF ON = SIPLACE D4, OFF: SIPLACE X, HF, D3, X4I
3 OFF OFF OFF OFF= clamping sensor is no longer used
4 ON ON OFF OFF ON ON = quad lane, OFF: default conveyor
5 OFF OFF OFF Not in use
6 OFF ON OFF OFF ON OFF: Default conveyor, ON: quad lane (conveyor
edges fixed on outside)
7 OFF OFF OFF Not in use
8 OFF OFF OFF Not in use
Modular Conveyor
Conveyor Settings Conveyor Control TSP 301
407 Student Guide SIPLACE X-Serie and X4I SW70x (AL2)
Conveyor Control TSP 301 with Siemens Interface
11.3.10.2 Conveyor Control TSP 301 with Siemens Interface
TSP 301 SMEMA --> Siemens
Legend
1. 10-pin plug for SMEMA interface
X3: upstream station
X4: successor station
2. Connection for Siemens interface
X1: upstream station
X2: successor station
NOTICE! Standard / Option
The SMEMA interface is a standard on all X machines
and the Siemens interface is optional.
The Siemens interface is a standard on all D machines
and the SMEMA interface is optional. The SMEMA
interface requires an adapter when used with the D1/2/4.
WARNING! Risk of irreparable damage to the
TSP board!
The 10 pin Locking clip plug of SMEMA connections must
be disconnected from the TSP 301!
Application: no modification.
Following modification are necessary for using the
Siemens interface:
► JumperJ1 / J2: need to be moved (see following
diagram).
► Disconnect the connector X3 and X4 on the TSP 301!
► Connect the Siemens interface cable on the
connector X1 and X2.
Jumper J1 and J2 (Siemens/SMEMA)