SIPLACE D1 规格说明书英文版 - 第15页

15 Placement Heads Nozzle Changers Technical Data Nozzle cha nger for the 12 nozzle Co llect & Place h ead Dimensions (length x wid th x height) 565 x 63 x 78 mm³ Number of magazines min. 1 / max. 6, each with 12 noz…

Placement Heads

Nozzle Changers

Description

Nozzle changers increase

the flexibility of placement

heads when processing dif-

ferent components. The noz-

zle configuration can be

quickly modified for new

placement jobs. Exactly

defined positions and the per-

fect seating of the nozzle in

the garage guarantee mini-

mal radial eccentricity at the

placement head.

One nozzle changer (NCH

P&P) may be installed for the

Pick&Place head at

location 2.

The supporting plate can hold

up to 10 magazines for stan-

dard or special nozzles or

grippers.

Standard configuration:

2 x standard magazine

1 x special nozzle

Magazine for 12

type 9xx nozzles

Nozzle changer for the

12-nozzle Collect&Place head (NCH12)

Nozzle changer for the

6-nozzle Collect&Place head (NCH6)

Magazine for 6

type 9xx nozzles

Magazine for two

standard nozzles

Magazine for one

special nozzle, gripper

Nozzle changer for the TwinHead

Magazine for 6

type 8xx nozzles

Placement Heads

Nozzle Changers

Technical Data

Nozzle changer for the 12 nozzle Collect&Place head

Dimensions (length x width x height) 565 x 63 x 78 mm³

Number of magazines min. 1 / max. 6, each with 12 nozzle holders

Nozzle types 9xx

Compressed air connection 0.48 MPa (4.8 bar)

Nozzle changer for the 6-nozzle Collect&Place head

Dimensions (length x width x height) 565 x 69 x 87 mm³

Number of magazines min. 1 / max. 4, each with 6 nozzle holders

Nozzle types 8xx, 9xx

Compressed air connection 0.48 MPa (4.8 bar)

Nozzle changer for the SIPLACE Pick&Place head

Dimensions (length x width x height) 192 x 138 x 314 mm³

Number of magazines max. 10 each with two nozzles

Number of nozzle holders may be freely configured

Nozzle types 4xx with adapter

5xx (standard)

9xx with adapter

Special nozzle, gripper

PCB Conveyor

Overview

Conveyor principle

If the board has reached the

placement area and passed

a light barrier, it is braked. An

additional laser light barrier

determines the position of

the board. As soon as the cir-

cuit board has reached its

target position, the conveyor

belt is stopped and the board

is clamped from below. The

placement process then

starts immediately. Move-

ment and clamping of the

PCBs are monitored.

The conveyor can be easily

matched to many different

PCB widths. The fixed con-

veyor rail may be located on

the left or right for both the

flexible dual conveyor and

the single conveyor.

Single conveyor

On the single conveyor,

PCBs are moved one after

the other into the placement

machine and placed on a

conveyor track.

Flexible dual conveyor

To keep the range of PCBs to

be processed as wide as

possible - whilst maintaining

maximum productivity - the

flexible SIPLACE dual con-

veyor allows you to choose

between single conveyor

mode and dual conveyor

mode.

In dual conveyor mode, two

PCBs are moved into the

placement machine and

placed either simultaneously

(synchronous operation) or

alternately (asynchronous

operation).

In synchronous mode, two

PCBs are moved into the

placement position at the

same time. They are pro-

cessed as a common panel.

This allows the top and bot-

tom of PCB to be processed

on the same line and, for

products with very different

components to be placed,

the common optimization of

all the components to be

placed on both PCBs makes

it possible to increase output.

In asynchronous mode,

only one PCB in a transport

track is processed. At the

same time, another PCB in

the second transport track is

moved into the placement

position. This saves the full

conveying time of one PCB,

thus considerably increasing

performance, particularly for

PCBs with a short cycle time.

The placement process

starts as soon as one PCB

is transported into the

processing area.

Conveyor buffer

SIPLACE PCB conveyors

have buffer zones. If shorter

waiting times occur in a

placement area (due to lon-

ger cycle times in the oven,

for example), the down-

stream placement areas can

continue to work since the

unaffected area can easily

access the PCB that is wait-

ing in the buffer zone. This

increases the true output of

the placement line.

Flexible dual conveyor:

synchronous mode

Flexible dual conveyor:

asynchronous mode

Single conveyor