2500_Users_Manual- - 第107页

Tasks and Kits Set Preferences... Figure 3-21 Configuring Operating Preferences This set of check boxes allows you to configure some of TaskLink s optional system prompts and operating preferences. Press Fl to invoke Tas…

Operation

Antistatic

Precautions

The

devices

that

you

will

be

handling

and

programming

on

the

2500

are

sensitive

to

static

and

can

be

damaged

by

accidental

and

unintended

electrostatic

discharge

while

you

are

handling

them.

To

minimize

possible

damage

to

devices,

wear

your

wrist

strap

and

plug

the

end

into

the

ground

strap

connector

in

the

lower

left

corner

of

the

2500

(see

Figure

1-2).

CAUTION:

The

devices

being

processed

through

the

ProMaster

2500

and

components

on

Se

system's

circuit

boards

are

static

sensitive

and

may

be

damaged

“

electrostatic

discharge

(ESD).

To

help

eliminate

damage

from

ESD,

operators

and

service

personnel

should

wear

an

antistatic

wrist

strap

while

using

the

equipment.

The

wrist

strap

should

be

connected

to

the

grounding

plug.

It

should

contain

a

IM

ohm

(minimum

value)

to

10M

ohm

(maximum

value)

isolating

resistor.

Raising

the

Hood

While

a

Task

is

Running

The

2500

has

been

designed

to

operate

only

when

the

hood

is

down

in

the

operating

position

(see

Figure

1-2).

A

safety

interlock

switch

is

activated

when

the

hood

is

raised

to

stop

all

handler

motion

and

laser

marking.

It

must

be

lowered

into

operating

position

before

you

can

start

a

Task.

Do

not

lift

the

hood

while

the

handler

is

processing

devices.

If

you

raise

the

hood,

the

2500

will

immediately

stop

processing

and

leave

the

condition

of

the

devices

being

programmed

in

an

unknown

state.

Devices

in

the

programming

modules

may

not

complete

the

programming

operation

correctly

and

should

be

removed

and

discarded.

If

you

need

to

examine

something

under

the

hood

while

a

Job/Task

is

running,

select

Pause

from

the

TaskLink

screen

to

stop

the

2500,

after

the

current

device

(s)

has

completed

the

programming

cycle.

If

you

lift

the

hood

without

pausing

TaskLink

and

want

to

continue

running

the

Job/Task,

lower

the

hood

to

continue

operation.

WARNING:

Any

attempt

to

bypass

the

hood

interlock

could

result

in

operator

injury.

Do

not

attempt

to

defeat

this

safety

feature.

Operating

Noise

Level

The

typical

operating

noise

level

of

the

2500

may

exceed

70

dB

because

of

the

many

complex

functions

taking

place

at

the

same

time,

such

as:

•

Heavy

subassemblies

being

driven

rapidly

by

motors

along

sizable

lead

screws.

•

Air

actuators

being

rapidly

turned

on

and

off.

•

Vacuum

motors

making

noise.

WARNING:

Long

term

exposure

to

noise

levels

in

excess

of

70

dB

could

cause

hearing

loss.

Personnel

working

near

the

2500

should

wear

hearing

protection.

4-4

ProMaster

2500

User

Manual

Tasks

and

Kits

Set

Preferences...

Figure

3-21

Configuring

Operating

Preferences

This

set

of

check

boxes

allows

you

to

configure

some

of

TaskLink

s

optional

system

prompts

and

operating

preferences.

Press

Fl

to

invoke

TaskLink

s

online

Help

for

more

information

on

the

choices

presented.

Programer

Type.

.

.

Set

Preferences

<

Cancel

>

<

OK

>

Systen

St

Data

S

PROMPT

FOR

PASS

LIMIT

AT

START

OF

SESSION

Shou

Statistics

at

End

of

Session

Pop-Up

SuMcheck

Uindou

After

Transf

er/Load

Operation

Beep

After

Completion

of

Device

Operations

Sound

On

Display

Fanil

y/P

in

out

Code

with

Device

Name

Provide

Help

Uhen

Right

Mouse

Button

Pressed

Discard

Serial

Number

on

Device

Failure

Uerif

y

RAM

SuMcheck

for

Each

Device

Give

Option

to

Purge

ProMaster

After

Processing

Enable

PrograMMer

Disk

Options

EX：

EX：

EX：

LXJ

E

]

[ ]

EX：

[ ]

L

J

j

覆

Press

Space

to

toggle

(

X

=

ON)

:

Tab

f

or

next

iten

I

TaskLink

Copyright

1995

Data

I/O

Corp.

II

Setup

Data

Progran

Tasks

Utilities

0

P

t

i

o

n

w

Help

Two

of

the

options

that

are

particularly

useful

with

the

ProMaster

2500

are

described

in

the

following

sections.

Purge

ProMaster

After

Processing

This

option

directs

the

2500

to

remove

all

devices

from

the

track

sections,

moving

them

to

an

output

tube.

The

operator

does

not

have

to

manually

remove

devices

from

the

tracks

and

load

them,

observing

correct

polarity,

into

tubes.

TaskLink

displays

a

purge

dialog

box

when:

•

Devices

are

in

the

track

at

the

end

of

a

Task

or

programming

session.

•

A

Task

has

been

terminated

by

the

operator.

•

The

next

Task

in

a

Kit

uses

a

different

device

type.

The

Purge...

dialog

box

prompts

the

operator

to

choose

<OK>

to

start

purging

parts

from

the

system.

If

<

CANCEL

>

is

selected,

any

parts

in

the

tracks

must

be

removed

by

the

operator.

Remove

the

input

tube

if

it

has

any

devices

and

make

sure

that

at

least

one

empty

output

tube

is

installed

before

selecting

<OK>.

TaskLink

will

send

all

devices

detected

in

the

input

track

through

the

2500

before

it

completes

the

purge

operation.

Enable

Programmer

Disk

TaskLink

(VI.

4

or

higher)

will

create

and

load

your

data

files

on

either

the

2500,s

floppy

drive

or

the

MSM.

To

see

the

new

commands

displayed

on

the

TaskLink

menus,

you

must

select

the

Enable

Programmer

Disk

Options

from

the

Set

Preferences

dialog

box.

3-32

ProMaster

2500

User

Manual

↵

↵

Tasks

and

Kits

Introduction

to

Kits

Kits

are

Tasks

that

have

been

daisy-chained

together

so

several

can

be

run

as

one

large

job.

The

most

common

use

for

Kits

is

to

string

together

the

separate

Tasks

used

to

program

all

the

devices

for

a

single

board.

In

Figure

3-23

there

are

four

devices

that

must

be

programmed

and

labeled

for

the

sample

board.

Each

device

has

one

Task

that

controls

the

process

for

producing

that

device.

The

Kit

acts

like

a

super-Task.

To

illustrate

this

point,

assume

that

60

boards

need

to

be

built.

When

the

Kit

fbr

this

board

is

run,

the

Task

1

pass

limit

is

set

to

60

devices.

When

that

count

is

reached,

TaskLink

displays

a

message

prompting

the

system

operator

to

change

over

for

the

second

Task.

When

ready

for

Task

2,

the

operator

presses

.

TaskLink

starts

Task

2,

and

60

devices

for

that

Task

are

programmed.

This

process

continues

for

Task

3

and

Task

4.

The

messages

screens

are

typically

used

when

the

Tasks

define

devices

using

different

package

types

(Task

1

uses

DIPs

and

Task

2

uses

PLCCs).

In

this

case,

a

message

screen

might

remind

the

operator

about

the

steps

required

to

change

over

from

one

package

type

to

another.

A

Kit

can

include

a

maximum

of

20

Tasks.

All

the

Tasks

for

a

Kit

must

be

in

the

same

database

file

(called

the

Source

Database

in

the

Kit

dialog

box),

but

the

Kit

can

be

stored

in

the

Source

Database

or

a

different

database

file.

When

the

Kit

is

run,

the

system

operator

specifies

the

number

of

Kits

(equal

to

the

number

of

complete

boards)

to

be

built.

Selecting

Kit

Parameters

The

process

for

creating

a

Kit

is

similar

to

creating

a

Task.

From

TaskLink

s

main

screen,

select

Add

Kit...

and

press

(see

Figure

3-22).

Figure

3-22

Selecting

“Add

Kit”

from

t

加

Main

Screen

ProMaster

2500

User

Manual

3-33