Operating Instructions_VF335_en.pdf - 第262页

6|Function description c) Read the new value and compare it with the value you noted down. The new value may differ by ± 1% from the value noted down. ð If the discrepancy is more than + 1% of the value you noted down:…

6|Function description

6.15.4.3 Determining [Warm offset] for a 75% wave power and adjusting the

gradient

Edit dialog Soldering unit 1 Solder pot 1

Solder pot

user:

none

Maintenance mode

Temperature

Operation mode

Set value Actual value

Solder wave off

Module tests

Next test

Wave offset

Switch functions

Manual movement

Set value

Actual value

Automatic positioning

Set no.

Panel

Remaining time

Active tool

Solder

pot 1

Wave power

Special positions

Fig.72: The [Soldering unit 1 Solder pot 1] input dialog

ü To determine the Wave offset for a wave power of [75%]:

ü You have correctly determined the [Offset warm] value for a wave power of

1%.

Settings Soldering unit 1 Solder pot 1

Monitorings

user:

none

Maintenance mode

Solder level maximum

Solderbar feeder

Solder level minimum

Solder pot

Preheating time

Solder level and wave height test

Numbers of Boards

Drive to test position without lowering

Supply time

Max. duration

Supply

Backstroke

Break

Solder wire

Time until wave hight test

Wave power

Solderlevel ok

pcs

min

Wave height

min

Solder melting temperature

Standby temperature

Temperature correction

Tolerance message

Broken TC message

°C

ü In the [Settings Soldering unit 1 Solder pot 1] settings dialog, the [Wave power]

for the solder wave height test has been set to 75%.

ü The mounted nozzle has been created and activated in the Data table solder

nozzle

ü A value of [75%] has been entered into the [Wave power] input field.

a) Enable the solder wave.

b) In the [Module tests] frame, click on the

button.

ð A solder wave height test is performed. As soon as the solder wave

touches the test needle, the [Wave offset] status indicator lights up green.

Wait until the solder wave height test has been completed.

ð In the [Module tests] frame, a new value is now specified for the [Wave

offset]. This value was also automatically transferred to the nozzle table.

Ersa GmbH Operating Instructions_VF335_en|Rev. 14|30/11/2017 261/695

6|Function description

c) Read the new value and compare it with the value you noted down. The new

value may differ by ± 1% from the value noted down.

ð If the discrepancy is more than + 1% of the value you noted down:

d) Open the solder nozzle table and slightly increase the [Gradient] value, at most

by 5 units.

e) If the descrepancy is less than - 1% of the value you noted down:

f) Open the solder nozzle table and slightly reduce the [Gradient] value, at most

by 5 units.

g) Store the entries and re-perform a soldering wave height test.

h) Repeat these steps until the [Wave offset] value lies in the tolerance range.

i) In the [Manual movement] frame, click on the

button.

ð The solder pot is moved to the [Service] position.

3 mm

j) Check the height of the wave. In a 75% wave power of the maximum value, the

solder wave should lie still on the nozzle, i.e. make no horizontal or vertical

movement. At the same time, it features a height of about 3 mm.

ð The solder nozzle has been properly installed.

Ersa GmbH Operating Instructions_VF335_en|Rev. 14|30/11/2017 262/695

6|Function description

6.16 Flux unit Flux application module: flux control (option)

Function

The flux control system checks the soldering program in terms of choosing a certain

flux for soldering. If such record is available in the program, the control system

checks which flux is in the tank and compares it with the program data. If data coin-

cide, the program may be used for soldering. If not, a message appears, and the

program cannot be run. For proper functioning, specify the flux in the tank cor-

rectly. Flux can be specified manually or using a code reader.

Before starting operations, please read the For your safety [

}33] chapter and ob-

serve in particular its instructions on how to handle the flux material!

A detailed description of flux refilling can be found in the Supplementing flux ma-

terial storage [}372]chapter.

A detailed description of system cleaning, washing and air removal can be found in

the Disassembling and cleaning the flux material storage tank. [

}364]chapter.

Ersa GmbH Operating Instructions_VF335_en|Rev. 14|30/11/2017 263/695