Oven service procedures, Temperature control programming procedure – XLT XD-9006A (GAS Oven Version – C, AVI Hood Version – B) User Manual

Page 21

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Temperature Control Programming Procedure

OVEN SERVICE PROCEDURES

Configuration Key Functions
<FUNC> =

The new setting of the selected parameter is stored

and the display advances to the next parameter. This

is required between each parameter.

=

Increases the setting of the selected parameter.

=

Decrease the setting of the selected parameter.

1. Open V101 switch for Basic/advanced Configurations (Figure 1)

Turn main switch to the off position

Remove instrument from its case (By pulling from the front)

Open Switch V101

Verify that jumper J106, is configured as shown.

Re-insert the instrument back in its case.

Turn main switch to the on position

2. Basic Configurations

Using the configuration keys scroll thru parameter codes

changing them to match (Figure 2)

After P17 _._._._. Will appear

Using the configuration keys scroll to 262 and press <FUNC>

to enter into Advanced Configurations.

3. Advanced Configurations Procedure

Using the configuration keys scroll thru parameter codes

Changing them to match (Figure 3)

4. Close V101 switch after Basic/Advanced Configuration (Figure 1)

Remove instrument from its case

Close Switch V101

Re-insert the instrument back in its case.

5. Operating Parameters Procedure (Figure 4)

On the first pass thru change nnn to 3111 to unlock the

advanced configuration

Scroll thru the parameter codes again and change the nnn to 5

this locks the advanced configuration

Scroll thru the parameter codes again and verify nnn is ON

Read the entire instruction before programming.

Ser1

OFF

P1

5˚C/22˚F

P3

0

P4

315˚C/600˚F

P5

reU

P6

4-20

P9

AL1.P

P10

H.A.

P11

nonE

P16

0

P17

SFtA

P18

norL

P19

norL

P24

reU

P25

OFF

P28

0

P29

0n

P30

0

P34

OFF

P36

tn.30

P37

0

P39

n0FL

P41

P.I.d.

P42

10.0

P43

Fn.SP

P44

0

SP

260°C/500°F

SP2

0

nnn

3111/OFF

AL1

315°C/600°F

HSA1

0.1

Pb

5.0

ti

5.00

td

0.00

1P

30.0

rL

204°C/400°F

rH

310˚C/590°F

Grd1

InF

Grd2

InF

OLH

100.00

toL

InF

rnP

InF

Figure 4

Figure 2

Figure 3

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