Super Systems 3 Series User Manual

Page 47

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Series 3

Operations Manual

47

CONTROL LIST

‘CTRL’

Parameter
Name

Parameter Description
(Scrolling Display)

Value

Default

Access
Level

O P . L O

OUTPUT LOW
Adjust to limit the maximum cooling
power applied to the process or to
apply a minimum heating power

+100.0%

0.0 (heat
only)
-100
(cool)

L3

D . B A N D

CHANNEL 2 DEAD BAND
Period when no output is demanded
from either channel 1 or channel 2
Adjust, for example, to increase the
period when no heating or cooling
power is applied

Off

or 0.1 to 100.0% of the cooling proportional

band

OFF

L3

H Y S T . H

HEATING HYSTERESIS

1 to 9999 display units

1

L3 On/off
only

H Y S T . C

COOLING HYSTERESIS

1

S A F E

SAFE OUTPUT POWER
To set the output level in a sensor break
(open circuit) condition

-100.0 to 100.0% limited by OP.HI and OP.LO

0.0%

L3

F . M O D

FORCED MANUAL OUTPUT MODE
Selects how the loop behaves on
transfer from Auto to Manual.
Transfer from Manual to Auto is always
bumpless.

none

Transfer between Auto/Manual/Auto is
bumpless

none

L3

SteP

Transfer from Auto to Manual, the
output goes to a pre-set value (F.OP)

Last

Transfer from Auto to Manual, the
output goes to the previously set
manual value

C o o l . t

NON-LINEAR COOLING TYPE
This selects an algorithm most suited to
the type of cooling. Typically used in
extruders.

Lin

Linear

Conf

OIL

Oil cooling

H20

Water cooling

Fan

Forced air cooling

F . O P

FORCED OUTPUT
To pre-set a value for the Manual output
when F.MOD = STEP

-100.0 to 100.0% limited by OP.HI and OP.LO

0.0

L3

A - M

LOOP MODE – AUTO MANUAL OFF

Auto

To select automatic operation

L3

Man

To select manual operation

OFF

Control outputs inhibited

l b r

LOOP BREAK STATUS

No

Shows the current status of loop break.

Read
only

YES

T U . H I

TUNE HIGH LIMIT. Set this to limit the
maximum heating output during
autotune

Range between OP.HI and OP.LO
+100.0

L3

T U . L O

TUNE LOW LIMIT. Set this to limit the
maximum cooling output during
autotune

Parameters are further described in the following sections.

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