Remberg ISO-plus-CAN, Руководство пользователя

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User manual - 15
ACTIVE
ACTIVE
SPV
PV

x

=
COOL

x

=
COOL

x

=
COOL

<
0

= 0

>
0

(
HEAT
)

( HEAT )

( HEAT )
COMMAND OUTPUT ( HEAT )
ALARM OUTPUT ( COOL )
COMMAND OUTPUT (
HEAT
)
ALARM OUTPUT (
COOL
)
COMMAND OUTPUT ( HEAT )
ALARM OUTPUT ( COOL )
SPV
PV
ACTIVE
ACTIVE
SPV
PV
ACTIVE
ACTIVE
ACTIVE
ACTIVE
SPV
PV

x

=
COOL

x

= COOL

x

=
COOL

<
0

= 0

> 0

( HEAT )

(
HEAT
)

( HEAT )
COMMAND OUTPUT ( HEAT )
ALARM OUTPUT (
COOL
)
COMMAND OUTPUT (
HEAT
)
ALARM OUTPUT (
COOL
)
COMMAND OUTPUT ( HEAT )
ALARM OUTPUT ( COOL )
SPV
PV
ACTIVE
ACTIVE
SPV
PV
ACTIVE
ACTIVE
The parameter
co.c.t.
has the same meaning as the heating time cycle
t.c.
Par. 41
coo.F.
(Cooling Fluid – word 2041) pre-selects the proportional band multiplier
p.b.m.
and the cooling PID cycle time
co.c.t.
basing on the type of cooling fluid:
coo.f.
Cooling fluid type
p.b.m. co.c.t.
Air
Air 1.00 10
oiL
Oil 1.25 4
H2o
Water 2.50 2
Once selected the parameter
coo.f.
, parameters
p.b.m.
,
ou.d.b
and
co.c.t.
can
however be modified.