EVCO c-pro mega RACK User Manual

Page 42

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C-PRO MEGA RACK & C-PRO GIGA RACK APPLICATION MANUAL

Page

42

PC60

Compressor
TOnMin
Circuit 3

Minimum insertion time for
subsequent compressor step
( circuit 3 neutral zone reg.)

20

0

PC61

Sec

IS-RC

Visible if PG01
> 2 and
PC54 = 1

PC61

Compressor
TOnMax
Circuit 3

Maximum insertion time for
subsequent compressor step
( circuit 3 neutral zone reg.)

60

PC60

999

Sec

IS-RC

Visible if PG01
> 2 and
PC54 = 1

PC62

Compressor
TOffMin
Circuit 3

Minimum release time for
subsequent compressor step
( circuit 3 neutral zone reg.)

10

0

PC63

Sec

IS-RC

Visible if PG01
> 2 and
PC54 = 1

PC63

Compressor
TOffMax
Circuit 3

Maximum release time for
subsequent compressor step
( circuit 3 neutral zone reg.)

60

PC62

999

Sec

IS-RC

Visible if PG01
> 2 and
PC54 = 1

PC64

Comp. inverter
diff.

Circuit 3

Differential for compressor
regulation with circuit 3
inverter

0.5

0.0

20.0

Bar

IS-RC

Visible if PG01
> 2 and
PG22 = 1

PC65

Compressor
inverter SP
offset. Circuit 3

Suction setpoint offset for
circuit 3 inverter regulation
of the compressor.

0.0

-20.0

20.0

Bar

IS-RC

Visible if PG01
> 2 and
PG22 = 1

PC66

Inverter comp.
min. Circuit 3

Minimum compressor value
with circuit 3 inverter

0.0

0.0

100.0

%

IS-RC

Visible if PG01
> 2 and
PG22 = 1

PC67

Inverter comp.
speedup
Circuit 3

Compressor speedup time
with circuit 3 inverter

0

0

999

Sec

IS-RC

Visible if PG01
> 2 and
PG22 = 1

PC68

Inverter
compressor time
Circuit 3

Inverter ramp. Time taken
for the inverter to go from
the minimum value to the
maximum value ( circuit 3
neutral zone reg.)

10

0

999

Sec

IS-RC

Visible if PG01
> 2 and
PG22 = 1

PC01

Compressor
rotation

Type of rotation used for
compressor management:
0: FIFO
1: LIFO
2: FIFO+HR
3: LIFO+HR

FIFO

FIFO (0)

LIFO +
HR (3)

IS-C

PC02

Increment trigger

Sets the increment trigger
mode:
0: CpCp_pCpC
1: CCpp_ppCC
2: CpCp_ppCC
3: CCpp_pCpC

CpCp_pCpC

CpCp_pCpC

(0)

CCpp_pCpC

(3)

IS-C

PC03

Increment logic

Sets the relay logic used for
the compressor increments:
0: NC = normally closed
(e.g. Copeland)
1: NO = normally open (e.g.
Feeders)

NO

NC (0)

NO (1)

IS-C

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