Carel PRK300D0E0, User Manual, Page: 70 / 104

70
ENG
pRack +0300025EN rel. 1.3 - 17.12.2015
Mask index Display description Description Default UOM Values
Eif12 Valve: Type of valve connected to the driver CAREL EXV
USER DEFINED / CAREL EXV /
ALCO EX4 / ALCO EX5 / ALCO
EX6 / ALCO EX7 / ALCO EX8
CAREL RECOMMENDED / ALCO
EX8 ALCO SPECIFICATION /
SPORLAN SEI 0.5-11 / SPORLAN
SER 1.5-20 / SPORLAN SEI 30
/ SPORLAN SEI 50 / SPORLAN
SEH 100 / SPORLAN SEH 175 /
Danfoss ETS 12.5-25B / Danfoss
ETS 50B / Danfoss ETS 100B
/ Danfoss ETS 250 / Danfoss
ETS 400 / TWO CAREL EXV
TOGETHER / SPORLAN SER(I) G,
J, K / Danfoss CCM 10-20-30 /
Danfoss CCM 40
Eif14
Main Regulation: Main control for the valve, for details refer to 0300005EN
R404 CON-
DENSER FOR
SUBCRITICAL
CO2
Possible control functions in
0300005EN
Auxiliary regulation: Safety or auxiliary control
INVERSE HIGH
CONDENS.
TEMP.
PROTECTION
ON S3
Possible control functions in
0300005EN
Eif15 Auxiliary refrigerant:
Refrigerant used for P -> T conversion of probe S3 with high condensing
temperature protection
R744
Eif18
S1 probe alarm manag: Type of action in the event of probe S1 fault
VALVE AT
FIXED POS.
NO ACTION / VALVE FORCE
CLOSED / VALVE AT FIXED POS
/ USE BACKUP S3
S2 probe alarm manag: Type of action in the event of probe S2 fault
VALVE AT
FIXED POS.
NO ACTION / VALVE FORCE
CLOSED / VALVE AT FIXED POS
/ USE BACKUP S4
Eif20 DC power supply Confi gure the type of power supply used for the driver NO NO / YES
The following parameters refer to line 2, for details see the corresponding parameters for line 1 above
Eaba04
--- Oil temperature probe position (line 2) B1 --- ---, B1…B10 (****)
--- Oil temperature probe type (line 2) 4-20mA --- ---
NTC - PT1000 - 0-1V - 0-10V -
4-20mA - 0-5V - HTNTC
--- (display only) Oil temperature probe value (line 2) --- … … (**)
Upper value Oil temperature probe max. limit (line 2) 30.0 barg … … (**)
Lower value Oil temperature probe min. limit (line 2) 0.0 barg … … (**)
Calibration Oil temperature probe adjustment (line 2) 0.0 barg … … (**)
… … … … … …
Eabb04
Oil pumps number Number of oil pumps for common oil cooler (line 2) 0 --- 0 to 1 (digital input)
0 to 2 (Digital outputs)
Enable Aout pump Enable AO of common oil cooler pump (line 2) YES --- NO (Digital outputs)
YES (digital input)
… … … … … …
Ebba01
DO Subcooling valve DO position (line 2) … --- ---, 01…29 (****)
Status (display only) Status of subcooling valve DO (line 2) --- --- Closed / Open
Logic Logic of subcooling valve (line 2) NO --- NC / NO
Function (display only) Subcooling valve function status (line 2) --- --- Not active / Active
… … … … … …
Ebbb01
Subcooling control Enable subcooling function (line2) NO --- NO / YES
--- Subcooling control type (line 2) COND&
LIQUID TEMP. --- COND&LIQUID TEMP.
LIQUID TEMP. ONLY
Threshold Threshold for subcooling control (line 2) 0.0 °C … -9999.9…9999.9
Subcool.value
(display only) Value of subcooling (line 2) 0.0 °C … -999.9…999.9
… … … … … …
Ecbb04
Economizer Enable economizer function (line 2) NO --- NO / YES
Compr.Power Thr. Capacity percent threshold for economizer activation (line 2) 0 % 0…100
Press.Lim. Condensing temperature threshold for economizer activation (line 2) 0.0 °C … -999.9…999.9
Disch.T.Thr. Discharge temperature threshold for economizer activation (line 2) 0.0 °C … -999.9…999.9
… … … … … …
Edba01
--- Compressor 1 discharge temperature probe position (line 2) B1 --- ---, B1…B10 (****)
--- Compressor 1 discharge temperature probe type (line 2) 4-20mA --- ---
NTC - PT1000 - 0-1V - 0-10V -
4-20mA - 0-5V - HTNTC
--- (display only) Compressor 1 discharge temperature probe value (line 2) --- … … (**)
Edba01
Upper value Compressor 1 discharge temperature probe max. limit (line 2) 30.0 barg … … (**)
Lower value Compressor 1 discharge temperature probe min. limit (line 2) 0.0 barg … … (**)
Calibration Compressor 1 discharge temperature probe adjustment (line 2) 0.0 barg … … (**)
… … … … … …
Edbb01
Liquid Injection Enable liquid injection function (line 2) DIS --- DIS / EN
Threshold Liquid injection setpoint (line 2) 70.0 °C … … (**)
Diff erential Liquid injection diff erential (line 2) 5,0 … … (**)
… … … … … …
Eeba02
DI Heat recovery from digital input DI position (line 2) … --- ---, 01…18, B1…B10 (****)
Status Status of heat recovery DI (line 2) --- --- Closed / Open
Logic Logic of heat recovery DI (line 2) NC --- NC / NO
Function Status of heat recovery from digital input DI function (line 2) --- --- Not active / Active
Eebb01 Enable Heat Reclaim Enable heat recovery function (line 2) NO --- NO / YES
… … … … … …
Egba01
DI ChillBooster fault DI position (line 2) --- --- ---, 01…18, B1…B10 (****)
Status Status of ChillBooster fault DI (line 2) --- --- Closed / Open
Logic Logic of ChillBooster fault DI (line 2) NC --- NC / NO
Function Status of ChillBooster fault DI (line 21) --- --- Not active / Active