EVCO PR100AX9S001 - Manual (Page 5)

Every Contr
ol S.r
.l. • PR 100A • Sheet 3/3
8 CONFIGURATION PARAMETERS
8.1 “User” level parameters (password -19)
LABEL MIN. MAX. U.M. DEF. PASSWORD
Password -99 99 --- 0 password
LABEL MIN. MAX. U.M. DEF. PRINT OF THE INSTRUMENT SET UP
Print Setup? Yes No --- No print of the instrument set up (4)
LABEL MIN. MAX. U.M. DEF. PRINTING MODE
Off Line Yes No --- No printing mode (Yes = Daily Report and Historical Report, No = On Line Report) (5)
Remote Print Yes No --- No enabling of the input for remote print during the Historical Report printing
mode (it is important if Off Line = Yes)
Print Hour Off 23 h 8 printing time by using the Daily Report printing mode (it is important if
Off Line = Yes; Off = the instrument will never print the data)
8.2 “Installer” level parameters (password 19)
LABEL MIN. MAX. U.M. DEF. PASSWORD
Password -99 99 --- 0 password
LABEL MIN. MAX. U.M. DEF. PRINT OF THE INSTRUMENT SET UP
Print Setup? Yes No --- No print of the instrument set up (4)
LABEL MIN. MAX. U.M. DEF. GENERIC SETTINGS
Celsius/Fahr. °C °F --- °C temperature unit of measure (it is important if AN1...6 Type ≠ 4-20 mA)
Acq. Time 1 360 min 15 acquisition time
Day Setup 1 31 day 1 real day
Month Setup 1 12 month 1 real month
Year Setup 1990 2050 year 2001 real year
Hour Setup 0 23 h 0 real hour
Min Setup 0 59 min 0 real minute
LABEL MIN. MAX. U.M. DEF. PRINTING MODE
Off Line Yes No --- No printing mode (Yes = Daily Report and Historical Report, No = On Line Report) (5)
Remote Print Yes No --- No enabling of the Historical Report printing mode (it is important if
Off Line = Yes)
Timeout Setup 5 100 s 10 time without you operate with the keys in order that the instrument can quit
the configuration parameters setting procedure
Print Hour Off 23 h 8 printing time by using the Daily Report printing mode (it is important if
Off Line = Yes; the instrument will never print the data)
AN4 4-20mA Type --- --- --- %RH 4-20 mA unit of measure (it is important if AN4 Type = 4-20 mA;
RH% = percentage of relative humidity, bar = bar, °C = Celsius degree,
°F = Fahrenheit degree, Hz = hertz, mA = milliampere, - = dimensionless) (13)
AN4 4-20mA Min -99 999 points 0 minimum value of the range of the transducer 4 (it is important if
AN4 Type = 4-20 mA) (13)
AN4 4-20mA Max -99 999 points 100 maximum value of the range of the transducer 4 (it is important if
AN4 Type = 4-20 mA) (13)
AN4 dec. point 0 2 --- 0 decimal point position (it is important if AN4 Type = 4-20 mA;
0 = it will never be showed, 1 = ten, 2 = hundred) (13)
LABEL MIN. MAX. U.M. DEF. MEASURE INPUT 5
AN5 Type --- --- --- PTC kind of probe 5 (PTC, TC J, TC K, NTC, 4-20mA, PT 100) (15)
AN5 Alarm Setup --- --- --- No kind of alarm (No = it will never be activated, AL = lower alarm,
AH = upper alarm, AH & AL = both the upper alarm and the lower one) (15)
AN5 Max Alarm -99 999 (16) 70 upper alarm threshold (it is important if AN5 Alarm Setup = AH or AH & AL) (15)
AN5 Min Alarm -99 999 (16) 10 lower alarm threshold (it is important if AN5 Alarm Setup = AL or AH & AL) (15)
AN5 Alarm Hyst 1 20 (16) 2 hysteresis (differential, it is relative to AN5 Max Alarm and AN5 Min Alarm,
it is important if AN5 Alarm Setup ≠ No) (15)
AN5 Offset -20 20 (16) 0 probe 5 calibration (15)
AN5 4-20mA Type --- --- --- %RH 4-20 mA unit of measure (it is important if AN5 Type = 4-20 mA;
RH% = percentage of relative humidity, bar = bar, °C = Celsius degree,
°F = Fahrenheit degree, Hz = hertz, mA = milliampere, - = dimensionless) (15)
AN5 4-20mA Min -99 999 points 0 minimum value of the range of the transducer 5 (it is important if
AN5 Type = 4-20 mA) (15)
AN5 4-20mA Max -99 999 points 100 maximum value of the range of the transducer 5 (it is important if
AN5 Type = 4-20 mA) (15)
AN5 dec. point 0 2 --- 0 decimal point position (it is important if AN5 Type = 4-20 mA;
0 = it will never be showed, 1 = ten, 2 = hundred) (15)
LABEL MIN. MAX. U.M. DEF. MEASURE INPUT 6
AN6 Type --- --- --- PTC kind of probe 6 (PTC, TC J, TC K, NTC, 4-20mA, PT 100) (17)
AN6 Alarm Setup --- --- --- No kind of alarm (No = it will never be activated, AL = lower alarm,
AH = upper alarm, AH & AL = both the upper alarm and the lower one) (17)
AN6 Max Alarm -99 999 (18) 70 upper alarm threshold (it is important if AN6 Alarm Setup = AH or AH & AL) (17)
AN6 Min Alarm -99 999 (18) 10 lower alarm threshold (it is important if AN6 Alarm Setup = AL or AH & AL) (17)
AN6 Alarm Hyst 1 20 (18) 2 hysteresis (differential, it is relative to AN6 Max Alarm and AN6 Min Alarm,
it is important if AN6 Alarm Setup ≠ No) (17)
AN6 Offset -20 20 (18) 0 probe 6 calibration (17)