TABLE OF PARAMETERS AND MOST NOTABLE ADVANTAGES | PAGE 19
6. TABLE OF PARAMETERS
Parameter Description Default value Range
1 Start-up counter 4 1..10
2 Crank rest time 5” 3”..15”
3 Start-up time 10” 2”..30”
4 Preheating time 0” 0”..180”
5 Contactor activation time 5” 1”..30”
6 Cooling Time 120” 2”..1800”
7 Stop time 15” 1”..30”
8 Low oil pressure delay 15” 0”..60”
9 High temperature water delay 1” 0”..60”
10 AUX alarm input delay 0” 0”..60”
11 Threshold for start detection frequency 30 0..100%
12 Threshold for over-frequency detection 16 0..100%
13 Alarm activation time 0 0..600
14 D+ time (Less than start-up time) 3 1”..29’’
15
Engine conguration
(Reading only. Congured by SW7-SW8)
3
0..3
0: PR/PD
1: PR/PE
2: PE/PD
3: PR/PULL
16
Frequency reading selection
(Reading only. Congured by SW2)
0
0: Generator
1: Pickup
17 Enable overspeed threshold
0
0..1
0: Not active
1: Active
18
Engine stop due to low fuel reserve alarm (Reading
only. Congured by SW3)
19
Enable preheating motor timer
(Reading only. Congured by SW4)
20
Enable cooling down motor timer
(Reading only. Congured by SW5)
21
Detection of engine in operation by battery charg-
ing alternator (Reading only. Congured by SW6)
0
22 Detection of shutdown due to low oil pressure 0
23 Polarity of high water temperature input (ATA)
0
0..1
0: Normally open
(NO)
1: Normally closed
(NC)
24 Polarity of low oil pressure input (BPA)
25 Polarity of auxiliary input (AUX)
26 Polarity of free voltage input (LT)
27 Polarity of reserve fuel input (RC)
7. MOST NOTABLE ADVANTAGES
• Reduced size
• Plug-in terminal strips
• Start-up key
• Short-circuitable outputs
• Preheating output
• Alarm output
• PC connection to query alarm log and to programme variables
(Fuel reserve, Preheating, Cooling, Generator set or Pick-up,
Overspeed, Engine running by D+)
• Emergency stop input
• Free auxiliary input
• Overspeed protection
• High current outputs for start-up, preheating and congurable
shutdown
• Polarity of the inputs can be congured (BPA, ATA, AUX, LT, RC)
• Quick conguration of operation of the control unit through
microswitches without the need of a PC connection.