- 53 -
* = 8, 9
* = 1, 2
* = 4, 5
41*1
Setpoint
0.0 bar – 10.0 bar
41*2
Delay
0.0 s – 600.0 s
41*3
Output A
Not Used – Option dependent
41*4
Output B
Not Used – Option dependent
41*5
Enable
Off – On
41*6
Failclass
Alarm (1) – Trip MB (6)
41*7
High Alarm Off – On
43*1
Setpoint
0.0 bar – 10.0 bar
43*2
Delay
0.0 s – 600.0 s
43*3
Output A
Not Used – Option dependent
43*4
Output B
Not Used – Option dependent
43*5
Enable
Off – On
43*6
Failclass
Alarm (1) – Trip MB (6)
43*7
High Alarm Off – On
44*1
Setpoint
0.0 bar – 10.0 bar
44*2
Delay
0.0 s – 600.0 s
44*3
Output A
Not Used – Option dependent
44*4
Output B
Not Used – Option dependent
44*5
Enable
Off – On
44*6
Failclass
Alarm (1) – Trip MB (6)
44*7
High Alarm Off – On
41*0 VDO oil 102.*
43*0 VDO oil 105.*
44*0 VDO oil 108.*
* = 0, 1
* = 3, 4
* = 6, 7
41*1
Setpoint
40.0˚C – 150.0˚C
41*2
Delay
0.0 s – 999.0 s
41*3
Output A
Not Used – Option dependent
41*4
Output B
Not Used – Option dependent
41*5
Enable
Off – On
41*6
Failclass
Alarm (1) – Trip MB (6)
41*7
High Alarm Off – On
43*1
Setpoint
40.0˚C – 150.0˚C
43*2
Delay
0.0 s – 600.0 s
43*3
Output A
Not Used – Option dependent
43*4
Output B
Not Used – Option dependent
43*5
Enable
Off – On
43*6
Failclass
Alarm (1) – Trip MB (6)
43*7
High Alarm Off – On
44*1
Setpoint
40.0˚C – 150.0˚C
44*2
Delay
0.0 s – 600.0 s
44*3
Output A
Not Used – Option dependent
44*4
Output B
Not Used – Option dependent
44*5
Enable
Off – On
44*6
Failclass
Alarm (1) – Trip MB (6)
44*7
High Alarm
Off – On
42*0 VDO water 102.*
43*0 VDO water 105.*
44*0 VDO water 108.*
* = 2, 3
* = 5, 6
* = 8, 9
42*1
Setpoint
0.0% – 100.0%
42*2
Delay
0.0 s – 999.0 s
42*3
Output A
Not Used – Option dependent
42*4
Output B
Not Used – Option dependent
42*5
Enable
Off – On
42*6
Fa ilclass
Alarm (1) – Trip MB (6)
42*7
High Alarm
Off – On
43*1
Setpoint
0.0% – 100.0%
43*2
Delay
0.0 s – 600.0 s
43*3
Output A
Not Used – Option dependent
43*4
Output B
Not Used – Option dependent
43*5
Enable
Off – On
43*6
Failclass
Alarm (1) – Trip MB (6)
43*7
High Alarm
Off – On
44*1
Setpoint
0.0% – 100.0%
44*2
Delay
0.0 s – 600.0 s
44*3
Output A
Not Used – Option dependent
44*4
Output B
Not Used – Option dependent
44*5
Enable
Off – On
44*6
Failclass
Alarm (1) – Trip MB (6)
44*7
High Alarm
Off – On
42*0 VDO fuel 102.*
43*0 VDO fuel 105.*
44*0 VDO fuel 108.*
* = 6, 7
** = 29, 30
* = 2, 3
41*1
Setpoint
-49.0˚C – 482.0˚C
41*2
Delay
0.0 s – 999.0 s
41*3
Output A
Not Used – Option dependent
41*4
Output B
Not Used – Option dependent
41*5
Enable
Off – On
41*6
Failclass
Alarm (1) – Trip MB (6)
41*7
High Alarm Off – On
4**1
Setpoint
-40.0˚C – 250.0˚C
4**2
Delay
0.0 s – 600.0 s
4**3
Output A
Not Used – Option dependent
4**4
Output B
Not Used – Option dependent
4**5
Enable
Off – On
4**6
Failclass
Alarm (1) – Trip MB (6)
4**7
High Alarm Off – On
44*1
Setpoint
-40.0˚C – 250.0˚C
44*2
Delay
0.0 s – 600.0 s
44*3
Output A
Not Used – Option dependent
44*4
Output B
Not Used – Option dependent
44*5
Enable
Off – On
44*6
Failclass
Alarm (1) – Trip MB (6)
44*7
High Alarm Off – On
41*0 PT 102.*
4**0 PT 105.*
44*0 PT 108.*
Summary of Contents for QAS 500 Volvo S2A APP
Page 1: ...QAS 500 Volvo S2A APP Instruction Manual for AC Generators English...
Page 2: ......
Page 99: ...99 Circuit diagrams...
Page 112: ......
Page 113: ......
Page 114: ...Printed in Belgium 05 2009 2954 3870 00 www atlascopco com...