Greenline 33
57
Inverter switch in ON position:
-
inverter on will be illuminated – 230V output. Maximal power consumption is limited to 3 kVA
(2.5kW).
-
12V batteries are being charged by VOLKSWAGEN alternator with up to 120 A and through 12V battery
charger (getting power from inverter).
SAILING WITH ELECTRIC MOTOR
Electric motor is consuming up to 150 A on full throttle and appx. 50A at cruising speed, which is sufficient for
up to 4 hrs of sailing (flat seas, no wind). By switching ON the inverter, consumption of the electricity will rise
for cca. 30 A (depending on the consumers) -consequently the sailing range will drop.
During the electro propulsion, it is recommended that you reduce consumption of 230V consumers (normally
keeping on the fridge and 12 V charger only).
Inverter switch in ON position:
-
inverter on will be illuminated – 230V output. Maximal power consumption is limited to 3 kVA
(2.5kW).
CAUTION!
When sailing in electric mode inverter should be turned ON to supply AC
power to battery charger to charge 12V batteries (also fuses F39 & F40
turned ON).
From 12V batteries important consumers are supplied which are
necessary for sailing: hybrid cooling pump, instruments, navigation
lights, etc...
IN THE MARINA
Assuming that the shore power cable is plugged in, the shore power fuse (under starboard cockpit seat – see
FUSE LOCATION) is turned ON and the inverter switch is turned to the ON position:
-
mains on is illuminated, bulk, absorption or float is illuminated (depending on charging phase)
-
with shore current limiter you can limit the current from the shore (in the case of weak shore fuses
you need to adjust the consumption to meet the shore supply). If you decrease it under the consumers
current, then the inverter will turn on (inverter on will illuminate)
-
if you turn the switch to Charger only, there won't be any 230V output, only the LiPo battery will be
charged.
-
if the shore current limiter is at 0A and the switch is in Charger only position, mains on will blink,
warning that there is no 230V output and there is no LiPo battery charging.
-
it is also recommended that the 230V fuse for the 12V battery charger is turned on, so that all 12V
batteries are being charged.
Summary of Contents for GREENLINE 33
Page 1: ...OWNER S MANUAL GREENLINE 33 Revision 04 19 03 2012...
Page 2: ...Greenline 33 II...
Page 6: ...Greenline 33 VI Figure 38 Position of hoisting cradle and straps 88...
Page 13: ...Greenline 33 6 Figure 1 Boat main dimensions...
Page 16: ...Greenline 33 9 Figure 2 Boat examination report...
Page 17: ...Greenline 33 10 Figure 3 Engine examination certificate VW SDI 75 5...
Page 18: ...Greenline 33 11 Figure 4 Engine examination certificate VW TDI 165 5...
Page 19: ...Greenline 33 12 Figure 5 Declaration of Conformity...
Page 20: ...Greenline 33 13...
Page 25: ...Greenline 33 18 MAN OVERBOARD PREVENTION AND RECOVERY Figure 8 Working deck area plan...
Page 34: ...Greenline 33 27 Figure 14 Bilge pump system plan...
Page 36: ...Greenline 33 29 4 HULL THROUGH HULL FITTINGS Figure 16 Thru hull fitting positions...
Page 48: ...Greenline 33 41 7 PLUMBING Sea water plumbing Figure 22 Sea water plumbing...
Page 49: ...Greenline 33 42 Freshwater plumbing Figure 23 Fresh water plumbing...
Page 50: ...Greenline 33 43 Grey water plumbing Figure 24 Grey water plumbing...
Page 58: ...Greenline 33 51 Picture 5 INVERTER switch Phoenix multi control on the dashboard...
Page 74: ...Greenline 33 67 Picture 13 Main 12V power box Picture 14 Service box fuses...
Page 76: ...Greenline 33 69 Picture 17 Shore power fuse Picture 18 LiPo battery bank main fuse...
Page 77: ...Greenline 33 70 Picture 19 Hybrid box fuses Picture 20 Hybrid control unit main fuse...
Page 99: ...Greenline 33 92 UN MOUNTING LIPO BATTERY BANK 8 STEPS Picture 1 Step 1 Picture 2 Steps 2 7...
Page 100: ...Greenline 33 93 Picture 3 Step 7 Picture 4 Step 8 Step 1...
Page 102: ...Greenline 33 95 12 APPENDIX A Wiring diagrams...
Page 108: ...Greenline 33 101 14 NOTES...
Page 109: ...Greenline 33 102...
Page 110: ...Greenline 33 103...