- GB -
27
Connect the unit to the flow-through filter.
•
Take the required distances into consideration. (
→
Distances to be adhered to)
•
Fit a slide valve in the water supply upstream of the inlet of the unit if the unit is to be installed below the water level.
This allows the water supply to be shut off for maintenance work.
ProfiClear Premium / ProfiClear Classic
This section describes the connection of the UVC clarifying unit Bitron with a pump fed system.
•
Please adhere to the instructions for use of the flow-through filter.
•
The bypass membrane is fitted on delivery and is located in the outlet opposite the inlet.
•
OASE recommends closing the bypass in the following situations:
−
Acute problems such as disease or turbidity due to a build-up of bacteria.
−
Low flow rates:
Bitron Eco 120 W: < 10000 l/h
Bitron Eco 180 W: < 13000 l/h
Bitron Eco 240 W: < 15000 l/h
5.
0.
How to proceed:
F, G
1. Insert the outlets with flat seals through the holes in the container wall.
2. Fitting the inlet:
−
ProfiClear Premium: First screw the adapters onto the outlets and hand tighten. Then screw the 30° inlet bends
with the union nuts onto the adapters and hand tighten. Ensure that the openings point downward.
−
ProfiClear Classic: Screw the inlet nozzles with the O rings onto the outlets and hand tighten.
3. Closing the bypass (optional):
−
ProfiClear Premium: Screw the cover cap onto the outlet instead of the adapter and inlet bend.
−
ProfiClear Classic: Screw the cover cap onto the outlet instead of the inlet nozzle.
4. Connect the Bitron to the filter pump. (
→
Connecting the inlet)
BioTec ScreenMatic
•
Please adhere to the instructions for use of the flow-through filter.
With bypass
•
The bypass membrane is fitted on delivery and is located in the outlet opposite the inlet.
5.
0.
How to proceed:
H
1. Insert the outlets with flat seals through the holes in the container wall into the distributor.
2. Screw the distributor nuts with O rings onto the outlets and hand tighten.
3. Connect the Bitron to the filter pump. (
→
Connecting the inlet)
Without bypass
•
OASE recommends closing the bypass in the following situations:
−
Acute problems such as disease or turbidity due to a build-up of bacteria.
−
Low flow rates:
Bitron Eco 120 W: < 10000 l/h
Bitron Eco 180 W: < 13000 l/h
Bitron Eco 240 W: < 15000 l/h
4.
0.
How to proceed:
I
1. Turn the bypass holder counterclockwise until it makes an audible click and remove it from the outlet.
2. Pull the bypass membrane out of the bypass holder and fit the bypass closure onto the bypass holder.
−
The bypass closure can only be fitted onto the bypass holder in one position.
3. Insert the bypass holder into the outlet and turn it clockwise until it makes an audible click.
−
The bypass holder is locked in place.
4. Insert the outlets with flat seals through the holes in the container wall into the distributor.
5. Screw the distributor nuts onto the outlets and hand tighten.
6. Connect the Bitron to the filter pump. (
→
Connecting the inlet)
Summary of Contents for Bitron Eco 120W
Page 1: ...Bitron Eco 120W 180W 240W 00000 GAW_Bitron_Eco_A5_end_ 21 10 13 13 53 Seite 1...
Page 2: ...2 A BTN0003 B BTN0001 C BTN0008 D E BTN0004 BTN0013...
Page 3: ...3 F BTN0015 G BTN0017...
Page 4: ...4 H BTN0005 I BTN0016...
Page 5: ...5 J K BTN0006 BTN0010 L BTN0009...
Page 6: ...6 M BTN0012 N BTN0002...
Page 7: ...7 O BTN0011...
Page 260: ...BG 260 BG OASE Living Water Bitron Eco 120W 180W 240W A A...
Page 263: ...BG 263 8 U 12 V AC U 30 V DC 30 mA H05RN F DIN VDE 0620 2...
Page 269: ...BG 269 UVC UVC 12000 O Of f Eco 10000 E Er rL L1 1 E Er rL L2 2 OASE 1 C 2 C...
Page 270: ...BG 270 U 12 V AC U 30 V DC UVC 7 0 J 1 2 3 UVC 4 0 K 1 2 3...
Page 272: ...BG 272 UVC 1 8 0 O 1 2 3 4 OASE 27872 5 6 7 8 9 UVC O 4 C UVC...
Page 274: ...UA 274 UA OASE Living Water Bitron Eco 120W 180W 240W A A...
Page 277: ...UA 277 8 U 12 U 30 30 H05 RN F DIN VDE 0620 2...
Page 283: ...UA 283 12 000 O Of f 10 000 E Er rL L1 1 E Er rL L2 2 OASE 1 C 2 C...
Page 284: ...UA 284 U 12 U 30 7 0 J 1 2 3 4 0 K 1 2 3...
Page 285: ...UA 285 12 000 4 0 L 1 2 3 4 5 6 7 0 M N 1 2 3 4 L1a L1b L2a L2b 5 6 7...
Page 286: ...UA 286 1 8 0 O 1 2 3 4 OASE 27872 5 6 7 8 9 4 C...
Page 288: ...RU 288 RU OASE Living Water Bitron Eco 120W 180W 240W A...
Page 291: ...RU 291 8 U 12 U 30 30 H05RN F DIN VDE 0620 2...
Page 297: ...RU 297 12 000 O Of f 10 000 E Er rL L1 1 E Er rL L2 2 OASE 1 C 2 C...
Page 298: ...RU 298 U 12 U 30 7 0 J 1 2 3 4 0 K 1 2 3...
Page 299: ...RU 299 12 000 4 0 L 1 2 3 4 5 6 7 0 M N 1 2 3 4 L1a L1b L2a L2b 5 6 7...
Page 300: ...RU 300 1 8 0 O 1 2 3 4 OASE 27872 5 6 7 8 9 4 C...
Page 302: ...CN 302 CN OASE Living Water Bitron Eco 120W 180W 240W A A...
Page 305: ...CN 305 8 U 12 V U 30 V 30 H05RN F DIN VDE 0620 2 m...
Page 311: ...CN 311 UVC 12000 UVC O Of ff f Eco 10000 l h E Er rL L1 1 E Er rL L2 2 OASE 1 C 2 C...
Page 312: ...CN 312 U 12 V U 30 V UVC 7 0 J 1 2 3 4 0 K 1 2 3...
Page 314: ...CN 314 UVC 1 8 0 O 1 2 3 4 O O OASE 27872 O 5 O 6 7 8 9 O 4 C UVC...
Page 316: ...316 BTN0014...
Page 317: ...30481 11 13...