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Clarus Fusion Series Руководство пользователя

PIPING INSTALLATION

Connect house sewer pipe or septic tank outlet, if required, to

the unit inlet. Make certain only household waste enters the

unit (no foundation drains, gutter drains, floor drains, etc.).

Connect the outlet pipe to the outlet of the unit.

HIGH WATER ALARM FLOAT INSTALLATION

The Fusion

alarm panel assembly includes a high water alarm

float switch that is used to monitor the liquid level in the Fusion

unit. The switch should be tethered to the gray, vertical air line in

the aeration chamber. With a 3" (76 mm) tether length, the cord

should pass through the opening in the partition wall between the

aeration and anaerobic filtration chamber and allow the float to hang

in the outlet baffle of the anaerobic filtration chamber.

1. The float switch should be tethered to the gray, vertical pipe

in the aeration chamber. When the float is in the horizontal

position, the cord should be at least 1" (25 mm) below the

top of the partition wall opening in the anaerobic chamber

baffle.

2. Place the cord into the clamp and secure to gray aeration pipe.

NOTE: Do not install the cord under the clamp.

3. Position the float with a 3" (76 mm) tether.

4. Tighten the clamp. Be careful not to overtighten as this may

cause damage to the plastic clamp.

5. Make sure the float cord is not allowed to touch the excess

clamp band during operation as this may cause damage to

the cord.

6. The float switch cord should be installed in an electrical conduit

connecting the alarm panel to the Fusion

conduit must be rated for burial, and should be properly sealed

to prevent gases from entering the alarm panel.

7. A ½" (13 mm) bulkhead fitting (supplied by others) should be

used to connect the electrical conduit to the Fusion

must be drilled through the wall of the Fusion

bulkhead fitting to facilitate this connection.

8. Please be certain that the bulkhead fitting for the electrical

conduit forms a watertight connection with the wall of the

Fusion

unit.

9. Electrical conduit from the Fusion

be buried in the same trench as the air line.

10. The control switch can be wired directly into the alarm panel.

See Figure 5.

ELECTRICAL CONNECTIONS

All electrical installations must follow the

National Electrical Code and/or your local/state electrical

codes.

The blower should be directly wired into the alarm panel.

The alarm panel must be located in a dry location that is

accessible for maintenance. Please see Figure 8 and the wiring

diagram and instructions enclosed with the alarm panel.

unit. The electrical

unit. A hole

unit next to the

unit to the alarm panel can

START UP

An installation and start-up check list is furnished

with the information package in the blower box. Please use this as a

guide and fill out all sections and return to your distributor.

Figure 12- Aeration Flow Adjustment

Top View from the Opening (outlet end)

Valve Legend:

Valve legend;

1. Aeration

Blue

Aeration

Blue

2. Recirculation

Gray

Recirculation

Gray

3. Effluent

Effl uent

White

Table 4 Valve Settings:

Table 1. Valve Settings

Fusion Model

1120

Recirculating ﬂ ow rate (GPM)

0.9 - 2.1 1.3 - 2.6 1.5 - 3.2 1.8 - 3.7 2.1 - 4.5

Recirculating ﬂ ow rate (sec/liter)

8 - 18

Suggested valve opening (%)

20 - 25

Efﬂ uent valve opening (%)

Procedure:

1. Rotate the efﬂ uent valve (White) to 0% (Closed) position.

2. Rotate the recirculation valve (Grey) to 70-80% position and keep it for one minute to transfer

Rotate the effluent valve (White) to 0% (Closed) position.

the accumulated sludge.

Rotate the recirculation valve (Grey) to 70-80% position and keep it

3. Adjust the recirculation valve (Grey) as set out in the table above.

for one minute to transfer the accumulated sludge.

4. Rotate the aeration valve (Blue) to 100% (A or B) for backwash.

5. Wait one minute, then rotate the aeration valve (Blue) to opposite 100% position to backwash

Adjust the recirculation valve (Grey) as set out in the table above.

the other side.

Rotate the aeration valve (Blue) to 100% (A or B) for backwash.

6. Wait one minute, then set the aeration valve to 50% (the normal setting).

7. Rotate the recirculation valve (Grey) to 70-80% position and keep it for one minute to transfer

Wait one minute, then rotate the aeration valve (Blue) to opposite

the accumulated sludge.

100% position to backwash the other side.

8. Repeat step 4 to 7 three times.

Wait one minute, then set the aeration valve to 50% (the normal

9. Adjust the recirculation valve (Grey) and the efﬂ uent valve (White) as set out in the table above

setting).

SEE MANUAL FOR MORE DETAILED INFORMATION.

Rotate the recirculation valve (Grey) to 70-80% position and keep it

for one minute to transfer the accumulated sludge.

Repeat step 4 to 7 three times.

Adjust the recirculation valve (Grey) and the effluent valve (White)

as set out in the table above

There are two aeration systems provided within the aeration chamber:

normal aeration and backwash. Valves (1 and 3) are set at 50%. Observe

the air flow on each side of the unit to verify equal flow. If there is an

obvious discrepancy in air flow between the two sides, adjust the valves

(1 and 3) so that the flow is equal

Balance Aeration

See Table 4

See Table 1

See Table 4

1440

1680

2000

6 - 12

5 - 11

4 - 9

30 - 35

15 - 20

P/N 151445-A

2400

4 - 8