Clarus ZF-800 Manuel du propriétaire - Page 3

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Sedimentation Chamber

This chamber is designed to physically separate solids

from the incoming water. Scum is the floating material and

sludge is the material that has settled at the bottom.

Anaerobic Chamber

This chamber contains a spherical skeleton-type filter

media, 4.3 inch diameter (109 mm). Through bacterial

growth processes on the surface of the filter media,

biological anaerobic treatment thrives while suspended

solids are captured. Furthermore, the microorganisms

in this chamber convert nitrates in the recirculated water

returning from the aerobic chamber to gaseous nitrogen.

The gaseous nitrogen then escapes to the atmosphere.

Aeration Chamber

The aeration chamber consists of an aerated upper section

and a filter media lower section. The chamber is filled with

hollow, cylindrical filter media, 0.6 inch diameter (15 mm)

Figure 3 - Treatment Flow of the Fusion

Inflow

Sedimentation Chamber

Anaerobic Chamber

Back-Wash

Aeration Chamber

Storage Chamber

Effluent

The complete wastewater treatment system will typically consist of

the Fusion

treatment components and a soil absorption field for final

disposal of the liquid effluent. Some states or counties may require the

addition of a septic tank before the Fusion

chamber capacity and retain more solids. Please see Figure 11 for a

typical Fusion

system. Variations to the typical system will be made

to suit your particular site and system design needs. Please contact

your authorized Fusion

installer or maintenance provider for further

information about your system design.

THE FUSION

The Fusion

treatment unit utilizes an electronic, dual-port blower

designed specifically for use with this system. The blower consists

of a linear motor and two diaphragms to generate the air flow

necessary to aerate and recirculate water within the system. This

style of blower is quieter and more efficient than traditional rotary

vane compressors. Once installed and adjusted, circuitry within the

blower will automatically switch the unit from normal recirculation

mode to backwash mode and back again when appropriate. In the

event of a power outage, the blower will stop, but a backup battery

within the unit will retain the correct time and backwash settings.

PROCESS DESCRIPTION

System.

Recirculation

SYSTEM COMPONENTS

to increase the sedimentation

DUAL-PORT BLOWER

and 0.55 inches long (14 mm). Biological treatment takes

place on the filter media surface. Aeration is continuous.

Residual suspended solids are captured by the filter media

circulating in this section. During normal operation, a

recirculation line transfers water back to the sedimentation

chamber.

The filter media in the aeration chamber are backwashed

regularly (twice a day, 5 or 10 minute cycle) by the

backwash system located at the bottom of the chamber.

The accumulated sludge is transferred back into the

sedimentation chamber for further digestion.

Storage Chamber

This chamber is designed to temporarily store treated water

exiting the aeration chamber. This treated water is ready for

discharge.

Figure 4

Certified to

NSF/ANSI

Standard 40

Class 1

Performance

Designation

Blower

RATING

Voltage

Frequency

Insulation class

Operating time

CHARACTERISTICS AND PERFORMANCE

Voltage(V)

Current (A)

Power consumption (W)

Air volume (L/min)

Leak air volume(%)

Noice level (dBA)

Valve movement (N/L)

Temperature rise

NSF STANDARD 40, CLASS 1,

CERTIFICATION MARK

The NSF mark displayed here will

be on all NSF Standard 40, Class

1 certified Fusion

systems. The

Fusion

models ZF-450 and ZF-

800 will have the mark displayed

on the alarm panel. Systems not

NSF Standard 40, Class 1 certified,

will not display the mark.

Part # 5250-0050

AC120V

60H

A Rank

Continuous

Solenoid Valve

Solenoid Valve on

off

AC120V

1.8 or less

2.0 or less

71 ± 20%

77 ± 20 %

80 ± 10%

1.0 or less

2.0 or less

43.0 or less

75.0 or less

60 deg or less at 30 °C room

temperature