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CLEARSTREAM TANK INSTALLATION

1.

Prepare an excavation having minimum dimensions of at least one (1) foot larger than

the dimensions of the tank.  Make sure the depth of the excavation is deep enough to

 

allow

gravity flow to the inlet of the system and that the excavation bottom is level.  Never

 

install

the Clearstream tank deeper than a depth that will require more than a maximum

 

of 18

inches of riser depth.  The access cover shall always be above final grade after tank
installation.  In applications where more than the maximum 18 inches of riser is required,
install a lift pump upstream of the Clearstream tank to pump the pretreatment tank effluent
to the Clearstream tank at normal grade.  In these special applications where a lift pump

 

is

required, contact Clearstream for more details as to pump size, maximum dosages and
maximum flow rates.

2.

Set the Clearstream tank in a prepared excavation that has a solid, level bottom that

 

will

eliminate tank settling.  The excavation bottom should have no rocks or sharp objects

present.

3.

When lowering the concrete tank into the prepared excavation use a spreader bar.  Only

spreader bars and other lifting devices, that have been designed and tested for lifting

Clearstream concrete tanks, should be used.  Never lift concrete Clearstream tanks unless

they are empty of all liquids.

4.

Make sure the inlet 4” PVC pipe is aligned properly to incoming sewage line.

5.

For the Clearstream Unit to function properly, the tank must be level.  To properly level

the tank, lay a three (3) foot level across the tank in several directions.  Shift the tank in

 

the

hole, as necessary, to make the tank level in all directions.  The tank may be slightly

 

out of

level, but it should not be out of level enough to cause tank malfunctions.

6.

Fill the tank with

 

fresh

 

water, checking periodically to make sure the tank remains level.

7.

Connect the 4” PVC Clearstream inlet pipe to the incoming sewage line. Make

 

sure the

incoming sewage pipe is level with or higher than the inlet pipe to the Clearstream

 

Unit.

The Clearstream Unit should only be connected to a plumbing system from a

wastewater source which has been properly trapped and vented in compliance with State

and Local plumbing codes.

8.

Back-fill the excavation in layers with back-fill material that will settle properly around

 

the

tank.  Tamp the back-fill material as each layer is placed around the tank.  If

 

necessary,

 

use

water to help settle the soil around the tank.  Special care should be taken

 

to either

 

tamp

soil under where inlet and outlet pipes are bridging the excavation or use

 

some other

 

method

of supporting pipes across the excavation.  Do not back-fill with heavy chunks of clay or large rocks.

9. Before completing the back-fill, be sure the electrical conduit from the tank to the Control Panel and

the air line from the aerator to Clearstream Unit has been laid underground.

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Summary of Contents for 600DAC3

Page 1: ... 1500 Fax 409 755 6500 www clearstreamsystems com OWNER S MANUAL PARTS LIST OPERATING MANUAL FLOW DIAGRAM INSTALLATION INSTRUCTIONS DESIGN DRAWINGS AND SPECIFICATIONS SERVICE POLICY LIMITED WARRANTY MODEL 600DAC3 NSF ANSI 40 Class I 245 350 1 of 12 ...

Page 2: ...the mixed liquor The mixed liquor passes into the bottom of the clarifier by hydraulic displacement as wastewater enters the aeration chamber Solids settled from the wastewater are drawn back into the aeration chamber from the bottom of the cone by the hydraulic roll created by the air released in the aeration chamber and are dispersed by the mixing induced by the aerator An airlift assembly contr...

Page 3: ...ly To determine if all system components are functioning properly look and or listen to see if the visual audio alarm system is illuminated or making a buzzing sound If the alarm is activated then either the aerator has lost air pressure or the high level float inside the clarifier is indicating a high water level condition Verification of either condition can be made by checking air pressure from...

Page 4: ...l be honored For the Clearstream Aerobic Wastewater Treatment Unit to function properly it must be used for the treatment of domestic wastewater from residences or other waste flows with similar loading characteristics Typical domestic wastewater consists of the flow from toilets lavatories sinks bathtubs showers and washing machines To prevent malfunctions of your Clearstream Unit the following g...

Page 5: ...t distance If dropped hard enough the cast aluminum housing may be damaged and render the compressor useless 3 The most common issue resulting from a linear compressor being handled inappropriately is the safety switch being tripped Please refer to the repair manual for switch reset instructions if the compressor fails to power up 4 All control panels are packaged to prevent damage during shipping...

Page 6: ...re the inlet 4 PVC pipe is aligned properly to incoming sewage line 5 For the Clearstream Unit to function properly the tank must be level To properly level the tank lay a three 3 foot level across the tank in several directions Shift the tank in the hole as necessary to make the tank level in all directions The tank may be slightly out of level but it should not be out of level enough to cause ta...

Page 7: ...ompliance with NFPA 70 for all electrical components electrical connections and system installation 3 Install Clearstream Aerator Model CS 103ET6 as close as practical to the tank but in no case greater than one hundred 100 feet away Run 3 4 Sch 40 PVC air line from aerator connector to the air line connection at Clearstream tank Be careful to backfill under ground air line in manner which will no...

Page 8: ...Intakelevel 600 G P D 1 5 lbs BOD 2 8 scfm Raintight 115v 60Hz 0 75 amps Plant Design Flow 100 of ATU Design Flow 30 Inches 6 inches below liquid 25 to 50 of liquid Inlet flow line must be a minimum of two inches higher than the outlet flow line 1of 12 8 of 12 Model 600DAC3 Treatment Capacity BOD Loading Aerator CS 103ET6 Control Panel Model CS 114 Electrical ...

Page 9: ...E45 TURNS ACCESSCOVERFOR20 OPENING 154 INLET AIRLINE 3 4 PVC 20 ACCESSCOVER AIRSUPPLYDROP3 4 PVC 6 HIGHLEVELALARMFLOAT AIRLIFTASSEMBLY AERATOR AIRLIFTAIRSUPPLY 1 TREATEDEFFLUENTDISCHARGE GRADE AERATOR AIRLIFTSUPPLYLINE 10 AIRLIFTINLET 3 4 FLEXPIPE 3 4 FLEXPIPE CSUV1 optional for Std 40 and 245 applications Required for Std 350 applications 20 ACCESSCOVER CSUV1DISINFECTION PUMPHEADDISCHARGEASSEMBLY...

Page 10: ...4 AERATOR POLYETHYLENE HOUSING 15 AIRLIFT RECYCLE ASSEMBLY 16 GAS BAFFLE 17 FLOW CONTROL WEIR 18 UV DISINFECTION DEVICE optional Std 40 245 req Std 350 PART NUMBER CS 101 CS 102 CS 103ET6 CS 107 CS 108 CS 109 CS 11 CS 113 CS 114 CS 116A CS 116 CS 130 CS 131 CS 106 CS 132 CS 117 CS 111 CSUV1 COMPONENT PARTS MAY BE OBTAINED FROM YOUR LOCAL SERVICING DEALER OR PO BOX 705 BEAUMONT TX 77726 800 586 365...

Page 11: ...erves the right to revise change or modify the construction and design of the Clearstream Aerobic Treatment System or any component part or parts thereof without incurring any obligation to make such changes or modifications in equipment previously sold Clearstream also reserves the right in making replacements of component parts under this warranty to furnish a component which in its judgement is...

Page 12: ...CLEARSTREAM WASTEWATER SYSTEMS INC P O Box 7568 Beaumont Texas 77726 7568 Phone 409 755 1500 Fax 409 755 6500 www clearstreamsystems com Copyright 7 01 2013 Revised 9 8 2021 12 of 12 ...

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