Timed dosing applications, Fig. 9 fig. 10, Fig. 11 – Clarus Environmental Turbine STEP Systems User Manual

Page 6: Fig. 8

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6

HIGH WATER ALARM

TIMER OVERRIDE

5" MIN.

LOW LEVEL CUTOUT

8" MIN.

REDUNDANT OFF

5" MIN.

30.5" MAX.

TIMED DOSING WITH REDUNDANT OFF

3.5" MIN.

(1" ADDED FOR SAFETY)

SEPTIC TANK MIN. INLET HEIGHT 41"

TOP OF FLOAT TREE

NYLON CABLE TIE

TOP OF FILTER HOLDER

TO THE FLOAT TREE USING TAPE OR

FLOAT CORD HOLDER MUST BE ATTACHED

NOTE: IN ALL CASES. THE LOOSE CORD ABOVE

NYLON WIRE TIES.

NOTE: FLOATS ARE 90° OPPOSED AND

LOCATED OPPOSITE THE INSIDE

WALL OF THE PUMP VAULT.

3 1/2" TETHER

FLOAT

CORD HOLDER

FLOAT TREE

Fig. 9

Fig. 10

SK2434F

SK2504

SK2415

Fig. 11

Timed Dosing Applications

Fig. 8

5" MIN.

8" MIN.

LOW LEVEL CUTOUT

HIGH WATER ALARM

TIMER OVERRIDE

26.5" MAX.

TIMED DOSING

7.5" MIN.

(1" ADDED FOR SAFETY)

SEPTIC TANK MIN. INLET HEIGHT 40"

TOP OF FLOAT TREE

NYLON CABLE TIE

TOP OF FILTER HOLDER

SK2434E

If using a timed dosing panel, the floats should be set as follows:

Timed dosing without redundant off (see Fig. 8). Timed dosing with

redundant off (see Fig. 9).

If the system is dosing a collection system drain field, media filter,

wetland or some other secondary wastewater treatment system, the

ideal dosing pattern should be known and applied.

The alarm must be activated at or before the point when the effluent

level reaches the bottom of the inlet pipe.

Record the actual settings measured from the top of the float tree in

the table provided for future reference.

Float switch distance from top of the float tree w/o redundant off.

Alarm - Black (below or even w/ bottom of inlet)

Timer override - Gray (varies)

Low level cutout - Gray (maximum 26½")

Float switch distance from top of the float tree with redundant off.

Alarm - Black (below or even w/ bottom of inlet)

Timer override - Gray (varies)

Low level cutout - Gray (varies - maximum 25½")

Redundant off - Black (maximum 30½")

Small dimension float switches are recommended

in all applications to prevent hang-ups.

13. Measure and mark all float locations on the float tree. Install the

cord holders on the float tree. Place one at each marked location

rotating them approximately 90° apart in two quadrants (see Fig.

10).

14. Unpack variable level float switches from system. Remove and

discard any float holders/clamps attached to float switch cords. Cut

any piggyback plugs from any float switches. Measure 3½” from the

float switch on the cord and mark this spot. Using the appropriate

float diagram section (see Figs. 6, 7, 8 & 9), assemble each float

cord through the float holder and hand tighten (see Fig. 11).

15. Secure float cords to top of the float tree to prevent hang-ups (see

Fig. 10).

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