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Power Cube v17.10

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  • Use one power cube with quadruple piglet design
  • Use one power cube with double piglet
  • Use 1284 Cooler for 64 hp version (32 GPM flow) and send remaining fluid (48-56 gpm) straight to tank via 40 GPM quick coupler
    • 38-59k BTU rejection
    • Need 40-50k BTU (from 64 hp)
  • fluid direct to reservoir
    • 2 return to cooler
    • 2 return to tank
    • Then can use a 25 GPM filter
    • Still need 40-50k BTU heat rejection

cooler

QC

1

QC

2

QC

3

QC

4

reservoir

25

gpm

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Hydraulic Tank Scaling - 32 hp

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Hydraulic Tank

Engine Shaft

¾” NPT

Hose

Clamp

1.5” wide

¾” tee

½” Power

Line

40 GPM

Return from Flow Control Valve

Works with MicroTrac hydraulic system

40 GPM Main

Return

¾” line

1” suction

1.5” Tee or [2] 1” inlets? 1.5” gets difficult to weld because of tee being in the way of an open weld. It’s easiest to weld in a pipe coming straight out. Then epoxy for plugging up pinholes.

(56/25 flow rate).

Best route is to weld in straight ¾” pipe, then we can add elbows as needed, while reducing cost of dedicated barbs ($6 vs. 15 cents for a 2” piece)

To Second Hydraulic Pump

¾” pipe, threads on one side only

Case Drain return, ¼”

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Hydraulic Tank Scaling - 32 hp

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Works with MicroTrac hydraulic system

Second Power Cube -

no Hydraulic Tank

Suction 1

Suction 2

To second pump

Second Power Cube

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Hydraulic Tank Scaling - 64 hp

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Suction 1

Second Power Cube

Suction 2

Suction 3

Suction 4

Hydraulic Tank must be on top to allow for correct priming of other pumps by gravity

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Parts Count - 64 hp version

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Suction 1

Suction 2

Suction 3

Suction 4

[3]+ main

[14] clamps

[3] valves

[10] ¾” pipe sections

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Return from PC 1+2

Return from

PC 3+4

Return from

PC 1+2

2 Case Drain

Returns