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Connecting box angle adjustment – Grain Systems Unload Augers PNEG-1060 User Manual

Page 12

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PNEG-1060 6", 8" and 10" Variable Angle Auger Connector

4. Installation

Connecting Box Angle Adjustment

1. Loosen the cover strap on the connector box before changing the angle of operation.

2. Change angle of the inclined auger, by re-supporting the inclined auger at the desired angle.

3. Check to see if the U-joint is centered with pivot bolts and make sure the input flight is not rubbing

on the bearing or bearing hanger on the inside of the connector box.

4. Close cover and secure the cover strap.

Horsepower for an Auger System with an Inclined Discharge

To determine the horsepower required for the auger system, follow the

Steps 1-3

and use the

Chart Below

.

1. Determine the overall length of auger system (horizontal plus inclined unit).

2. Multiply the total auger system length by the horsepower per foot from the

Chart Below

.

3. Round horsepower up to the next common size motor.

These horsepower recommendations are for augering reasonably dry grain at varying angles. High
moisture grain (above 15%) will require greater power and maximum possible capacity will be less with
high moisture grain than with dry grain.

Example for 10" unit:

1. 16' Horizontal portion and 11' inclined portion = 27' total length of auger system.

2. 27 x .23 = 6.21 HP.

3. Round up to 7 HP motor.

Horsepower Chart

Auger Diameter

Per Foot Horsepower Multiplier

6"

0.1

8"

0.15

10"

0.23

DO NOT adjust the angle while the auger is in operation. Stop the machine and
lock out power before cleaning, adjusting, or servicing.

DO NOT operate with cover open.

The inclined auger must always be supported. The connector box cannot support
the weight of the auger system attached to the output side of the connector box.

Refer to the installation manual received with the unloading equipment for
information on safety and operating procedures. This should include start-up,
shut down, lock out, break-in, full load operation, power source and troubleshooting.