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You may estimate this distance before positioning the
Pallet Reel by pulling off a strip from the coil to be used,
manually twist to 1/4 turn and measure the distance
needed to achieve an easy transition. Place the Control
Head of the Pallet Reel at this approximate measured
distance from the forming equipment.

OPERATIONS START-UP

Before beginning production with the Pallet Reel, complete
the following steps to ensure a safe and successful start-up.

Positioning (Refer to Figure 4))

Make sure the Pallet Reel is oriented so that the Control
Head Mast is aligned with the feed entry to the forming
equipment. Also, make sure that the table is placed to
accommodate the wind direction of the coils to be fed.

It is best to check positioning at this stage rather than later
when the pallet load is on the turntable.

Clockwise/Counter-Clockwise (CW/CCW) Rotation

Examine the coils to be fed to determine the unwind
direction. Determine if the coil will rotate in a CW direction
or a CCW direction.

Set the CW/CCW Switch on the Motor Control Box to the
appropriate setting. Change setting of this switch only
when table rotation has stopped.

Loading

Load the pallet of coiled materials, being careful not to
strike the Control Head Assembly.  The top portion of the
Control Head can be swiveled to the left or right to position
it away from the loading side.

Center these coils on the turntable with eyesight accuracy.
The Pallet Reel can tolerate a small amount of off-center
loading, however too great a miss-alignment will create an
oscillating rotation of the coils which will cause uneven
feeding and uneven loading on the Pallet Reel frame and
tabletop.

Be aware of the difference between centering the coil and
centering the pallet. Coils are not always centered on the

PALLETIZER

Position 1 – Right

Position 2 – Left   

Position 3 – Center

Figure 4

Control Head

Material

Table

Material Feed

Direction

The Safety Interlock Circuit will allow you to shut down the
production equipment used in conjunction with the Pallet
Reel if the Pallet Reel detects a Drive Fault or a material
tight loop condition. There is a pre-wired circuit in the
Pallet Reel that requires connection to associated
production equipment.

Control Head Position (Figure 4)

The Control Head should always be aligned with the
production equipment feed entry so that the strip loop will
follow a straight run from the Pallet Reel Guide Drum
directly to the forming equipment entry. This alignment can
be done by visual line of sight from Control Head Mast to
feed entry.

Table Position (Figure 4)

The diagrams demonstrate the various material flow
options available.  Although feeding the coil strip directly
back over the coil stack (Position 3) is a feasible option, it
is not highly  recommended. Unwinding off to either side is
preferred since this reduces the opportunity for tangling
the strip on the coil stack and damaging the strip edge.
Also, off center feeding will allow a more parallel pull of
the strip from the coil.

Distance from Forming Equipment

The distance required between the Pallet Reel and the
forming equipment will depend on the characteristics of the
coil strip being used. There is no specific rule or formula
for this determination.

The strip material passes around the Pallet Reel Guide
Drum in a vertical position. As it feeds to the forming
equipment it will transition to a horizontal plane requiring
a 1/4 turn or twist either to the left or right. The distance
required to achieve this twist easily, without kinking or
bending, will determine the position for the Pallet Reel.

Lighter, thinner materials will transition very easily and will
require little more than the 42" footprint of the Pallet Reel
itself. Heavier, thicker materials will require more loop
length to achieve the 1/4 twist and more set back will be
required.

You may estimate this distance before positioning the 

Содержание PR-4

Страница 1: ...PALLETIZER Model PR 4 Model PR 5 Model PR 6 Model PR 8 Model PR 10 INSTALLATION OPERATING INSTRUCTION MANUAL Form No 1114 3 08...

Страница 2: ...kwise CW CCW Rotation 6 Loading 7 Base Arm Adjustment 7 Control Head Height Adjustment 7 PALLETIZER Pre Test 7 Counter Weight Tension System 8 Optional Coil lock 8 Trial fit the Coil Lock 8 MAINTENANC...

Страница 3: ...BASE The BASE of the Pallet Reel is a series of urethane cast ers equally spaced These casters are positioned on the outside edge of the rotating top to insure the unit will rotate smoothly under grea...

Страница 4: ...ptional 0 24 Stock Width Standard 0 6 Optional 0 9 0 12 0 15 0 18 0 24 Stock Thickness Range 004 065 AC Drive Motor HP 3 4 1 1 1 2 High Speed 2 2 3 Electrical Input 120 VAC 1 Phase 60 Hz 240 VAC 1 Pha...

Страница 5: ...ift the Control Head Assembly from the tabletop leave wrapped until inserted and slide the base arm into the selected mounting hole The Base Arm slides in and out of the leg to allow adjustable cleara...

Страница 6: ...Figure 4 Control Head Material Table Material Feed Direction The Safety Interlock Circuit will allow you to shut down the production equipment used in conjunction with the Pallet Reel if the Pallet Re...

Страница 7: ...her than the bottom edge of the top coil This setting will allow the strip to separate from the coil cleanly without hitting the wood spacers under the coil As the coils are expended the Control Head...

Страница 8: ...Set the Stop Collar in a position that results in a Coil Lock length slightly longer than the I D dimension The Coil Lock is compressed and placed in the open I D space then released to snugly press...

Страница 9: ...Remove weights one at a time from one side then the other until balance in the Drum movement is achieved Figure 9 Linear Shaft Figure 10 Figure 11 Table Does Not Stop Inspect cable windings on Pulley...

Страница 10: ...03 04 5 8 1 Motor Arm Fixed PR 42 in 25 16 17921 07 5 9 1 Arm Weldment Outrigger PR 42 in 17923 01 5 10 1 Clamp Outrigger Threaded Metric 17925 02 5 11 1 Clamp Outrigger Thru Hole 17926 5 12 1 Pin Mot...

Страница 11: ...7923 02 8 7 1 Clamp Outrigger Threaded Metric 17925 02 8 8 1 Clamp Outrigger Thru Hole 17926 8 9 1 Pin Motor Arm 17927 8 10 6 Wheel Assembly Idler 5 415 Dia 17931 01 8 11 4 Collar Counter Weight 17955...

Страница 12: ...7 1 Arm Weldment Outrigger PR 52 in 17923 02 8 8 1 Clamp Outrigger Threaded Metric 17925 02 8 9 1 Clamp Outrigger Thru Hole 17926 8 10 1 Pin Motor Arm 17927 Item Qty Description Part Number 8 11 10 Wh...

Страница 13: ...le Guide 17947 01 12 1 Mast Tubular Weldment 17948 02 13 1 Mounting Block Upper Control Mast Metric 17950 05 14 1 Cable 30 in Long w Loop Ends 17954 01 Item Qty Description Part Number 15 1 Cable 42 i...

Страница 14: ...ne 17941 05 8 1 Axle Drum Roller 6 in Drum 17942 01 1 Axle Drum Roller 9 in Drum 17942 02 1 Axle Drum Roller 12 in Drum 17942 03 1 Axle Drum Roller 15 in Drum 17942 06 1 Axle Drum Roller 18 in Drum 17...

Страница 15: ...Table Table Drive Input Weight Width Thickness Stacking Speed Dia Motor Power Model Lbs In Range In Height In Range RPM In HP VAC Phase Hz PR4 SS49LC3 4 015 065 42 1 2 PR4 SS89LC3 6 018 065 42 1 2 PR4...

Страница 16: ...al laws or construction standards Safety Program Accident free operation will result from a well developed management sponsored and enforced safety program Of vital importance to any successful progra...

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