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SBU Dynamic Storage Logix 2000

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Page 1: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

SBU Dynamic Storage

Logix 2000

Page 2: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 2Section 4

Rail Splice Plate Direct Mount Brakes Tandem Mount Brakes Pawl Stop Wedge Stop Pallet Separators

Presentation Index

Page 3: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 3Section 4

Logix 1000 Track ProfilesTypical Double, Double, Double Lane Configuration 3” Centers

First Slot 1/2” FromEnd Of Rail

Center To Center Distance Equals Lane Length Minus 1”

4”

5 5/8”

Track Center Distance

6 1/2”

4”

5 5/8”

6 1/2”

5 5/8”

6 1/2”Track Center Distance Typical 3.00” Diameter Polyolefin

(Bearingless) Wheel

0.343” x 0.563” Slot Punched On 1” Centers

3 1/2”4 3/8”

1 7/8”

3”

4”

Page 4: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 4Section 4

Logix 1000 Track ProfilesTypical Double, Double, Double Lane Configuration 2” Centers

First Slot 1/2” FromEnd Of Rail

Center To Center Distance Equals Lane Length Minus 1”

4”

5 5/8”

6 1/2”

4”

5 5/8”

6 1/2”

5 5/8”

6 1/2”Track Center Distance Typical 3.00” Diameter Polyolefin

(Bearingless) Wheel

0.343” x 0.563” Slot Punched On 1” Centers

3 1/2”4 3/8”

1 7/8”

2”

4”

Track Center Distance

Page 5: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 5Section 4

Logix 2000 Polymer Wheel Polycarbonate Polymer

High Impact, Good Low Temperature Characteristics

No Ribs Due to Higher Strength Polymer that Allows a More Flexible Web to Assist in Impact Absorption

Page 6: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 6Section 4

Logix 2000 Aluminum Wheel Cast Aluminum

Very Rigid, Heavier Rim and Web

High Impact, Good Low Temperature Characteristics

Used, When Necessary, at Load and/or Unload Positions

Page 7: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 7Section 4

Logix 2000 Track ProfilesTypical Single, Double, Single Lane Configuration

First Slot 1/2” FromEnd Of Rail

Center To Center Distance Equals Lane Length Minus 1”

1 3/8”

3”

Track Center Distance

3 7/8”

4 1/8”

5 3/4”

6 5/8”

Track Center DistanceTypical 2.88” Diameter Polycarbonate Wheel

0.343” x 0.563” Slot Punched On 1” Centers

3 1/2”4 5/16”

1 7/8”

3”

1 3/8”

3”

3 7/8”

Page 8: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 8Section 4

Logix 2000 Track ProfilesTypical Double, Double, Double Lane Configuration

First Slot 1/2” FromEnd Of Rail

Center To Center Distance Equals Lane Length Minus 1”

2 3/4”

4 3/8”

5 1/4”

4 1/8”

5 3/4”

6 5/8”

4 3/8”

5 1/4”Track Center Distance

0.343” x 0.563” Slot Punched On 1” Centers

3 1/2”4 5/16”

1 7/8”

2”

2 3/4”

Track Center Distance

Typical 2.88” Diameter Polycarbonate Wheel

Page 9: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 9Section 4

Logix 2000 Wheel TracksLogix 2000 Single TrackPart No. 2.930.030.000

Wheels On 3.00” Centers

1.38”

3.00” 3.88”

3.50”

N720-CRF-1Steady Stop 1.38” B.F.R.

N724-1.38Wedge Stop 1.38” B.F.R.

Logix 2000 Double StaggeredPart No. 2.932.020.000

Wheels On 2.00” Centers4.38”

5.25”

2.75”

0.562 X 0.343 Slot Punched On 1” Centers

3.50”

N720-CRF-2Steady Stop 2.75” B.F.R.

N724-2.63Wedge Stop 2.75” B.F.R.

Page 10: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 10Section 4

Logix 2000 Wheel TracksLogix 2000 Double Staggered For Brake MountingPart No. 2.934.020.000

DI E C T I O

N

O

N

ITATO

R FOR

DI E C T I O

N

O

N

ITATO

R FOR

4005Patented TandemBrake Module

Wheels On 2.00” Centers

4.12”

5.75” 6.62”

3.50”

N724-4.00Wedge Stop 4.12” B.F.R.

N301-CRFSteady Stop 4.12” B.F.R.

Page 11: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 11Section 4

Logix 1000 and 2000 Details For Brake Assembly In Track

Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow System.

Typical Double StaggeredWheel On 3” Centers

Typical 96” Length Equals 95 7/8”

Equals Length Minus 1” Typical

0.562 X 0.043 Slot On1” Centers Typical

First Slot 1/2” From End Of Rail (+0.0,-1/16”) Typical 1 1/4”

0.812” From Inside Edge Of Rail to Centerline Of Slot TypicalEquals BFR Of Logix 2000 Track Single, Double StaggeredOr Double Staggered For Brake Assembly

Typical Double StaggeredWheel On 2” Centers

Top And Bottom Flange Details (Top View)

DI

E C T I ON

O

N

ITATOR FO

R

R

O

O

EOT

O

A

I

D

RTC

TF

I

I

N

N

Web Details (Side View)

4.315”

Logix 1000 Or 2000 Wheel On 3” Centers

Logix 1000 and 2000 Wheel Staggered On 2” Centers

Track Length Is 96.00”

If Dimension Between Beams 97.00”

2.880” Diameter Polycarbonate Wheel

Typical Direct Mount (Slide) Brake Assembly For Logix 1000 and 2000

Typical Patented Interroll Tandem Brake Assembly For Logix 1000 and 2000 Wheel Flow

Typical Wedge Stop

Typical 4” StructuralBeam (If Required)

3 X 3 Structural Angle 3 X 3 Structural Angle(Front Beam)

OR

Flow

Page 12: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 12Section 4

Logix 2000 Slot Details

4.125”

5.750”

6.625”

2.750”

4.375”

5.250”

1.375”

3.000”

3.875”

0.563”

0.48”

1.000”0.343”

0.813”

Page 13: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 13Section 4

Logix 2000 Typical Rail 3.5” High Channel with 1.25” Flanges

Top Row of Holes are 0.39” Diameter Centered 0.625” from the Top of the Channel

Load Capacity is 1535 Pounds over a Typical 48” Span. (2.3 Times Stronger than the Old Style)

Page 14: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 14Section 4

Logix 2000 Typical Rail DetailChannel - R986

1.000”

3.500”

0.105”

0.812”

1.250”

1.000” Repeat0.625”

0.38” Min.0.46” Max. Typ. 0.390” Diameter A

A

Section A-A

0.04” Nom. Typ.

1.875”

Length = 1” Increments +0, -1/8

2.875”

0.562”0.343”

R. Typ.

Page 15: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 15Section 4

Logix 2000 Splice Plate Detail3 1/2” Channel Assembly

2

31

54 1

2345

ITEM

N589

N224N175

PARTN620-3.5

N0372

42

1

25/16-18 x 4” Carriage Bolt

5/16-18 Top Lock Reverse Nut5/16-18 Flat Washer

12” x 3 1/4” Splice Channel

5/16-18 x 2” Hex Head Bolt

QTY DESCRIPTIONBILL OF MATERIALS

Page 16: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 16Section 4

Logix 2000 Pawl Stop Detail

3/4”

3/8-16 x 2 1/4” BoltFor Back Stop

Page 17: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 17Section 4

Logix 2000 Toggle Pallet Separator

3 1/2” Channel Assembly

12345

ITEM

N/A

N/AND11

PARTN/A

N/A1

12

1

1Inner Channel

Release Lever Assembly3/8-16 x 2 Hex Head Bolt

Outer Channel

Toggle Assembly

QTY DESCRIPTIONBILL OF MATERIALS

6 N224 2 3/8-16 Rev. Lock Nut

3

12

54

6

Page 18: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 18Section 4

Logix 2000 Pallet SeparatorSingle, Double Staggered, Single Lane Configuration

DI E C T I O

N

O

N

ITATO

R FOR

DI E C T I O

N

O

N

ITATO

R FOR

DI E C T I O

N

O

N

ITATO

R FOR

DI E C T I O

N

O

N

ITATO

R FOR

Pallet Separator Activated

Pallet Separator Deactivated

1 3/8”

TrackC/C

TrackC/C

1 3/8”

4 1/8”

Page 19: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 19Section 4

Logix 2000 Pallet SeparatorDouble, Double Staggered, Double Lane Configuration

DI E C T I O

N

O

N

ITATO

R FOR

DI E C T I O

N

O

N

ITATO

R FOR

DI E C T I O

N

O

N

ITATO

R FOR

DI E C T I O

N

O

N

ITATO

R FOR

Pallet Separator Activated

Pallet Separator Deactivated

1 3/8”

TrackC/C

TrackC/C

1 3/8”

4 1/8”

Page 20: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 20Section 4

Proposed Pallet Entry Guide Dimensions

Entry Guide - Lowest PositionRelative To Pallet

Bay Width

Rear Entry Width Front Width Minus 1/2”

Front Entry Width Pallet Plus 1 1/2”

Pallet Height

Entry Guide - Highest PositionRelative To Pallet

Page 21: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 21Section 4

Logix 2000 Track Mounting Details

UnloadBeam

Center To Center Distance Equals Lane Length Minus 1”

3”

First Slot 1/2”From End Of Rail

1 3/8”

Wheels On 3.000” Centers

Wheels On 2.000” Centers

Wheels On 3.000” Centers

3 7/8”

6 5/8”4 1/8”

5 3/4”

3”

1 3/8”3 7/8”

9 3/4”

9 3/4”

0.343” x 0.563” Slots Punched On 1” Centers

LoadBeam

Upper Level Flow Tracks

Typical FrontAngle Beam

Typical IntermediateBeam

Typical RearAngle Beam

Floor Level Flow Tracks

Typical FrontAngle Beam

Typical IntermediateBeam

Typical RearAngle Beam

Page 22: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 22Section 4

Logix 2000 Slide/Direct Mount Brake Detail

Details Are For Mounting In R986 Channel With 2.88” Diameter Wheels.

TA T

R

T

R

O

I

D

OE

FC

NOI

NOI

Section ‘B-B’Section ‘A-A’

3/32” With N9151/16” With N916

B

B2” 7” 2”

FLOW

A

4 1/8” B.F.R.

A3/8-16 X 5” GR5 Hex Head Bolt C/W Lock NutAt Pivot Point And Slide Point Supports

Page 23: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 23Section 4

Logix 2000 Tandem Brake Two Rubber Rollers Increase the Contact Area and Grip with

the Pallet

Patented Indirect Mounting Style Prevents Impact Damage to the Drum.

Page 24: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 24Section 4

Logix 2000 Tandem Brake DetailAmbient Temperature Details Are For Mounting In R986 Channel With 2.88” Diameter Wheels.

FLOW

DI E C T

I ON

O

N

ITATO

R FOR

5” Ref. Typ.

2.62” Ref.10” Ref.

3/8-16 x 5” Hex Head Bolt And Rev. Lock Nut At Each BrakeLocation - Do Not Over Tighten, Leave Slight Gap Between Frame And Hardware.

2.60” Ref.

3” Ref.

1/4”

Flow

N061 & N062 Side Plates

Page 25: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 25Section 4

Logix 2000 Tandem Brake DetailFreezer Condition Details Are For Mounting In R986 Channel With 2.88” Diameter Wheels.

FLOW

DI E C T I O

N

O

N

ITATO

R FOR

5” Ref. Typ.

2.62” Ref.10” Ref.

3/8-16 x 5” Hex Head Bolt And Rev. Lock Nut At Each BrakeLocation - Do Not Over Tighten, Leave Slight Gap Between Frame And Hardware.

2.60” Ref.

3” Ref.

1/8”

Flow

N061-1.29 &N062-1.29Side Plates

Page 26: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 26Section 4

Empty Track Brake Mounting

Page 26Section 4

DI E C T I

ON

O

N

ITATO

R FOR

DI E C T I

ON

O

N

ITATO

R FOR

Center Track - Brakes and two wheels on each side.

Centre track length depends on rack support.

R

T

RO

D

IC TE

AO F

TN

I

I O

ON

END VIEW

20.00”

18.38” 1 1/2” x 1 1/2” Support AngleFor Brake Module Between Tracks

SIDE VIEW

NOTE: Generally “H” mount solution is not used.

BFR

Page 27: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 27Section 4

Logix 2000 Wedge Stop Pallet Track Wedge Stops are Adjustable to Increase or Decrease

Slope of Wedge Stop.

Stops for Pallet Tracks are Fabricated of 7 Ga. Steel and Zinc Plated.

Page 28: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 28Section 4

Logix 2000 1.375” B.F.R. Wedge Stop Assembly Detail

123

ITEM

NC17

PARTN724-1.38

N18521

2Nut, Lock 3/8-16Wedge Stop Single Track

Bolt, Hex 3/8-16 x 2 1/4”

QTY DESCRIPTIONBILL OF MATERIALS

1

2 3

5”

1.380”

Page 29: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 29Section 4

Logix 2000 2.750” B.F.R. Wedge Stop Assembly Detail

123

ITEM

NC17

PARTN724-2.63

ND0221

2Nut, Lock 3/8-16Wedge Stop Double Track

Bolt, Hex 3/8-16 x 3 1/2”

QTY DESCRIPTIONBILL OF MATERIALS

1

2 3

4 7/8”

2.750”

Page 30: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 30Section 4

Logix 2000 4.125” B.F.R. Wedge Stop Assembly Detail

123

ITEM

NC17

PARTN724-4.00

ND1621

2Nut, Lock 3/8-16Wedge Stop Double Stag. Track

Bolt, Hex 3/8-16 x 5”

QTY DESCRIPTIONBILL OF MATERIALS

1

2 3

4 7/8”

4.125”

Page 31: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 31Section 4

Logix 2000 Wedge Stop DetailsPosition ‘A’

1ITEM PART

N724-4.00 1 Wedge Stop Formed Logix 2000QTY DESCRIPTION

BILL OF MATERIALS

1 1/2”1

5 1/2”1 1/2”

2”

1 1/2”1

5 1/2”1/2”

1 1316”

Position ‘B’

Page 32: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 32Section 4

Logix 2000 1.375” B.F.R. Steady Stop Assembly Detail

123

ITEM

N208

PARTN720-CRF-1

ND1621

2Nut, Lock 3/8-16Steady Stop Single Track

Bolt, Hex 3/8-16 x 5”

QTY DESCRIPTIONBILL OF MATERIALS

1

2

3

9.8

3.0

0.062.8

1.375

12.25

12” Steady stop is typically used in special conditions such as heavy loads or extreme line pressure.

Page 33: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 33Section 4

Logix 2000 2.750” B.F.R. Steady Stop Assembly Detail

123

ITEM

N208

PARTN720-CRF-2

ND0221

2Nut, Lock 3/8-16Steady Stop Double Track

Bolt, Hex 3/8-16 x 3 1/2”

QTY DESCRIPTIONBILL OF MATERIALS

1

23

9.7 0.06

2.8

2.750

12.25

12” Steady stop is typically used in special conditions such as heavy loads or extreme line pressure.

Page 34: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 34Section 4

Logix 2000 4.125” B.F.R. Steady Stop Assembly Detail

123

ITEM

N208

PARTN301-CRF

ND1621

2Nut, Lock 3/8-16Steady Stop Double Track

Bolt, Hex 3/8-16 x 5”

QTY DESCRIPTIONBILL OF MATERIALS

1

23

9.7 0.062.8

4.120

12.25

12” Steady stop is typically used in special conditions such as heavy loads or extreme line pressure.

Page 35: SBU Dynamic Storage - KueckerLogix 1000 and 2000 Details For Brake Assembly In Track Standard 12 Gauge By 3 1/2” High R986 Logix Channel Details For Logix 1000 and 2000 Wheel Flow

Page 35Section 4

3

1

2

4

Logix 2000 Pallet Retainer

123

ITEM

N224

PARTPRML2-48

N17521

3NUT REV 5/16-18 LOCKPALLET RETAINER MANUAL

WASHER 5/16 FLAT

QTY DESCRIPTIONBILL OF MATERIALS

3 N590-4 2 BOLT CARRIAGE 5/16-18 X 4

Toggle Pallet Retainer 3 ½” Channel