Model 506 is the heavy drive shaft version of Model 505. This unit features a 13″ deep frame, 3″ high cleats, 6″ high side rails, and large drive pulley. It is designed to move larger and heavier products up incline and withstand heavy usage.

Standard Specifications

• Widths: 12″ – 48″
• Lengths: 5’– 25′ (6″ Increments)
• Standard Length is 5′, Two Piece Bolt Together
• Standard Speed: 60 FPM
• Standard Motor: 3/4 HP 230/460/3/60 TEFC
• Standard Drive: Top Mount, Right Side
• Standard Belt: Black PVC 120 with 3″ high cleats on 12″ centers, Clipper Lacing
• Drive Pulley: 8″ Dia Crown Face Rubber Lagged x 1-11/16″
• Infeed Pulley: 8″ Dia Crown Face Take Up x 1-7/16″
• Frame: 13″ Deep x 10 Gauge
• Bearings: Grease Sealed
• Others: Base unit includes 6″ high side rails and bottom pan

This unit features a 13″ deep frame, 3″ high cleats, 6″ high side rails, and large drive pulley. It is designed to move larger and heavier products up inclines. This sturdy, solid conveyor is built to last and withstand heavy usage.

Standard Specifications

• Widths: 12″ – 48″
• Lengths: 5’– 25′ (6″ Increments) Standard Length is 5′, Two Piece Bolt Together
• Standard Speed: 60 FPM
• Standard Motor: 3/4 HP 230/460/3/60 TEFC
• Standard Drive: Top Mount, Right Side
• Standard Belt: Black PVC 120 with 3″ high cleats on 12″ centers, Clipper Lacing
• Drive Pulley: 8″ Dia Crown Face Rubber Lagged x 1-7/16″
• Infeed Pulley: 8″ Dia Crown Face Take Up x 1-7/16″
• Frame: 13″ Deep x 10 Gauge
• Bearings: Grease Sealed
• Others: Base unit includes 6″ high side rails and bottom pan

This lightweight shallow frame conveyor can be used in both horizontal and inclined applications. These units typically convey lighter weight and smaller products like empty plastic bottles or cans, scrap lumber, nuts & bolts, and small stampings.

Standard Specifications

• Widths: 4″ – 30″
• Lengths: Up to 20′ (6″ Increments)
• Standard Length is 4′, Two Piece Bolt Together
• Standard Speed: 60 FPM
• Standard Motor: 1/3 HP 230/460/3/60 TEFC
• Standard Drive: Top Mount, Right Side
• Standard Belt: Black PVC 120 with 1-1/2″ High Cleats on 12′ Centers, Clipper Lacing
• Drive Pulley: 4″ Dia Crown Face Rubber Lagged x 1-3/16″
• Infeed Pulley: 4″ Dia Crown Face Take Up x 1-3/16″
• Frame: 6-5/8″ Deep x 12 Gauge
• Others: Base unit includes 3-1/2″ High Side Rails and a Bottom Pan
• Note: Infeed hoppers and discharge chutes are optional

Adaptable Tooling For Packaging & Palletizing

• Tool does not exceed package profile size
• Automated changeover
• Plug and play to your robot
• Longer lifespan than average tooling

Adaptable Tooling Communication

Contol Module Highlights

• Communication Protocol: Ethernet IP – communicates what job, when to change, tool health
• Power: 24VDC <10 amp type Health Status > Arm position monitoring, Arm status, Vacuum status
• HMI (Human Machine Interface:
  • Starter package for integrators to easily integrate control modules into PC, PLC, or optional additional display
  • Wireless or wired connection
• Operating Software: Java

Autonomous LEvel

• Pre-programmed: Store up to 10,000 pre-programmed positions
• Programmable: User "Teach-Mode" to add new package sizes
• Self-Learning: Automatic input from vision system or barcode reader

Smart Features

• Part presence feedback
• Condition Monitoring

Key Benefits

• User friendly
• Plug & Play
• Total footprint does not exceed package size

NOrgren Package & Palletizing Tool HIghlights

• Tool Weight: 6.8 kg (15 lbs)
• Maximum Pay Load: 15 kg (33 lbs)
• Vacuum Sourcing: Venturi (size & capacity per application)
• Air Supply Required: 15 SCFM at 80 PSI
• Vacuum Pads: 4-each 50 mm Bellow Cups (variable per application)
• Minimum Arm Reach (Square Package): 120 mm x 120 mm
• Maximum Arm Reach (Rectangular Package): 215 mm x 625 mm
• Maximum Arm Reach (Rectangular Package): 50 mm x 500 mm
• Arm Positioning Sensing: Feedback from Motor Control
• Cell/Automation Communication to the Tool, Power: Ethernet IP, 24V <10 amp Typ
• HMI: Core software available / HMI optional
• Position Change Time (time taken to adapt to new package): < 2 seconds
• Maximum Number of Changes per Hour: 600

Technical Dimensions

Applications

• Package Handling
• Palletizing
• Bin Picking
• Assembly
• Loading and Unloading

Adaptive Transforming Tooling:Press Load

Conventional Tooling vs. Norgren’s Transforming Tooling

• Eliminates the need for manual tool changes and adjustments
• Removes the need for lock-out tag-out procedures and potential safety concerns
• Faster die changeover times, while removing issues associated with ergonomics and manual labor

Adaptive Transforming Tooling Communication

Communication & HMI Highlights

• Cell/Automation PLC Communication to TT Supervisor:  Ethernet IP – communicates what job, when to change, health of the TT
• Supervisor: Stores the jobs with specific motion plans
• Number of Jobs: 1000’s of motion plans – positions
• Power: 24V <10 amp Type
• Arm Communication: Supervisor to Arm joints via can bus
• Health Status: Arm position monitoring, Arm status, Vacuum status
• Job Change Time: <1 minute
• Motion Plan: Offline process which defines individual arm movement timing and position based on system needs. Stored in the Supervisor.
• HMI: User friendly intuitive control for Jobs, adjustment, trouble shooting. Wireless, PC, PLC (learn more about the HMI below)
• Operating Software: Java
• Repair: Replaced components are recognized by the Supervisor and configure automatically – no
  need to home or calibrate replaced hard-ware
• Hardware: Industrial Tablet (Wireless), Pendent, PLC, PC
• Status Screen: Provides status. Cell PLC provides the commands for what job, when to change
• Adjustment: Provides the ability to adjust position of arms and ability to save
• Health: Provides information on the health of the system. Supports Industry 4.0 – tracking, trends, predictive maintenance

Press Loader Product Highlights

• Arm Weight (1 arm, 3 joints): Application Specific, 6.8 kg (15 lbs) as shown
• System Weight: Application Specific, 27 kg (60 lbs) as shown
• Number of Arms: Application Specific, 4-8 typical as shown
• Joints: Application Specific, 3-5 joints per arm typical as shown
• Dynamic Arm Rating (locked): 200 Nm (150 ft lb)
• Dynamic Arm Rating (unlocked): 30 Nm (20 ft lb)
• Maximum Arm Reach: Variable to application needs (limited by dynamic rating)
• Safety: Clutch slips at 30 Nm (20 ft lb) when un-locked
• Position Sensing: Application Specific, absolute positioning technology joint to joint as shown
• Life Span: 15 years, 50,000 Changes
• Cell/Automation: Communication to TT, power Ethernet IP, 24V <10 amp Typ
• HMI: Industrial Tablet, Pendent, PLC, PC

Technical Dimensions

Note: All dimensions (in/mm) are for reference only. All highlight metrics can be customized and are based on the standard 4-arm application.

Applications

• Stamping (automotive, white goods)

Adaptive Transforming Tooling: Destacker

The front of a business's press line requires lots of attention and maintenance: from ensuring that multiple blanks are not accidentally put into the press at one time to job changeovers, the process can be tedious and unsafe.

Norgren's Transforming Tooling for the Press Room Destacker eliminates the need for manual job changeovers by automatically adjusting it's position for each job, and includes double blank sensing to protect your press from damages or crashes - so you can focus on what's important.

Conventional Tooling vs. Norgren’s Transforming Tooling

• Eliminate hundreds of thousands of dollars in recurring tooling costs
• Free up hundreds of square meters of floor space
• Eliminate manual tool change and optimize safety

Adaptive Transforming Tooling Communication

Communication Highlights

• Cell/Automation PLC Communication to TT Supervisor:  Ethernet IP – communicates what job, when to change, health of the TT
• Supervisor: Stores the jobs with specific motion plans
• Number of Jobs: 1000’s of motion plans – positions
• Power: 24V <10 amp Type
• Arm Communication: Supervisor to Arm joints via can bus
• Health Status: Arm position monitoring, Arm status, Vacuum status
• Job Change Time: <1 minute
• Motion Plan: Offline process which defines individual arm movement timing and position based on system needs. Stored in the Supervisor.
• HMI: User friendly intuitive control for Jobs, adjustment, trouble shooting. Wireless, PC, PLC (learn more about the HMI below)
• Operating Software: Java
• Repair: Replaced components are recognized by the Supervisor and configure automatically – no
  need to home or calibrate replaced hard-ware

HMI HIghlights

HMI Highlights

• Hardware: Industrial Tablet (Wireless), Pendent, PLC, PC
• Operating Software: Java
• Status Screen: Provides status. Cell PLC provides the commands for what job, when to change
• Adjustment: Provides the ability to adjust position of arms and ability to save
• Health: Provides information on the health of the system. Supports Industry 4.0 – tracking, trends, predictive maintenance

Destacker Product Highlights

• Arm Weight: (1 arm, 2 joints) Application Specific, 6.8 kg (15 lbs) as shown
• System Weight: Application Specific, 60 kg (130 lbs) as shown
• Number of Arms: Application Specific, 3-16 typical as shown
• Joints: Application Specific, 1-3 joints per arm typical as shown
• Dynamic Arm rating (locked): 200 Nm (150 ft lb)
• Dynamic Arm rating (unlocked): 30 Nm (20 ft lb)
• Maximum Arm Reach: Variable to application needs (limited by dynamic rating)
• Safety: Clutch slips at 30 Nm (20 ft lb) when un-locked
• Position Sensing: Application Specific, absolute positioning technology joint to joint as shown
• Life Span: 15 years, 50,000 Changes
• Cell/Automation Communication to TT, Power: Ethernet IP, 24V <10 amp Typ
• HMI: Industrial Tablet, Pendent, PLC, PC

Technical Dimensions

Note: All dimensions (in/mm) are for reference only. All highlight metrics can be customized and are based on the standard 4-arm application.

Applications

• Stamping (automotive, white goods)
• Glass Manufacturing
• Ceramic Manufacturing
• Assembly
• Packaging
• Destacking
• Palletizing and Stacking

Watch: Norgren Destacker ready for installation in a press room

The New London Engineering model 420 Floor to Floor heavy-duty inclined conveyor is built for moving large and awkward items from floor to floor. It features a sturdy, heavy-duty frame and a double nose-over discharge that provides a smooth incline to horizontal transition.

Standard Specifications

• Widths: Up to 48″
• Lengths: 5’– 100′ (6″ Increments) Standard Length is 5′, Two Piece Bolt Together
• Standard Speed: 60 FPM
• Standard Motor: 1/2 HP 230/460/3/60 TEFC
  Standard Drive: Bottom Mount, Right Side
• Standard Belt: Black Rubber Rough Top, Clipper Lacing
• Drive Pulley: 8″ Dia Crown Face Rubber Lagged x 1-7/16″
• Infeed Pulley: 4″ Dia Crown Face Take Up x 1-3/16″
• Frame: 5-1/2″ Deep x 12 Gauge
• Bearings: Grease Sealed
• Standard Supports: 30″ Elevation Top of Belt
• Standard Nose-Over: Adjustable Double Nose-Over
• Power Feeder: Power Feeders are Optional

The New London Engineering Model 410 Floor to floor conveyor is a medium-duty inclined conveyor built for moving narrow and light items up shorter levels. It features a space-saving shallow frame and a double nose-over discharge that provides smooth incline to horizontal transition.

Standard Specifications

• Widths: Up to 30″
• Lengths: 5’– 40′ (6″ Increments)
• Standard Speed: 60 FPM
• Standard Motor: 1/3 HP 230/460/3/60 TEFC
• Standard Drive: Bottom Mount, Right Side
• Standard Belt: Black Rubber Rough Top, Clipper Lacing
• Drive Pulley: 4″ Dia Crown Face Rubber Lagged x 1-3/16″

• Infeed Pulley: 4″ Dia Crown Face Take Up x 1-3/16″
• Frame: 2-3/4″ Deep x 12 Gauge
• Bearings: Grease Sealed
• Standard Supports: 30″ Elevation Top of Belt
• Standard Nose-Over: Adjustable Double Nose-Over
• Power Feeder: Power feeders are optional.

The New London Engineering Model 321's heavy duty frame and pulleys are grooved/notched to provide a track for the rubber guide that is vulcanized to the underside of the belt. This keeps the belt centered for side loading, long run, and short but wide heavy-duty applications.

This unit features a frame and pulleys with notches to provide a track for the rubber guide that is vulcanized to the underside of the belt. This keeps the belt centered for side loading, long run, and short but wide medium-duty applications.

Standard Specifications

• Widths: Up to 48″
• Lengths: 5’– 100′ (6″ Increments)
• Standard Length is 5′, Two Piece Bolt Together
• Standard Speed: 60 FPM
• Standard Motor: 1/2 HP 230/460/3/60 TEFC
• Standard Drive: Bottom Mount, Right Side
• Standard Belt: Black PVC 120 with “A” Section, “V-Guide”
• Drive Pulley: 8″ Dia Flat Face Rubber Lagged x 1-7/16″ with “A” section, “V-Guide”
• Infeed Pulley: 4″ Dia Flat Face Take Up x 1-3/16″ with “A” section, “V-Guide”
• Frame: 6-5/8″ Deep x 12 Gauge
• Bearings: Grease Sealed
• Standard Supports: 30″ Elevation Top of Belt

This standard-duty unit features a frame and pulleys with notches to provide a track for the rubber guide that is vulcanized to the underside of the belt. This keeps the belt centered for side loading, long run, and short but wide applications.

Standard Specifications

• Widths: Up to 30″ Wide
• Lengths: 5’– 100′ (6″ Increments) Standard Length is 5′, Two Piece Bolt Together
• Standard Speed: 60 FPM
• Standard Motor: 1/2 HP 230/460/3/60 TEFC
• Standard Drive: Bottom Mount, Right Side
• Standard Belt: Black PVC 120 with “A” Section, “V-Guide”
• Drive Pulley: 4″ Dia Flat Face Rubber Lagged x 1-3/16″ with “A” Section, “V-Guide”
• Infeed Pulley: 4″ Dia Flat Face Take Up x 1-3/16″ with “A” Section, “V-Guide”
• Frame: 6-5/8″ Deep x 12 Gauge
• Bearings: Grease Sealed
• Supports: 30″ Elevation Top of Belt

New London Engineering's Model 221 is the heavy drive shaft Model 220. This heavy-duty, deep frame slider bed is built for low maintenance and extended use. It is designed for longer, wider, and heavier weight slider bed applications.

Standard Specifications

• Widths: Up to 48″
• Lengths: 5’– 100′ (6″ Increments) Standard Length is 5′, Two Piece Bolt Together
• Standard Speed: 60 FPM
• Standard Motor: 1/2 HP 230/460/3/60 TEFC
• Standard Drive: Bottom Mount, Right Side
• Standard Belt: Black PVC 120, Clipper Lacing
• Drive Pulley: 8″ Dia Crown Face Rubber Lagged x 1-11/16″
• Infeed Pulley: 4″ Dia Crown Face Take Up x 1-7/16″
• Frame: 5-1/2″ Deep x 12 Gauge
• Standard Supports: 30″ Elevation Top of Belt