XLM • Low profile closed top conveyor Mat-top chain

Conveyor body | Idle ends | Idle ends – nose bar | Drive unit – end drives | Drive unit – high capacity end drives | Drive unit – center drives | Drive unit – nose bar end drives

XLM • Low profile closed top conveyor Mat-top chain

Areas of applications

  • Applications where minimum gap end transfers are required.
  • Applications where wide thermoplastic belts are required.
  • Plastic and glass container packing lines.
  • Medical devices assembly.

Advantages

  • Minimum distance on end transfers.
  • Wide belts available.
  • Minimum maintenance.
  • Maximum resistance to harsh products and environments.

Geometry

  • The belt rides on top of ultra high molecular weight polyethylene (UHMW) wearstrips.
  • Inverted “U” profile.

Unique maintenance advantages

  • Sealed bearings, no lubrication necessary.

Unique fabrication advantages

  • Belt elongation gage.
  • Pre-engineered transfer plates and accessories.

Unique ergonomic advantages

  • Minimum body depth; allows operators to place their legs under the conveyor.

Pre-engineered accessories

  • See the Ancillary Equipment section.
  • Your accessory: give us your requirements, we will custom-design it at affordable prices.

Options

  • See the Ancillary Equipment section.
  • No-tool return wearstrip removal (on straight sections only).
  • Discharge end product slide.
  • Metal detector, metal free zone.
  • Swivel end safety guards.
  • Washdown motors, controls and reducers.
  • Chain-driven models:
    • Torque limiter.
    • No-lubrication chain.
    • Timing belts.
    • See-through chain cover.

Mechanical specifications

  • Belt type: different standard belts available. Consult factory.
  • Optional belt type and cleats: contact us.
  • Standard belt material: polypropylene.
  • Optional belt material: contact us.
  • Standard belt color: white.
  • Belt widths: from 4” to 48” (1” increments).
  • Conveyor length: minimum 24” long.
  • Frame material: stainless steel 304, gage 12.
  • Frame finish: polished to a #4 finish.
  • Weld finish: continuous heli-arc welds, grounded and polished.
  • Reducer: direct mount, vent free aluminum alloy housing.
  • Bearings: two bolt flange bearings, permanently lubricated.
  • Mechanical specifications are subject to change without prior notification.

Ordering information

  • Part numbering legend: refer to page XLM 31.
  • Motor package: refer to conveyor components section on page XCC 83.
  • Optional control panel: refer to conveyor components section on page XCC 89.
  • Guide rails: refer to conveyor components section on page XCC 95.
  • Supports: refer to conveyor components section on page XCC 99.
  • Custom application: contact factory for assistance.

Conveyor Body

Straight conveyor

Belt width

Length
XLM-S01-C-YYY-BBBB BBBB YYY
Note: Maximum section length: 10’-0”.
Straight conveyor cross section
X = BBBB + 17/32”

 

Idle Ends

Straight conveyor

Belt width

XLM-S01-I-BBBB BBBB
X = BBBB + 17/32”
Note: Idle section length will be given by total conveyor length.

 

Idle ends – nose bar

Straight conveyor

Belt width

XLM-S01-I-N-BBBB BBBB
X = BBBB + 17/32”
Note: Idle section length will be given by total conveyor length.

 

Drive unit – end drives

Left hand side
Straight conveyor

Belt width

XLM-S01-D-OEL-BBBB BBBB
X = BBBB + 17/32”
Note: For right hand selection refer to the part numbering legend on page XLM 31.
Drive section length will be given by total conveyor length.

 

Drive unit – high capacity end drives

Left hand side
Straight conveyor

Belt width

XLM-S01-D-OHL-BBBB BBBB
X = BBBB + 17/32”
Note: For right hand selection refer to the part numbering legend on page XLM 31.

 

Drive unit – center drives

Left hand side
Straight conveyor

Belt width

XLM-S01-D-OCL-BBBB BBBB
X = BBBB + 17/32”
Note: For right hand selection refer to the part numbering legend on page XLM 31.

 

Drive unit – nose bar end drives

Left hand side
Straight conveyor

Belt width

XLM-S01-D-ONL-BBBB BBBB
X = BBBB + 17/32”
Note: For right hand selection refer to the part numbering legend on page XLM 31.