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ACCUMULATION ROLLER CHAIN

With the new accumulation chain version, fitted with the 100% protective tab between the accumulation rollers, covering the gap in the inner link area. This feature offers 100% protection against particles falling through the gap, leading to jamming of the accumulation rollers; it also prevents the risk of fingers accidentally getting “caught“ in that area.

Accumulation Roller Chain 2d drawing
Dimension
Chain type Pitch Width between inner plates Pin ∅ Pin length Total width inner link Width over outer plates Roller ∅ Width of outer roller Conveyer roller ∅ Width over conveyer roller Plate thickness Height inner plate Transverse pitch Max. load per conveyor roller Max. chain load Weight per meter Bearing surface
p
mm
b1 min.
mm
d2 max.
mm
b4 max.
mm
b2 max.
mm
b5 max.
mm
d1 max.
mm
b9
mm
d5
mm
b8
mm
Ti/To
mm
h2 max.
mm
pt
mm
N N q
kg/m
f
cm2
EST1-1-27-K16 12,7 7,75 4,45 27 11,3 14,5 8,51 4,3 16 7,2 1,60/1,50 11,81 19,1 20 1250 0,9 0,5
EST1-1-27-S16 12,7 7,75 4,45 27 11,3 14,5 8,51 4,3 16 7,2 1,60/1,50 11,81 19,1 50 1250 1,2 0,5
EST2-1-43-K26 19,05 11,68 5,72 43 15,36 19,55 12,07 8,8 26 11 1,85/1,85 16,13 29,2 90 2250 2 0,88
EST2-1-43-S26 19,05 11,68 5,72 43 15,36 19,55 12,07 8,8 26 11 1,85/1,85 16,13 29,2 140 2250 3,2 0,88
K = Plastic conveyor roller   |   S = Steel conveyor roller

Product Applications

Non-powered roller conveyors or Gravity Conveyors are the most economical and common method of conveying unit loads. The conveyors are typically mounted on a slight decline angle, therefore using gravity to assist product movement, especially for long distances. They can also be used in applications where the conveyor is level and operators can push the product along to its final destination, allowing for multiple workstations, if needed.

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