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Technical & Model Specifications
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| Belt Drive System: |
The conveyor belt is driven by its bottom side contacting a heavy duty lagged drive roll. Contamination of the belt surface does not effect the conveyor operation. The innovative low-tension belt drive system greatly reduces heat buildup that can cause damage to the belt. A spring-loaded take-up maintains even belt tension in spite of changes in loading and temperature. |
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| Conveyor Belt: |
Siegling 2-ply Black Eurethane E 12/ O/U MT-C-SE BLK |
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| Drive Roll: |
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Roll Diameter |
Gear-In 1rpm = |
| Low Frame |
4 " |
13.35" |
| Mid-Frame |
6" |
19.63" |
| High-Frame |
8" |
25.92" |
| The hubs are machined from steel and welded in each end. The drive lagging is molding onto the steel roll and machined to provide a friction surface. |
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| Roll Shaft: |
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Standard Shaft Diameters |
| Low Frame |
1" or 1.1875" |
| Mid-Frame |
1.1875" or 1.4375" |
| High-Frame |
1.4375" or 1.6875" |
| The roll shafts are turned, ground and polished 1045 steel. Each shaft is keyed to fit the roll. |
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| Angle Bar: |
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Standard Bar Diameters |
| Low Frame |
1.25" |
| Mid-Frame |
1.87" |
| High-Frame |
1.87" |
| The conveyor may be positioned with the angle bar as close as 4 mm from the adjoining conveyor. |
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| End, Take-up, Snub and Return Rolls |
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Standard Bar Diameters |
| Low Frame |
2" |
| Mid-Frame |
2.5" |
| High-Frame |
3.5" |
| The end and take-up rolls have center crowns. The hubs are machined from steel and welded in each end. The end roll is normally positioned so that the front face of the roller extends .25" past the end of the conveyor frame. The end roller may be positioned .5" from the end of the frame to 1.5" (high frame) past the end of the frame. |
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| Frame Assembly: |
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Frame height |
Standard conveying width range
(Other options available) |
| Low Frame |
7" |
13-24" |
| Mid-Frame |
8.5" |
24-41" |
| High-Frame |
12" |
41-63" |
| The all metal frame (frame slide and slider bed) is fabricated from 3.41 mm steel. Welded 4.8 mm thick angle steel cross members provide a solid conveyor platform. The lower edge of the side frame has a 38 mm wide inward flange to attach floor supports. |
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| Sideguard Construction: |
14 gauge steel with top and entry end flanges and exit transitions. Uni-strut channels for attaching electrical conduit. |
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| Portec Angle-Flo conveyors are specifically designed for either merge or diverge operation. The number of rollers and their locations are different in these two types of Angle-Flo conveyors. A merge Angle-Flo cannot be later converted to operate as a diverge Angle-Flo. Diverge Angle-Flo conveyors generally have a longer minimum length than a merge Angle-Flo. |
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