Exhibit D-2
Heavy duty clinched selvage belts are available in two different mesh sizes and four
different materials: low carbon galvanized steel, C-1045 bright high carbon steel, T-
304 stainless steel and T-316L stainless steel. Clinched selvage belts can be
ordered in any width from 10" to 192". These belts feature a better wearing edge
surface than welded selvage for misaligned conveyor systems and they
mechanically prevent the belt from narrowing under heavy loads. Additionally, heavy
duty clinched selvage belts are just as flexible as those with welded selvage.
Sprockets driving heavy duty clinched selvage belts CANNOT be
placed on the first drive opening on either side of the belt.
CLINCHED SELVAGE BELT SPECIFICATIONS
DESIGN
MESH
MIN.
WIDTH
MAX.
WIDTH
MAX.
TENSION*
(lbs./ft. of
width)
APPROX.
WGT.
(lbs./sq. ft.)
H4
1" x 1"
10"
192"
1350
3.55
H5
1/2" x
1"
10"
192"
1750
3.95
* Maximum working tension per foot of belt width given for drum driven applications
only.
All heavy duty belts have the following dimensions:
Flat strip = 1/2" wide x .062" thick round edge
Connector rod = 6 gauge (.192" diameter) - high tensile strength
Flat Wire Belt Tracking
Since the majority of belting problems are alignment related, it is extremely
important to have all shafts parallel to each other and perpendicular to the
conveyer bed. If a good alignment is not completed before using a flat wire belt,
longitudinal pitch can be distorted causing the belt to track to one side
Flat Wire Belt
Assembly
Clinched Selvage connector rods are supplied with a pre-formed hook on one end
and straight wire on the other. Bring together the two sections of belt to be spliced,
and insert the connector rod. Close the hook using pliers. On the other side, bend
the straight wire back through the hole in the edge of the belt and form a hook, then
close
it.
Summary of Contents for BELTOMATIC
Page 1: ...OPERATORS MANUAL...
Page 3: ......
Page 4: ......
Page 70: ...Exhibit F 80...
Page 71: ...Exhibit F 81...
Page 72: ...Exhibit F 82...
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Page 74: ...Exhibit F 84...
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Page 180: ...Exhibit Q 1...