Drain Lid

Category:

Description

Drain Lids are available in various spans and load bearing capacities. These can be provided with holes for storm water drainage.

SALIENT FEATURES

  • Manufactured by using M-30 grade of concrete
  • Manufactured by vibro compaction process
  • Manufactured by using joint less FRP moulds, so at to achieve shuttering finish on five faces
  • Note: We can also manufacture drain covers of custom sizes
Product Picture
Nominal Size
Hole Config
Rebar Detail
Load Class
500 x 400 x 50
No Holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
500 x 400 x 50
4 Rect Holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
500 x 400 x 60
4 rect. holes or No Holes
8mm dia steel @ 100 mm c/c b/ws
LCV
500 x 400 x 70
4 rect. holes or No Holes
8mm dia steel @ 100 mm c/c b/ws
LCV
500 x 430 x 70
4 rect. holes
8mm dia steel @ 100 mm c/c b/ws
LCV
550 x 300 x 60
8 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 300 x 50
10 round holes or no holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
600 x 300 x 60
10 round holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
600 x 300 x 70
12 rect. holes or No Holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 300 x 100
10 round holes
12mm dia steel @ 100 mm c/c b/ws
MCV
600 x 400 x 60
15 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 400 x 65
15 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 400 x 70
15 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 450 x 60
4 or 10 round holes or no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 450 x 70
10 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 450 x 80
4 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 450 x 88
9 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 450 x 88
no holes
12mm dia steel @ 100 mm c/c b/ws
MCV
600 x 450 x 88
no holes
Two layers of 8mm dia steel @ 100 mm c/c b/ws & 1.5mm ms. sheet
MCV
600 x 450 x 100
4 round holes
8mm dia steel @ 100 mm c/c b/ws
MCV
600 x 550 x 60
16 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 550 x 70
8 round holes or no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 550 x 90
no holes
12mm dia steel @ 100 mm c/c b/ws
LCV
600 x 600 x 60
25 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 600 x 70
no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
600 x 600 x 100
no holes
8mm dia steel @ 100 mm c/c b/ws
MCV
600 x 600 x 100
25 holes
12mm dia steel @ 100 mm c/c b/ws
MCV
650 x 600 x 60
no holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
710 x 610 x 85 / 75
no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
710 x 610 x 200 / 190
no holes
8mm dia steel @ 100 mm c/c b/ws
MCV
710 x 610 x 200 / 190
no holes
12mm dia steel @ 100 mm c/c b/ws
HCV
750 x 600 x 60
no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
750 x 600 x 70
6 round or 10 rect. holes
8mm dia steel @ 100 mm c/c b/ws
LCV
750 x 600 x 90
6 round or no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
750 x 600 x 100
9 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
800 x 400 x 70
2 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
800 x 500 x 100
9 round holes
8mm dia steel @ 100 mm c/c b/ws
MCV
900 x 400 x 70
8 round holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
900 x 450 x 50
no holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
900 x 450 x 70
8 round holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
900 x 450 x 90
8 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
900 x 450 x 90
no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
900 x 450 x 90
no holes
8mm dia steel @ 50 mm c/c b/ws
MCV
900 x 500 x 70
10 round holes
8mm dia steel @ 100 mm c/c b/ws
LCV
900 x 600 x 100
4 round holes
12mm dia steel @ 100 mm c/c b/ws
MCV
977 x 475 x 270 / 250
no holes
8mm dia steel @ 100 mm c/c b/ws
HCV
1079 x 500 x 270 / 250
no holes
8mm dia steel @ 100 mm c/c b/ws
HCV
1100 x 550 x 75
20 round or no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
1150 x 400 x 100
10 round or no holes
8mm dia steel @ 100 mm c/c b/ws
MCV
1200 x 450 x 60
no holes
8mm dia steel @ 100 mm c/c b/ws
Pedestrian
1200 x 600 x 100
no holes
8mm dia steel @ 100 mm c/c b/ws
LCV
1500 x 300 x 70
no holes
8mm dia steel @ 100 mm c/c b/ws
LCV

 

HOW TO SPECIFY TRENCH/DRAIN COVERS

Often trench and drain covers fail because they are not specified properly for the application. Doing the job right, requires knowing two important factors specific to the application. First, measure the internal span of the drain. And second, estimate the maximum load the cover is going to experience during its operating life. Next, use the chart below to determine suitable thickness of the cover and reinforcement required. Note that since the chart below is prepared for solid covers increase the specifications if there are holes in the cover for drainage. More is the number of holes, greater would be the change to the specification. Lastly, ensure that the cover has a proper seating. The length of the seating can vary from 2 to 4 inches based on the application.

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