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Specifications:
| Part Number |
AgBin® |
C484829 |
| Outside Dimensions in. (mm)* |
| Length |
48 (1,219) |
| Width |
48 (1,219) |
| Height |
29 (737) |
| Inside Dimensions* |
| Length |
45 (1,143) |
| Width |
45 (1,143) |
| Height |
24 (610) |
| Collapsed Height |
12 (305) |
| Fork Openings |
| Fork Opening Height |
5.7 (145) |
| Base Height |
3.5 (89) |
| Width |
16 (406) |
| Tare Weight** |
96 (44) |
| Load Capacity*** |
1300 (590) |
| Maximum Loaded Stack**** |
| Static |
6 High (12 high in CA) |
| Dynamic |
4 High |
| External Volume [cu.ft.(cu.mtr.)] |
66,816 (11,095) |
| Internal Volume |
48,600 (796) |
| Volume Efficiency |
73% |
| Approx. Return Ratio |
2.5:1 |
| Functional Temperature |
-20 to 120F
(-29 to 49C) |
| Adhesive Label Sizes in.(mm) |
| Base Labels |
2.5 x 2 (64 x 51) |
| |
17 x 2 (432 x 51) |
| Vertical Labels |
10 x 3.5 (254 x 89) |
| Horizontal Labels |
17 x 3.5 (432 x 89) |
| |
C484829 |
| Truckload Quanity |
Upright |
Collapsed |
| 28 ft. flatbed trailer |
36 |
108 |
| 45 ft. flatbed trailer |
66 |
198 |
| 48 ft. flatbed trailer |
66 |
198 |
| 45 ft. dry van |
66 |
176 |
| 48 ft. dry van |
66 |
176 |
| 53 ft. dry van |
78 |
234 |
| |
It is natural for containers to deflect while loaded.
Storage length and high temperatures will increase deflection in loaded containers. |
| * |
Due to the effects of thermal expansion and reduction, and
deviations in the manufacturing process, container dimensions may vary +/- 0.5 inch (13
mm). |
| ** |
Due to deviations in the manufacturing process, tare weight
may vary +/- 2 lbs. (0.9 kg). |
| *** |
Caution should always be used in handling loaded containers
to avoid injury. |
| **** |
Maximum static load of 12 high at 1,100 lb. (498kg)
capacity in an operating environment up to 45F (7C). Maximum static load of 6 high at
1,300 lb. (590kg) capacity in an operating environment over 45F. These figures are based
on conservative load values (less than maximum static vertical load for the entire stack)
with loose or shifting cargo. They assume that the center of gravity is at the center of
the container. Higher stacking is possible with lower loads in the containers. Perstorp
Plastic Systems should be consulted for applications requiring loads different than those
upon which this data is based. |
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