TBC RECYCLING BUCKET CRUSHERS
Tramac's Bucket Crushers offer a new approach to processing and recycling stone, asphalt and concrete debris on-site. These tough buckets can eliminate the expense of separate crushing and handling equipment, and make costly dumping and transport unnecessary. An electromagnetic iron-separating magnet is optional, and easily installed on-site. In 2007, the TBC Bucket Crusher received several prestigious international awards for its innovative design and job site cost savings.
Applications: Collecting, crushing, and handling stone,
concrete, and asphalt debris at demolition/construction sites, quarries and
mines for on-site recycling or removal.
Carrier: Designed for carriers weighing 26,400 lbs. and over.
Design Features:
- Can handle all types of inert material: stone, concrete and asphalt debris, mine and quarry waste.
- Range of sizes -- suitable for large and small work situations.
- Permits debris to be re-used in situ with one easy collection-crushing operation; or crushes and loads debris for removal.
- Built for heavy-duty applications, dependable trouble-free operation and low maintenance
- Wide-aperture buckets with large capacities
- Able to quickly crush material to sizes between 3/5 and 5 inches.
- Magnet option: easy to attach to the bucket on-site, this electromagnetic iron separator comes with its own installation kit.
| Specifications | TBC125 |
TBC150 |
TBC175 |
TBC195 |
|
|
Weight |
lbs. |
3300 |
4850 |
7700 |
10,800 |
Recommended Carrier Weight |
US
tons |
8.8 or over |
13.2 or over |
22.1 or over |
33.1 or over |
|
Output/hour (approximate)* |
cu. yd. US tons |
5-20 8-35 |
8-30 15-50 |
12-40 24-70 |
18-50 36-90 |
|
Jaw Adjustment Range |
in. |
.79 to 3.93 |
.79 to 5.1 |
.79 to 5.1 |
.79 to 5.1 |
|
Crusher Opening |
in. |
24 x 17 |
27 x 21.75 |
35.5 x 18 |
48 x 18 |
|
Flow Range |
us gpm |
30-60 |
40-80 |
48-80 |
58-80 |
|
Relief Pressure |
psi |
3335-4350 |
3335-4350 |
3335-4350 |
3335-4350 |
|
Maximum Back Pressure |
psi |
145 |
145 |
145 |
145 |
*Output rate varies with material hardness and size of finished product