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* Note:
Adobe Acrobat
may be required.
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ShotCrete Plus - Reed
LOVA
LOVA provides a very even flow of material which allows uniform hydration
and smooth placement. The adjustable output of material may be increased
without sacrificing the quality of the application.
Standard Features:
-
Continuous
feed hopper with bag breaker
- 2 blade or 5 blade agitator
- Screen and direct drive 5 hp, 8 AM, air motor for LOVA 8
- Screen and direct drive 9 hp, 16 AM, air motor for LOVA 16
- Optional electric drive motor
- Optional hopper safety hood
- Optional dust suppression system
- Optional ultralight non-stick rotary feed wheel
Applications:
- Refractory
- Shotcrete
- Gunite
- Tunnels
- Concrete Repair
- Buildings
- Excavations
- Slope Stabilization
- Rockscaping
- Pools
- Mines
- Channels
- Piers
- Sea Walls
- Sewers
- Parks & Zoos
- Retaining & Fire Walls
- Dams & Reservoirs
- Sand & Rock Backfill
- Concrete Pipe
- Ditches

* Subtract roughly 90 SCFM (2.5M/MIN) from air requirement it
electric model is used. Additional air may be required depending on altitude
and atmospheric pressure. L.A. (Large Aggregate Feed Bowl)
**Feed Bowl, material, air system, nozzteman capability together determine
maximum output.
Specifications subject to change without prior notice.

Maximum theoretical performance shown above. Performance will
vary depending on slump, mix design and delivery tine diameter.
Specifications subject to change without prior notice.
Operating Principle:
REED’s LOVA dry mix gun has
been using the same basic operating
principle for over 40 years.
-
The
dry mix is fed through a hopper into the pockets of the
rotary feed wheel.
- The rotary feed wheel, driven by a heavy-duty oil bath gear
drive, rotates the mix under
the conveying air inlet and
material outlet.
- With the introduction of single source compressed air, the mix is
evacuated from the feed wheel pockets and then travels through the
outlet.
- The dry mix is then conveyed in sus pension through the dry mix hose
to the shotcrete nozzle where water is introduced.
© CyberSudbury Inc. 2006
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