OverviewTB 100C is a state-of-the-art crawler
concrete pump featuring an S-valve and variable output, designed for demanding construction tasks such as filling bored piles and special civil works. It boasts a robust hydraulic system, a solid structure, and reliable controls, ensuring high performance with various concrete types and low operating costs.
Applications- Bored piles casting
- Pumping concrete up to 40 mm
- Pumping grouts
- Land reinforcement
- Micro-piles and pressurized mortar injection
- Compaction grouting
Technical Features- Easy maintenance with practical canopy doors
- Hydraulically operated discharge door for quick cleaning
- Generously dimensioned components
- Integrated large water tank
- Compact design with a new internal layout
- Innovative hopper-valve-agitator design for harsh concrete
- Remote control for pump and crawler
- Optical and acoustic warning devices
Scope of Delivery- 6-cylinder liquid-cooled diesel engine
- Hopper assembly with S-valve and agitator
- Concrete grill with vibrator
- Automatic lubrication system
- Outlet collector with Victaulic couplings
- Hydraulic discharge door
- Safety horn
- Steel crawler chassis
- Optimized hydraulic circuit
- Electromechanical control board
- Bosch Rexroth variable displacement pump
- Radio remote control
- Accessory box
Optional Features- Water pump (40 l/m’ - 20 bar)
- Various hose dimensions and accessories
- Hydraulically controlled air compressor
- Rubber pads for crawler
Technical Data- Engine: Deutz TCD 6.1 L6, 180 kW, 241 HP
- Adjustable output: 70 m3/h (piston side), 105 m3/h (rod side)
- Max aggregate size: 40 mm
- Max working pressure: 142 bar (piston side), 100 bar (rod side)
- Pumping cylinders: Ø 200 mm, stroke 2000 mm
- Max strokes: 17 (piston side), 27 (rod side)
- Drive cylinder diameter: 140/90 mm
- Delivery manifold: Ø 180 mm
- Hopper capacity: 550 l
- Water tank capacity: 700 l
- Diesel tank: 200 l
- Filling height: 156 cm
- Chassis: Crawler with pads
- Dimensions: 645 x 240 x 275 cm
- Weight: 10,500 kg
Note: Performance data are theoretical and depend on material quality, pump wear, and hose diameter. Distance and height performance cannot be achieved simultaneously.
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