Overview
| displacement | Wheelbase | ||
| speed | Track gauge | ||
| Delivery distance | lift | ||
| voltage | current | ||
| Number of poles | granularity | ||
| amplitude | horsepower | ||
| stroke | Net weight | ||
| Gradient | productivity | ||
| Transmission | Shelf life | ||
| Gas consumption | Recovery amount | ||
| Flatness | Excitation force | ||
| Balancing weight | Track width/rear | ||
| Track width/front | Discharge method | ||
| Number of impellers | New and old degree | ||
| Pump shaft position | Loading height | ||
| Aggregate size | Number of trips | ||
| Customized or not | Processing customization | ||
| Degree of crushing | control mode | ||
| Pitch angle | Leg span | ||
| Rotation method | Working radius | ||
| Cement silo | Discharge speed | ||
| Feed speed | Climbing ability | ||
| Front wheel axle | service life | ||
| Applicable models | Loading quality | ||
| Composition structure | Conveying pipe diameter | ||
| Water pump flow rate | Aggregate size | ||
| processing capacity | Stone size | ||
| Cross slope error | Directional control method | ||
| Paving width | Compacted thickness | ||
| Traveling mechanism | Paving thickness | ||
| Mixing cylinder capacity | Discharge capacity | ||
| Effective lifespan | Mixing depth | ||
| Conveying distance | Concrete slump | ||
| Rod head length | Sieve size | ||
| Independent height | End hose | ||
| Conveying pipe diameter | Tower body section | ||
| System flow | system pressure | ||
| Fabric radius | Delivery pressure | ||
| Is it the original factory | Is it customizable | ||
| Concrete pipe diameter | Mixer model | ||
| Cement screw machine | Inclination angle of mixing drum | ||
| Discharge residual rate | Auxiliary brake | ||
| Mixing drum length | Applicable water cement ratio | ||
| Inner diameter of conveying pipe | Rotor capacity increase | ||
| Feed inlet height | Outlet height | ||
| Storage hopper capacity | High work efficiency | ||
| Climb box spacing | Hopper lifting speed | ||
| Maximum aggregate size | Rated feed capacity | ||
| Horizontal length of boom | Supporting host model | ||
| Aggregate conveying capacity | Sand conveying capacity | ||
| Accelerator additive | Dust concentration during operation | ||
| Type of concrete machinery | Fabric spreader | Concrete outlet pressure | |
| Mixing tank conveying capacity | Continuous adjustable injection volume | ||
| Number of vibrations per minute | Theoretical conveying capacity of concrete | ||
| Theoretical concrete conveying capacity | Water pump model of water supply system | ||
| Measurement accuracy of asphalt powder | Maximum outlet pressure of concrete | ||
| Height of the upper opening of the feeding hopper from the ground | Continuously adjustable dosage of accelerator | ||
| brand | Jinyi | model | Type 100 |
| Motor power | 2.2+0.75+1.5 | Overall dimensions | 7700 * 1600 * 1700mm |
| Overall weight | 1500kg | specifications | 100, 80, 60, 120 |
Product Details
The working principle of the prefabricated component equipment consists of five parts: an electric motor, a reducer, and an air compressor, a diagonal pull hopper, and a power distribution unit. The forklift roller tray, a flat rail discharge, and a vibrating roller push table. The material is distributed by a mixing station or mixer, and the hopper is controlled to pull diagonally. The equipment is horizontally fed with external materials, and high-frequency vibration is used to flatten and smooth the concrete inside the grinding tool. The prefabricated components are evenly attached to the grinding tool, and shipped to the forklift roller tray for transportation to the sun farm. Advantages of prefabricated component equipment: The automation level of prefabricated component equipment is high, and the entire equipment requires almost no manual operation except for startup and shutdown, basic joystick control, and daily operations. Its production efficiency is high, operating costs are low, production is large, and the finished products of prefabricated components have high strength and meet the material requirements of high-speed bidding sections. The equipment configuration of prefabricated component equipment is mainly determined based on the purpose of prefabricated components, and can be customized separately. We provide pre-sale, in sales, and after-sales services
Drainage ditch cover plate small concrete prefabricated component, small prefabricated component concrete pouring production line, including two parallel guide rails laid on the ground, at least one vibration platform between the two guide rails, a hopper on both guide rails, a roller for walking on the guide rail at the bottom of the hopper, a feeding port above the hopper, a discharge port below the hopper, and a cover plate at the discharge port, One side of the cover plate is rotatably connected to one side of the discharge port through a bearing, and the bottom of the cover plate is equipped with a connecting rod; One end of the connecting rod is fixedly connected to the cover plate, and the other end extends beyond one side of the hopper; On the side wall of the hopper on the protruding side of the connecting rod, there is a manual rotating wheel, which is connected to the hopper side wall through a rotating shaft. The two ends of a steel wire rope are respectively connected to the rotating shaft and the connecting rod at the bottom of the cover plate. cement concrete