$5000≥1Others
| Hình thức thanh toán: | L/C,T/T,D/P,D/A,Paypal,Others |
| Đặt hàng tối thiểu: | 1 kg |
| Giao thông vận tải: | Ocean,Land,Air,Express,Others |
Nguồn Gốc: Trung Quốc
Trạng Thái: Mới
Thời Hạn Bảo Hành: 1 năm
Ngành áp Dụng: Cửa hàng sửa chữa máy móc, Bán lẻ, Công trình xây dựng, khác
Nơi Cung Cấp Dịch Vụ địa Phương (ở Những Quốc Gia Nào Có Các Cửa Hàng Dịch Vụ ở Nước Ngoài): Ai cập, gà tây, Vương quốc Anh, Hoa Kỳ, Nước Ý, Nước pháp, nước Đức, Việt Nam, Phi-líp-pin
Video Kiểm Tra Nhà Máy: Đã cung cấp
Báo Cáo Thử Nghiệm Cơ Học: Đã cung cấp
Loại Tiếp Thị: Sản phẩm mới 2020
Thời Gian Bảo Hành Thành Phần Cốt Lõi: 1 năm
Thành Phần Cốt Lõi: Động cơ, Máy bơm
Electric Power Models:: 5800*1800*1900mm
Diesel Power Models:: 6200*1800*2000mm
Electric Power Model:: 5000KG
Diesel Power Model:: 5800KG
| Đơn vị bán hàng | : | kg |
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Concrete pump pumping principle This machine uses AC motor as the driving power source, the hydraulic system adopts open oil circuit, constant power control, and the concrete delivery volume has the function of stepless adjustment. The pumping system is shown in Figure 5. The pumping system mainly consists of two pumping cylinders 1 and 2, a water tank 3, a reversing device 4, two concrete cylinders 5 and 6, two concrete cylinder pistons 7 and 8, a hopper 9, and a distribution valve 10 (also known as S pipe). ), rocker arm 11, two swing cylinders 12, 13, etc.
1. Pumping cylinder 2. Pumping cylinder 3. Water tank 4. Reversing device 5. Concrete cylinder 6. Concrete cylinder 7. Concrete piston 8. Concrete piston9. Hopper 10. S pipe valve 11. Rocker arm 12. Swing cylinder 13. Swing cylinder 14. Discharge port The concrete cylinder pistons (7, 8) are respectively connected with the piston rods of the pumping cylinders (1, 2), and the two cylinders 1, 2 are connected in series to reciprocate under the action of the hydraulic oil of the pumping cylinders. One cylinder piston advances, the other cylinder piston retreats. The outlet of the concrete cylinder is communicated with the hopper. One end of the distribution valve 10 is communicated with the discharge port 14 of the hopper 9; the other end is communicated with the concrete cylinder 5 or 6. The spline shaft on the distribution valve 10 is linked with the rocker arm. Under the action of the swinging oil cylinders 12 and 13, the distribution valve 10 can swing left and right and communicate with the concrete cylinders (5, 6) alternately. When pumping concrete, under the action of the pumping cylinder, the concrete piston 7 is pushed forward, and the concrete in the concrete cylinder 5 is pushed into the distribution valve 10 and into the discharge port 15 (at this time, the distribution valve 10 is connected to the concrete cylinder 5. At the same time, the concrete piston 8 runs backward, and the concrete material in the hopper 9 is sucked into the cylinder 6. When the concrete piston 8 retreats to the end of the stroke, the hydraulic control check valve 4 on the pumping cylinder is opened (refer to the hydraulic principle diagram), and the control oil flows from the hydraulic control check valve to the hydraulic control two-position four-way valve to change the valve. Towards. Swing the oil cylinder (12, 13), so that the distribution valve 10 is connected with the concrete cylinder 6, and the concrete cylinder 5 is connected with the hopper. At this time, the high-pressure oil of the system is passed through the swinging oil cylinder to change the direction of the two-position four-way valve (refer to the hydraulic principle diagram), so The piston 7 retreats and sucks concrete from the hopper, and the piston 8 moves forward to push the concrete in the concrete cylinder into the S valve and the conveying pipeline. This cycle enables continuous pumping (see Figure 6). When the pump is reversed, the "reverse pump" button is operated to make the concrete cylinder in the suction stroke communicate with the distribution valve, and the concrete cylinder in the push stroke to communicate with the hopper, so that the concrete in the pipeline is pumped back to the concrete cylinder 5, The concrete in the cylinder 6 is pressed back into the hopper 9 (see Figure 7). |
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