Characteristics of pipe pile concrete mixing plant
Pipe pile concrete mixing station refers to the mixing equipment specially used for the production of concrete for prestressed concrete pipe piles (photovoltaic pipe piles). Itscharacteristics mainly include
Mixing host machine
Generally, vertical shaft planetary mixer and double horizontal shaft forced mixer are adopted.
Control system
The control system of the mixingplant is the core part, and thequality and efficiency of concrete produced by the mixing plant areclosely related to the control systen. Generally, IPC is used as themain control computerto realize communication and control with allparts of the mixing plant through industrial Ethernet.
Metering system
The metering system of the mixing plant is one of the keys to ensurethe quality of concrete. Generally,the electronic scale or sensor isused for metering, which can realize automatic weighing, automaticbatching,automatic recording and other functions.
Batching system
The batching system of the mixing plant is a device for batchingvarious raw materials according to a certain proportion according tothe mix proportion requirements of concrete. Generally, beltconveyor, screw conveyor and other equipment are used for batching,which can realize automatic batching.
Environmental protection performance
Generally, the mixing plant adopts enclosed mixing plant, equippedwith dust removal, noisereduction and other environmental protectionequipment, which can effectively reducedust and noise pollution.
production efficiency
The production efficiency of the mixing plant depends on the mixingcapacity of the mixinghost and the batching speed of the batchingsystem. Generally speaking, the productionefficiency of the mixingplant is high, which can meet the requirements oflargescale concretproduction
Main technical parameters
Cast-in-place PileMixing Station | Model Unit | HZN（S)300 | HZN（S)240 | HZN（S)180 | HZN（S)120 | HZN（S)90 | HZN（S)60 |
Theoretical Productivity | m³/h | 300 | 240 | 180 | 120 | 90 | 60 |
Discharge Height | m | 4 | 4 | 4 | 4 | 4 | 4 |
Production Cycle | s | 60 | 60 | 60 | 60 | 60 | 60 |
Feed Capacity | L | 7500 | 6000 | 4500 | 3000 | 2250 | 1600 |
Discharge Capacity | L | 5000 | 4000 | 3000 | 2000 | 1500 | 1000 |
aggregate bin capacity(optional) | m³ | 4*40 | 4*35 | 4*30 | 4*25 | 4*15 | 4*15 |
Powder bin capacity(optional) | t | 2*300+2*200 | 2*300+2*200 | 4*200 | 4*200 | 4*100 | 2*100 |
aggregate metering accuracy | kg | 0-10000±2％ | 0-8000±2％ | 0-6000±2％ | 0-5000±2％ | 0-4000±2％ | 0-2000±2％ |
cement metering accuracy | kg | 0-3000±2％ | 0-2000±2％ | 0-1800±2％ | 0-1200±2％ | 0-1000±2％ | 0-800±2％ |
Dosing accuracy of the blending material | kg | 0-1000±2％ | 0-800±2％ | 0-600±2％ | 0-400±2％ | 0-400±2％ | 0-300±2％ |
water metering accuracy | kg | 0-1500±2％ | 0-1000±2％ | 0-800±2％ | 0-500±2％ | 0-350±2％ | 0-350±2％ |
dosage accuracy of admixtures | kg | 0-100±2％ | 0-80±2％ | 0-50±2％ | 0-50±2％ | 0-50±2％ | 0-30±2％ |
installed capacity | KW | 420 | 380 | 320 | 230 | 195 | 130 |
