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ปั๊มซัมเมอร์สพลังงานแสงอาทิตย์ ปั๊มน้ำโซล่าเซลล์ พร้อมอินเวอร์เตอร์ 1500W AC220V DC300V Dual-Use Brushless high-speed solar water pump max flow 5T/H. Head 50/85M. ประสิทธิภาพสูงกว่าทั่วไป 15-20% (สั่งทำ 1-2 อาทิตย์)
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4 Inch Solar Water Pump (DC AC Dual Input)
Model Number Formation
Connection between Head and Flow
Connection between Speed, Head, Flow and Power
Product Details
The Pump
The Motor
Rotor of our permanent magnet synchronous motor is made of rate earth magnet, driven by a diver which works when gap between rotor and winding differs. Pump speed is decided by its driver. Rotating magnetic field of motor and stator keep rotating synchronously.
It can work under constant power, speed, and torque with quick reflection and precise control. With constant speed, it can keep the head and flow unchanged in wide range of voltage.
Its efficiency is 15% to 20% higher than other single-phase asynchronous motor (include loss from motor and controller) and 7% to 10% higher than three-phase asynchronous motor. And if we equip three-phase asynchronous motor with frequency conversion controller, permanent magnet synchronous motor can be 10% to 13% higher than it.
It is equipped with a controller which adopts DC frequency inverter technology. This controller can protect the motor when it is over-heated, over current and over loaded.
Motor speed can be designed as required. When speed is high, motor size will be smaller and material cost will be lower.
Usually efficiency of pump body is 50%-70%, installing permanent-magnetic synchronous motor in the pump, efficiency of pump can be improved by 5%-7%.
Performance comparison between pump with permanent magnet synchronous motor and pump with normal speed
| MARSROCK's | |
| Technology | New generation technology, high speed motor |
| Rotation | 0 to 7200 frequency change, Synchronous constant speed |
| Power source | 50/60Hz AC,DC and Solar power |
| Voltage | Wide voltage -30%+10% |
| Pump motor | Permanent magnet brushless DC high speed and synchronous motor |
| Frequency | Synchronous and DC frequency change |
| Motor efficiency | 83%-92% |
| Unit efficiency | 2%-5% higher than the GB (including controller) |
| Volume | 1/4 to 1/6 |
| Weight | 1/4 to 1/6 |
| Functionality | Multifunctional and no limit, automatic protection |
The Controller
This pump should be worked with our exclusive controller. It owns frequency control, constant velocity and so on, so it can be pumped water under the work model such as constant pressure, constant flow, time switch, remote network operation and intelligent operation. The pump works both at 50Hz and 60Hz, and also can remain the head and flow unchanged under wide voltage, output constant when the voltage pulsation happens. As this pump is used high efficiency motor (the max efficiency for motor is about 92%), the power factor is up to 0.99. After deducting the comprehensive loss of controller, the final efficiency still higher than the well pump droved by single phase asynchronous motor.
Our pump can be powered by AC and DC solar. If connected to solar panels, it can be solar pump. Our successfully developed solar pumps can change frequency automatically. Input power can switch between solar and AC power automatically. Solar power can be fully used, which is more advanced than other solar pumps working in MPPT. Power can range from hundreds watt to thousands watt. Efficiency of our pump is at least 20% higher than other pumps.
This pump is mainly used for all kinds of water supply and drainage, fountain, solar system and all other field requires deep well pump, widely used in industry, agriculture, petrochemical industry, medicinal industry and all kinds of water process.
This pump has obvious advantages especially for those request high pump head and big power. It’s a new generation
electromechanical integration well pump, and it would be the future direction of deep well pump development.
| Solar energy plate connection reference | |||
| Pump Voltage | Solar Panel Voltage | Solar panel QTY | Connection Method |
| V | V/PC | PC | |
| 12V | 12 | 1 | In series connection |
| 24V | 24 | 1 | |
| 48V | 24 | 2 | |
| 96V | 24 | 4 | |
| AC220V/DC300V | 16 | 18~19 | In series connection |
| 24 | 12~13 | ||
| 30 | 10 | ||
| 36 | 8 | ||
| AC380V/DC530V | 16 | 33~38 | In series connection |
| 24 | 22~25 | ||
| 30 | 18~20 | ||
| 36 | 15~17 | ||
| Note: | This is only one group, if power is not enough, just connect one or several groups and voltage will keep the same. Solar voltage means working voltage of solar panels, we mention 24V solar panel, and its open circuit voltage is 30-36V(changed with temperature) | ||
Notice For Using Pump:
1. If pump is working on its max. Head, then pump can be displaced 100 meter under the water. Before working, please check that whether the pump is in good condition, no loose connection, no seepage and leakage of oil and no damage of cable. Use the ohmmeter to measure insulation electric resistance of pump. When the pump is in cold conditions, the electric resistance can be ≥50MΩ, and when the pump is in hot conditions, the electric resistance can be ≥2MΩ.
2. The pump power requirement is±10%. When the controller output power is constant and the voltage is too low, the output current will increase and reach the upper limit of the controller for protection so that the controller will stop working. At this time we should change the pump to manual working mode and slow down the speed a bit.
3. The pump should be equipped with its unique electric brake and switch separately. Ground terminals on the pump housing should be connected to the ground wire. Wires in green and yellow colors are ground wires and should be connected to the ground accordingly. When the cables equipped on the electric pump are not long enough and should be lengthened, the diameter of the lengthened cable must be larger than the previous one. Use waterproof adhesive tape to seal the joint.
4. Before using, connect the pump to power supply and check whether its starting and running are normal. Please note that pump should work in counterclockwise direction. Keep the pump working in short time to check whether the rotation direction of the electric pump is correct for the one that forbids rotating without water. If the rotation direction of the three-phase electric pump si not correct, then adjust any two of the power input lines.
5. The installing and hoisting of electric pump should be performed at the annular ring by the lifting rope. It is forbidden to lift the cable to hoist the electric pump. It should be more than 1m from the water bottom so as to prevent the suction of sediment and avoid the damage of components such as machine ring and impellers.
6. Pay attention to the descending condition of water level when the electric pump is working, especially when it is working under the well. Never keep the electric pump work emerging the water level or without water, otherwise the motor and other components may be damaged. Also the pump can’t work under sludge or the motor will be damaged because of poor heat dissipation.
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