|
| MOQ: | 5 sets |
| Price: | Negotiable |
| Payment Method: | L/C, T/T,L/C |
BSP-P300-CAN SERIES brushless DC water pump
Boosting/circulation/Variable-frequency/Low-noise/shield pump/CAN control/
Changzhou Bextreme Shell Motor Technology Co.,Ltd
An electric water pump performs a very important job in your car. It helps move the coolant from the radiator to all the necessary parts in the powertrain. By utilizing a controller, it can determine how much coolant circulates through the engine at given temperature ranges and maintain a target temperature. The coolant cools down the engine allowing it to run smoothly and live longer. But, If the water pump fails, the engine produces excess heat, which sometimes results in irreparable damage.
An electric water pump uses a motor to send coolant from the cooling system to the engine internals. The system engages once the powertrain starts to overheat. The ECU receives the signal, and it initiates the water pump. On the other hand, conventional pumps, sometimes referred to as mechanical water pumps, use the engine’s torque that drives a belt and pulley system. The harder the engine works, the faster the coolant is pumped. The liquid travels from the radiator to the engine block, then to the cylinder heads, and finally back to its origin.
Main benefits:
■ Technical description (related parts in contact with the liquid)
Pump head housing: PPS+GF
Impeller: PPS+GF
Shield cavity: PPS+GF
Shaft sleeve: Carbon resin composite materials
Shaft: stainless steel shaft
Magnet housing: nylon plastic capsulation
Seal ring: EPDM
■ Driving device (Including motor)
Driving electromagnet: nylon plastic capsulated magnet
Screws and nuts: SUS 304 stainless steel
Driving Motor: brushless motor
Motor wireframe: PPA GF
Pump housing: Die-casting aluminum case with sandblasting and impregnation treatment
Bracket: Carbon steel
Bracket hoop: SUS 304 stainless steel
Waterproof based on IP68 rating (en60529)
Connector model: AMP282106-1 (matched PlugAMP282088-1)
Nozzle diameter:40mm/25mm
■ Model Specifications
BSP-P300-CAN-25(25mm nozzle)
BSP-P300-CAN-40(40mm nozzle)
■ Temperature parameter
Medium liquid temperature: -40℃ to +100℃ (-40°F to + 212°F)
Working ambient temperature: -40℃ to +120℃ (-40°F to +248°F)
Storage temperature: -40℃ to +70℃ (-40°F to +158°F) (up to 100 ℃, but it will shorten the service life)
■ System pressure
-0.2 to 2.5 bar ( 100℃ (212°F).
The service life is more than 20,000 hours based on the rated voltage and 36℃(86°F) ambient temperature.
■ Voltage range
Rated 24V water pump, workable range 18V - 32V
Although the motor can be used in a wide range of voltage and temperature, excessive or too low voltage and temperature will affect the service life of the motor, and the pump can not be exposed to thermal radiation ambient.
Medium liquid: pure water, liquid mixture (Water with below 60% glycol)
|
Working Voltage (VDC) |
Rated power (W) |
Max Flow (L/H) |
Dimensions (mm) |
Weight (g) |
| 18V-32V(24V) | 300W±10W | 3000L/H | 154*115*132 | 1820g |
| Max Head:21M |
■ Electrical parameter
Connector model and the corresponding electrical properties (see figure 3):
| Connector model: AMP282106-1 | 1 | 2 | 3 | 4 | ||
| Matched connector model: AMP282088-1 | GND | CAN:L | CAN: H | DC+ |
■ Attentions
1. Working ambient temperature:-40℃--120℃, should try to avoid close to three-element catalytic, gas discharge pipe system, and engine during the installation, and ensure the working environment temperature.
2. The installation position of the water pump should as much as possible close to the low water level, to extend the service life of the pump.
4. Please use the pump far from the dusty environment, the dust is harmful to reduces the service life
5. Pay attention to the purity of the water, avoid to jam and impeller-blocked to reduce the service life of the pump
■ Performance parameter
Video
Video
Video
Video
Video
|
|
| MOQ: | 5 sets |
| Price: | Negotiable |
| Payment Method: | L/C, T/T,L/C |
BSP-P300-CAN SERIES brushless DC water pump
Boosting/circulation/Variable-frequency/Low-noise/shield pump/CAN control/
Changzhou Bextreme Shell Motor Technology Co.,Ltd
An electric water pump performs a very important job in your car. It helps move the coolant from the radiator to all the necessary parts in the powertrain. By utilizing a controller, it can determine how much coolant circulates through the engine at given temperature ranges and maintain a target temperature. The coolant cools down the engine allowing it to run smoothly and live longer. But, If the water pump fails, the engine produces excess heat, which sometimes results in irreparable damage.
An electric water pump uses a motor to send coolant from the cooling system to the engine internals. The system engages once the powertrain starts to overheat. The ECU receives the signal, and it initiates the water pump. On the other hand, conventional pumps, sometimes referred to as mechanical water pumps, use the engine’s torque that drives a belt and pulley system. The harder the engine works, the faster the coolant is pumped. The liquid travels from the radiator to the engine block, then to the cylinder heads, and finally back to its origin.
Main benefits:
■ Technical description (related parts in contact with the liquid)
Pump head housing: PPS+GF
Impeller: PPS+GF
Shield cavity: PPS+GF
Shaft sleeve: Carbon resin composite materials
Shaft: stainless steel shaft
Magnet housing: nylon plastic capsulation
Seal ring: EPDM
■ Driving device (Including motor)
Driving electromagnet: nylon plastic capsulated magnet
Screws and nuts: SUS 304 stainless steel
Driving Motor: brushless motor
Motor wireframe: PPA GF
Pump housing: Die-casting aluminum case with sandblasting and impregnation treatment
Bracket: Carbon steel
Bracket hoop: SUS 304 stainless steel
Waterproof based on IP68 rating (en60529)
Connector model: AMP282106-1 (matched PlugAMP282088-1)
Nozzle diameter:40mm/25mm
■ Model Specifications
BSP-P300-CAN-25(25mm nozzle)
BSP-P300-CAN-40(40mm nozzle)
■ Temperature parameter
Medium liquid temperature: -40℃ to +100℃ (-40°F to + 212°F)
Working ambient temperature: -40℃ to +120℃ (-40°F to +248°F)
Storage temperature: -40℃ to +70℃ (-40°F to +158°F) (up to 100 ℃, but it will shorten the service life)
■ System pressure
-0.2 to 2.5 bar ( 100℃ (212°F).
The service life is more than 20,000 hours based on the rated voltage and 36℃(86°F) ambient temperature.
■ Voltage range
Rated 24V water pump, workable range 18V - 32V
Although the motor can be used in a wide range of voltage and temperature, excessive or too low voltage and temperature will affect the service life of the motor, and the pump can not be exposed to thermal radiation ambient.
Medium liquid: pure water, liquid mixture (Water with below 60% glycol)
|
Working Voltage (VDC) |
Rated power (W) |
Max Flow (L/H) |
Dimensions (mm) |
Weight (g) |
| 18V-32V(24V) | 300W±10W | 3000L/H | 154*115*132 | 1820g |
| Max Head:21M |
■ Electrical parameter
Connector model and the corresponding electrical properties (see figure 3):
| Connector model: AMP282106-1 | 1 | 2 | 3 | 4 | ||
| Matched connector model: AMP282088-1 | GND | CAN:L | CAN: H | DC+ |
■ Attentions
1. Working ambient temperature:-40℃--120℃, should try to avoid close to three-element catalytic, gas discharge pipe system, and engine during the installation, and ensure the working environment temperature.
2. The installation position of the water pump should as much as possible close to the low water level, to extend the service life of the pump.
4. Please use the pump far from the dusty environment, the dust is harmful to reduces the service life
5. Pay attention to the purity of the water, avoid to jam and impeller-blocked to reduce the service life of the pump
■ Performance parameter
