Brushless 100W 12V Circulation Water Pump High-flow Intercooler Pump PWM Control

Description: Brushless 100W 12V Circulation Water Pump High-flow Intercooler Pump PWM Control Brushless 100W 12V Circulation Water Pump High-flow Intercooler Pump PWM Control Package Included *1PCS DC 12V 100W Brushless Pump. *1PCS Connecting Wire. *1PCS PWM Signal Generator. Wiring Diagram DC12V 100W Brushless Water Pump This versatile water pump is designed specifically for electric vehicle cooling systems, ensuring excellent quality and reliability. Its exceptional design allows for operation in extreme environments, ranging from minus 40 degrees Celsius to plus 120 degrees Celsius, ensuring lasting and stable performance. Utilizing a brushless DC motor and controlled through PWM, it effortlessly adjusts its speed, showcasing remarkable efficiency, low noise, and high flow rates. Its unique physical isolation design ensures that the pump rotor, motor stator, and drive circuit are separated from the water, ensuring safety and dependability.The pump body is made of aluminum alloy, which is sturdy and has excellent waterproof performance. It is widely used in a variety of fields, including automotive cooling systems, lithium battery cooling systems, server water cooling systems, soilless cultivation water circulation, fish tank water circulation, garden watering, RV water supply, underfloor heating heat circulation, and solar water pumps. Specification:Brand: BLDCC Rated Voltage: DC 12V Operating Voltage: DC 8.5V ~ 16VRated Current: 7.5A Power: 100W (Max)Max Head: 9M Max Flow: 45L/Min (12 GPM)Noise Class form 1M: ≤45dB Waterproof Class: IP68OD of Inlet: 16&22 mm OD of Outlet: 16&22 mm Remarks: Not Self-primingLiquid Temperature：-40°-120°C Ambient Temperature：-40°-120°CMotor Type: Brushless DC motorIdeal Life Time: 30,000 HoursNet Weight: 835g/1.84lbsPackage Weight: 950g/2.09lbsWorking Fluids: Water, Antifreeze, Low viscosity oil,etc.Power Supply: DC power supply, battery, solar powered If PWM Speed Control *is* UsedIf there is no PWM signal within 2 seconds of power-on, the default mode of full speed operation will be used. If there is a valid PWM signal, a speed-proportional response to a commanded 13-90% duty cycle will be delivered.+12V PWM controlled, Recommended PWM frequency: 50Hz to 200Hz (nominal = 100Hz)Recommended PWM Duty range: 13 - 90%The water pump operates at its minimum speed when the PWM duty cycle is 13%, and it reaches its maximum speed when the PWM duty cycle is greater than 90%. Please Note:1, The positive and negative poles of the pump must be connected correctly to prevent damage to the pump. The working voltage range of the pump is DC8.5V to 16V.2, The maximum power of the pump is 100 watts. A power supply with a capacity greater than 100W must be used, otherwise the pump may not work properly.3, The pump should only be used with clean liquid to prevent clogging and damage to the pump. If the liquid contains granular impurities, a filter should be installed at the inlet to prevent the impurities from entering the pump.4, The water pump needs to have water for testing; otherwise, it will detect the lack of water and stop working. Testing the water pump without water will cause it to start and stop multiple times, eventually leading to a protective shutdown.5, The pump has no self-priming ability. The pump inlet must be below the water surface for the pump to work. Alternatively, the entire pump can be immersed in water. The pump is waterproof and can be used as a submersible pump.We will send a connecting wire with each pump, the orange wire is connected to the positive pole of the power supply, the black wire is connected to the negative pole of the power supply, and the green wire is the PWM speed control wire (if you do not need speed control, just donot connect the gree wire). PWM Signal Generator PWM signal generator is a device that provides electrical signals at a variety of frequencies, square wave, and output levels. It is used as a signal source or excitation source for testing. Widely used in production practice and technology. Features: 1>.With outer casing; 2>.LCD high definition display; 3>.Support UART; 4>.Support frequency adjustment; 5>.Support duty cycle adjustment; 6>.High precision detection; 7>.Support power-down memory function; 8>.1-Channel PWM output. Parameters: 1>.Product name: PWM Signal Generator; 2>.Model: XY-PWM; 3>.Work voltage: DC 3.3V-30V; 4>.Frequency range:1Hz~150KHz; 5>.Frequency accuracy:2%; 6>.Duty cycle range:0.00%-100%; 7>.Output Current: About 5-30mA; 8>.Output amplitude: Same to input voltage; 9>.Size:79*43*27mm; 10>.Operating temperature:-20℃~70℃; Frequency set range: Enter the settings interface when short press any button ‘FREQ+’ or ‘FREQ-’ in the normal running status to select frequency range. Automatically switch frequency range. Pay attention to the position where the decimal point moves when the button is pressed. Display ‘XXX’. No decimal point, The minimum frequency is 1Hz. The frequency range is 1Hz ~ 999Hz. Display ‘X.XX’. The decimal point is the penultimate, The minimum frequency is 0.01KHz.The frequency range is 1.00KHz ~ 9.99KHz. Display ‘XX.X’. The decimal point is the third last, The minimum frequency is 0.1KHz.The frequency range is 10.0KHz ~ 99.9KHz. Display ‘X.X.X’. The decimal point is fully lit, The minimum frequency is 1KHz.The frequency range is 1KHz ~ 150KHz. For example: Display ‘100’ means PWM output frequency is 100Hz; Display ‘1.01’ means PWM output frequency is 1.01KHz; Display ‘54.1’ means PWM output frequency is 54.1KHz; Display ‘1.2.4’ means PWM output frequency is 124KHz; Duty cycle set range: Enter the settings interface when short press any button ‘DUTY+’ or ‘DUTY-’ in the normal running status to select duty cycle. Automatically switch frequency range. Duty cycle range is 0.00%-100%. Use steps: 1>.Connect to power supply; 2>.Short or long press button ‘FREQ+’ or ‘FREQ-’ to set frequency; 3>.Short or long press button ‘DUTY+’ or ‘DUTY-’ to set duty cycle; 4>.Connect to load. UART communication and parameter settings The system supports UART data upload and parameter setting functions (TTL level); UART: 9600, 8, 1 1>.Set PWM frequency: ‘F101’:Set frequency is 101Hz.‘101’ can by replace by 001~999; ‘F1.05’:Set frequency is 1.05KHz.‘1.05’ can by replace by 1.00~9.99; ‘F10.5’:Set frequency is 10.5KHz.‘10.5’ can by replace by 10.0~99.9; ‘F1.0.5’:Set frequency is 105KHz.‘1.0.5’ can by replace by 1.0.0~1.5.0; 2>.Set PWM duty cycle: ‘DXXX’: Set duty cycle is XXX. ‘XXX’ can be 000-100. E.g:‘D051’ means PWN duty cycle is be set as 51%. 3>.Read set parameter: Send ‘read’ and then get parameter. 4>.Return value: Return ‘DOWN’: Set success. Return ‘FALL’: Set fail. Application: 1>.Square wave signal generator, generating square wave signal for experimental development; 2>.Used to generate a square wave signal that controls the motor driver; 3>.Generate adjustable pulses for use by the MCU; 4>.Dimmer; 5>.Speed governor; Note: It's 1-channel PWM output signals are the same. They can not adjust independently. About Shipping 1. Please confirm your shipping address is correct, we are not responsible for undeliverable address. We reserve the right to charge shipping fee for returned items due to wrong address. 2. We ship to worldwide, items are generally shipped out within 1-3 business days after receiving confirmed payment, we provide tracking number freely for all buyers. 3. It usually takes about 7-15 business days for shipping to United States and 25-40 business days to other countries. Please make sure you accept the shipping time before order. 4. This listing only includes the item price and shipping charges, Import custom duty tax fee are not included. Any potential custom duty tax fee applied to the parcel are buyer's responsibility, buyers please make clearly of this point before order.

Price: 79.99 USD

Location: Shenzhen, Guangdong

End Time: 2024-04-16T12:12:20.000Z

Shipping Cost: 0 USD