|
|
Click Here for More! |
Click Here for More! |
Click Here for More! |
Click Here for More! |
|
Pump Mode |
60W |
85W |
90W-BOSCH 058 |
90W-BOSCH 2570 |
|
Power |
60W |
60W |
90W |
90W |
|
Rated Voltage |
DC12V |
|||
|
Operating Voltage |
DC 8.5V-16V |
DC 9.5V-16V |
DC 9V-16V |
DC 9V-16V |
|
Max Flow |
40L/Min |
45L/Min |
2400L/H |
2400L/H |
|
Max Lift |
8M |
9M |
7M |
7M |














This pump is with 12V 90 watt high power, high quality and built-in driver circuit.
The pump maybe used for automotive cooling cycle originally, with high-temperature resistant up to 120 degree.
When testing, the waterflow is very large, the peak working current can reach about 7.5A.
Users must pay attention to the positive and negative polarity when connecting the pump to power, it can work normally with DC 9V-16V in real test.




Specification:
Brand: BOSCH
Model: 058
Voltage: DC 12V
Protection class: IPX7
Other features: pulse width modulation
Flow: 2400 l/h (634.17205 us gal/h)(No-load test data)
Max Lift: 7 Meters
Pressure: 0.85 bar (12.328 psi)
Power: 90 watts (0.12 hp)
Net Weight: 660 g (23.28 oz)
Fluid: used for cooling water, coolant
Operation: with brushless DC motor
Technology: centrifugal
Fields: Industrial, Machine Tools, Automotive Industry, Renewable Energies, Marine Applications, Air Conditioning, Engines
Applications: circulation, cooling, drainage, recirculation, conveying, cooling systems, cooling towers, refrigeration, solar heating
Quick Start Guide:
• Operate pump only after system has been filled with fluid. Avoid air ingestion and cavitation.
• Maximum system pressure of 250kPa. (not to be confused with pump delta-P)
• Pump can be run without the signal (S) pin connected. This will operate the pump at maximum speed.
• Please note, there is a 2 second startup delay if the pump is to be operated without the signal (S) pin connected.
• Do not drive the +/- terminals with a PWM waveform. If terminal S is not used, the pump is used as an ‘on or off’ device (not dithered).
• Permissible voltage range on the + terminal is 8 to 16V. The performance chart to the right is given at 12V.
• Ambient condition range is -40 to 140°C. Maximum fluid temperature of 85°C.
• If the pump detects that it is being run dry, it will turn itself off, try again, but will quit if unsuccessful >20 times.
• A power reset (+12V key cycle) will allow more re-tries.
• The pump will self-protect itself against over-temperature. First a de-rate to 60% speed will occur and then it will stop if temperature reaches a critical level.
If PWM Speed Control *is* Used:
• Terminal “S” driven with: +12V (nominal) PWM controlled, 9 to 110Hz. (nominal = 100Hz)
• If 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 12-93% duty cycle will be delivered

This pump is with 12V 90 watt high power, high quality and built-in driver circuit.
The pump maybe used for automotive cooling cycle originally, with high-temperature resistant up to 120 degree.
When testing, the waterflow is very large, the peak working current can reach about 7.5A.
Users must pay attention to the positive and negative polarity when connecting the pump to power, it can work normally with DC 9V-16V in real test.





Specification:
Brand: BOSCH
Model: 2570
Voltage: DC 12V
Protection class: IPX7
Other features: pulse width modulation
Flow: 2400 l/h (634.17205 us gal/h)(No-load test data)
Max Lift: 7 Meters
Pressure: 0.85 bar (12.328 psi)
Power: 90 watts (0.12 hp)
Net Weight: 660 g (23.28 oz)
Fluid: used for cooling water, coolant
Operation: with brushless DC motor
Technology: centrifugal
Fields: Industrial, Machine Tools, Automotive Industry, Renewable Energies, Marine Applications, Air Conditioning, Engines
Applications: circulation, cooling, drainage, recirculation, conveying, cooling systems, cooling towers, refrigeration, solar heating
Quick Start Guide:
• Operate pump only after system has been filled with fluid. Avoid air ingestion and cavitation.
• Maximum system pressure of 250kPa. (not to be confused with pump delta-P)
• Pump can be run without the signal (S) pin connected. This will operate the pump at maximum speed.
• Please note, there is a 2 second startup delay if the pump is to be operated without the signal (S) pin connected.
• Do not drive the +/- terminals with a PWM waveform. If terminal S is not used, the pump is used as an ‘on or off’ device (not dithered).
• Permissible voltage range on the + terminal is 8 to 16V. The performance chart to the right is given at 12V.
• Ambient condition range is -40 to 140°C. Maximum fluid temperature of 85°C.
• If the pump detects that it is being run dry, it will turn itself off, try again, but will quit if unsuccessful >20 times.
• A power reset (+12V key cycle) will allow more re-tries.
• The pump will self-protect itself against over-temperature. First a de-rate to 60% speed will occur and then it will stop if temperature reaches a critical level.
If PWM Speed Control *is* Used:
• Terminal “S” driven with: +12V (nominal) PWM controlled, 9 to 110Hz. (nominal = 100Hz)
• If 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 12-93% duty cycle will be delivered


