Here's a rewritten version in bullet points:
Performance Data and Curves
Performance testing was conducted with an inlet pressure of 0 PSI, ambient temperature of 25°C, water temperature of 25°C, and a power supply of 12V DC.
The stated performance data is based on the use of a 3/8-inch pipe.
Performance results may vary when different pipe sizes are used due to changes in flow and pressure characteristics.
All published performance values should be considered as reference data under controlled test conditions.
Temperature Rise Characteristics
The temperature rise curve was determined under the following conditions:
Ambient temperature: 25°C
Inlet pressure: 0 PSI
Operating pressure: 70 PSI
To protect the motor from overheating, a built-in thermal protector activates when the housing temperature reaches approximately 73°C.
Once activated, the thermal protector disconnects the motor circuit, allowing the motor to cool down before operation resumes.
Continuous operation is possible when the motor temperature remains below the thermal protection cutoff threshold.
Temperature rise and performance values are approximate and may differ under actual operating conditions.
Environmental factors such as ambient temperature, pressure, installation conditions, and system load can affect the pump’s overall performance and temperature characteristics.
Here's a rewritten version in bullet points:
Performance Data and Curves
Performance testing was conducted with an inlet pressure of 0 PSI, ambient temperature of 25°C, water temperature of 25°C, and a power supply of 12V DC.
The stated performance data is based on the use of a 3/8-inch pipe.
Performance results may vary when different pipe sizes are used due to changes in flow and pressure characteristics.
All published performance values should be considered as reference data under controlled test conditions.
Temperature Rise Characteristics
The temperature rise curve was determined under the following conditions:
Ambient temperature: 25°C
Inlet pressure: 0 PSI
Operating pressure: 70 PSI
To protect the motor from overheating, a built-in thermal protector activates when the housing temperature reaches approximately 73°C.
Once activated, the thermal protector disconnects the motor circuit, allowing the motor to cool down before operation resumes.
Continuous operation is possible when the motor temperature remains below the thermal protection cutoff threshold.
Temperature rise and performance values are approximate and may differ under actual operating conditions.
Environmental factors such as ambient temperature, pressure, installation conditions, and system load can affect the pump’s overall performance and temperature characteristics.
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