Model |
Basic 50-12F Pro |
Power |
1000W |
Max.flow |
28m³/h |
Max head |
12m |
Current |
4.7A |
Voltage/ Frequency |
220~240V 50HZ |
Pump housing |
Cast iron |
Pumped liquid |
Water |
Insulation class |
H |
Degree of Protection |
IP44 |
Liquid temperature range |
2-110℃ |
Max System Pressure |
1.0Mpa |
Item NO.:
Basic 50-12F ProMixed circuits in single and double pipe heating systems;
Large-scale systems in different fields such as urban apartments, suburban villas, residential water supply pressurization;
Geothermal systems ;
Hot water circulation, liquid circulation in cooling and air conditioning systems;
Boiler solar water supply,etc..
Basic Pro circulation pumps designed and produced by our specialists have these features: low noise, no leakage, ecological satety in operation, artistic appearance, easy installation and reliable operation.
Basic Pro pumps are of the canned rotor type, i.e. the pump and motor form a single unit without shaft seal. This unit requires only two sealing rings and the bearings are lubricated with pumped liquid.
Advantages of Basic pumps design:
1. Single or three-speed motor.
2. Ceramic radial bearings.
3. Carbon thrust bearing.
4. A protective rotor can, external rotor cover, and bearing plate are made of stainless steel.
5. Cast iron pump housing.
6. Thermal switch integrated in the stator coil, for motors from 300 W.
Working Conditions
1. System pressure: max. 10 bar.
2. Liquid temperature: from +2 to +110 °С.
3. Users can select a model from the type spectra according to the requirment of head, flow and frequency.
4. Power supply: voltage 230V, frequency 50Hz, single-phase AC power.
5. Maximum system pressure: 1.0MPa.
6. Ambient temperature: 0℃ ~40℃, temperature of medium: 2 ℃ ~110 ℃. In order to avoid condensed water in stator, make sure the ambient temperature is lower than liquid temperature.
7. Medium: thin, clean, non-corrosive and non-explosive liquid, does not contain any solid particles, fibers or mineral oil. Pump must not be used for delivering flammable liquids, such as diesel and gasoline.
8. Delivering liquid of high viscosity will reduce performance of the pump, so while choosing a pump, the viscosity of the medium must be taken into consideration.
9. Maintain minimum pressure at the pump inlet to avoid cavitation noise and damage to pump bearings.
1. Product Certification
The product meets the certification requirements of CE, RoHS, and REACH;
2. Product application conditions
2.1 Media requirements for use
Medium used: water or a mixture of water and ethylene glycol (≤ 50%) |
Medium water temperature :2℃~110℃ |
Medium pH value: 6.5~8.5 |
Medium hardness :≤25°dH |
Solid impurity content in the medium: The diameter and length direction of solid impurities are ≤ 0.1mm, and the volume ratio is ≤ 0.1%. |
2.2 Environmental requirements for use
Usage: Keep the axis horizontal |
Altitude: < 1000m |
Operating environment temperature: 0 ℃~40 ℃ (There is no freezing phenomenon in the pipeline and circulating pump) |
Operating environment humidity ≤ 95% |
2.3 Storage environment requirements
Storage environment temperature: -30℃~70℃(There is no freezing phenomenon in the pipeline and circulating pump) |
Storage environment humidity ≤ 95% |
2.4 Comparison Table of Water Temperature and Inlet Pressure
Liquid temperature |
<70℃ |
90℃ |
110℃ |
Inlet pressure |
0.4bar |
0.75bar |
1.4bar |
4 meter lift |
7.5 meter lift |
14meter lift |
2.5 Motor type
Motor type: Single phase Asynchronous motor |
Enamelled wire material: copper |
Insulation level :H |
Motor DC cold resistance at 20 ℃: Main phase resistance: 9.6 ± 5% Ω ; Secondary phase resistance: 11.3± 5% Ω; |
Installation
During installation, the shaft of pump should be parallel to ground. Before start-up, open the venting screw on the top of the motor so that air in the pump can be released well, and then re-fasten the venting screw. This will help preventing pump from dry running.
This performance curve is applicable to clean water at room temperature. If a circulating pump is used for non clean water media, the hydraulic performance of the pump will decrease. Therefore, when selecting a pump, the characteristics of the liquid medium being transported should be considered.
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