| Exporter, Wholesale, Manufacturer | |
| Tehran |  |
| +989122003350 | |
- Price :negotiated
1013 FUEL PUMP , Iran
- Price :To negotiate
- order by whatsapp
The Model 1013 electric fuel pump features a housing made from 33% glass-fiber reinforced polyamide composite. Its 12V brushless DC motor draws a maximum current of 7A with 85% efficiency. The pumping system utilizes a side-channel rotary design with ±5 micron manufacturing precision. This pump maintains a nominal pressure of 4.0 bar with ±0.1 bar accuracy at 23°C. The volumetric flow rate under standard conditions is 135 L/h with a 5% tolerance. The internal relief valve activates at 5.5 bar pressure and has a zero-leak rate. The operational temperature range for fuel and environment is defined from -40°C to +125°C.
The internal structure includes a 25-micron stainless steel inlet filter and a silicone vibration damper. The fuel fittings are made from PA66 with chemical resistance to oxygenated gasoline. The pump withstands static hydraulic pressure up to 10 bar and 1000 thermal shock cycles. Its designed service life equals 8000 hours or 200,000 kilometers of operation. The acoustic noise level under full load is measured below 40 decibels. The integrated PWM controller regulates flow rate with less than 2.5% error. The insulation resistance against 1000V AC exceeds 50 megohms.You can order and buy 1013 FUEL PUMP from Iran by contacting us through whatsaap and email.
WEBSITE: 1013 FUEL PUMP Iran
Difference Between Electric and Mechanical Fuel Pumps
The electric fuel pump operates using electrical power, typically inside or near the fuel tank. It generates a higher, more consistent pressure usually 3 to 5 bar. Its operation is managed by an electronic control unit. The older mechanical pump is driven directly by the camshaft or crankshaft. This pump produces lower pressure about 0.3 to 0.7 bar and is used in carbureted engines. Electric pump efficiency is higher due to precise electronic control. Mechanical pumps are simpler but prone to failure from mechanical wear. Modern injection systems rely entirely on high-pressure electric pumps.
