Brand: Yingpeng
Model: BFM-10YB/GX12
Waveform: pure sine wave output, portable voltage regulation, intelligent frequency conversion
Power: single cylinder 4-stroke, overhead valve, forced air cooling
Exhaust volume: 53.5cc
Compression ratio: 8.2:1
Rated speed: 4800 rpm
Ignition system: non-contact transistor ignition
Starting system: easy to start by hand
Fuel tank capacity: 2.6L
Fuel: unleaded gasoline, engine oil capacity: 400ML
Oil: SF 5W-30,10W-40
Rated frequency: 50Hz
Rated voltage: 230V
Rated AC current: 4.5A
Rated AC output: 1000 watts
Maximum AC output: 1200 watts
DC output: 12V 5A
Total harmonic distortion: ≤ 2%
Load power factor: 1.0
Frequency stability: ± 0.1Hz
Voltage stability: ± 3V
Seven meter noise index: 53 decibels
Continuous working time: 5 hours
Fuel consumption rate: 500mL/KW. h
Weight: 14kg
Size: 450x240x395mm
Explosion proof grade: ExdibmbIICT4Gb
Features:
1: It has extremely low noise and is quieter to use.
2: Smaller volume and lighter weight are suitable for car travel and outdoor emergency use.
3: The intelligent variable frequency control system can automatically adjust the engine speed according to the load situation, thereby reducing fuel consumption.
4: Convenient operation, complete configuration, optional USB port, achieving parallel connection of two machines and more convenient use.
Working principle of portable generator:
Portable generators are mainly composed of components such as stator, rotor, end cover, brush, base, and bearings. The stator is composed of a base, stator core, wire wrapped winding, and other structural components that fix these parts. The rotor is composed of rotor iron core, rotor magnetic pole (with magnetic choke and pole winding), slip ring, (also known as copper ring or collector ring), fan, and shaft components. The stator and rotor of the generator are connected and assembled through the bearing, base and end cover to enable the rotor to rotate in the stator. A certain excitation current is passed through the slip ring to make the rotor become a rotating magnetic field. The stator coil moves to cut the magnetic line of force, thus generating induced potential. The current is generated when it is led out through the terminal and connected to the circuit.
Scope of application: It can be applied to environments with combustible gases, dust, fire or overheated objects, and even explosions, such as coal mines, paint shops, flour mills, machinery for transporting and storing combustible gases and liquids, and warehouses (oil tank trucks, oil and natural gas transportation systems, gas stations, and liquefied gas stations, etc.) where combustible gases are present in chemical workshops.
