- Farm & Garden
- Pumps & Motors
- Food Processing
- Workshop, DIY & MRO
Brand: VSAN Agro
VSAN Agro GX-35, Backpack 4 Stroke 35 CC Brush Cutter, Grass Cutter, Paddy Cutter With Accessories
SKU: SI-BB-19639
MRP : ₹11988
Offer Price : ₹9990 (Including GST)
Get extra ₹150 Discount (On Checkout)
BUY IN BULK
Out of Stock
Easy Return
& Refund
Quality
Assurance
Trusted
Delivery
After Sales
Assistance
Buyer
Protection
Short Description
VSAN Agro Backpack 4 Stroke Brush Cutter
35 CC Displacement
Ideal for professional Paddy Cutting.
Country of origin: India
Description
This backpack brush cutter is powered by a 4-stroke petrol engine with a displacement of 35cc and a fuel tank capacity of 700ml. This machine is ideal for harvesting and chopping crops like soybeans, wheat, and paddy because it has a paddy cutting blade and paddy guard.
Features
:- Perfect balance and an excellent weight-to-power ratio makes it popular among consumers .
- Comes with 4 stroke 35cc powerful engine which makes it more efficient for harvesting and cutting purposes
Specification
:- Product Type: 4 Stroke Backpack
- Brand: VSAN Agro
- Product Type : Backpack Brush Cutter
- Brand : VSAN AGRO
- Engine Type : 4-Stroke GX-35 engine, Air-cooled Engine
- Displacement : 35CC
- Rated Power(kW) : 0.9 kW
- Rated Power(HP) : 1.2HP
- Fuel Used : Petrol
- Fuel Tank Capacity : 700ml
- Fuel Consumption : 500ml/hr
- Engine Oil : 80 ml (20w40 Grade)
- Max. Output : 7000 RPM
- Max. Torque : 5500 RPM
- Weight : 11 kg (Approx.)
Accessories
:- Paddy Cutting Blade
- Paddy Guard
- 3-Teeth Blade
- Nylon Trimmer.
- Shoulder Belt.
- Tool Kit.
- Manual Book
Working Process :
- The four steps that this 4-stroke brush cutter machine follows are the same as those of a standard 4-stroke engine. The carburetor draws gasoline and air into the combustion chamber during the intake stroke, which starts the process. The air-fuel mixture in the cylinder bore is compressed by the piston during the compression stroke, which comes next. The compressed mixture is ignited by a spark plug during the power stroke, which produces high-pressure gasses that drive the piston downward and provide the machine power. Ultimately, one cycle of operation is completed during the exhaust stroke when the piston rises again and the spent combustion gases are released through the exhaust valve.
