tank-air-compressor-model-12600-300ltr-10hp-ir-type-30-46139

In Stock

Tank Air Compressor 12600 300ltr 10hp IR Type 30

Name: Tank Air Compressor 12600 300ltr 10hp IR Type 30
Brand: EnvMart
SKU: ACQGP
Price: 153737 INR
Availability: InStock

₹199,532

₹153,737 Save ₹45,795

Tax included

Quantity

Specifications

Brand	Maruti Compressor
Model	Maruti 12600 10hp
Warranty	12 Months Warranty Against Manufacturing Defect
Kw	5.59 / 50hz
MOTOR HP	10 / Kw 7.46 / 50hz
Air Tank Capacity	300 Ltr Size 18 inch 72 inch 5mm x 5mm
No of Pistons	2
Piston Displacement	30 cfm
m3/min	0.84
Item Packing	Wooden Crate Packing
Item SKU Number	TSC10HP2600TP300
m3/hr	50.97
STANDARD ACCESSORIES	Automatic on-off pressure Control Switch Air Delivery Valve Pressure gauge Manual water Tank Drain valve Belt Guard Inlet Air Filter & Check Valve in Discharge line Safety Valve Fly wheel (Pulley) Motor Slide Rails V Belts.
Ltr /min	849
Pressure Psi	12.3 Bar/175 Psi

Key Features

Made of Supreme Quality
Durable Electrical Energy into Mechanical Energy
Compatible with 20cfm Refrigerator Air Dryer

Reference ACQGP Category Air Compressor Tanks

Product Details

Tank Air Compressor model 12600 300ltr 10hp IRType 30 During the down stroke of the piston of a two-stage compressor, the air is forced into the first stage cylinder by atmospheric pressure through an inlet filter and an intake valve in the head of the compressor. When the piston reaches the bottom of the stroke, the intake valve closes. During the upstroke of the piston, the air is compressed, the discharge valve opens and the compressed air is delivered to the second stage through finned intercooler tubes where the heat created by the compressor is allowed to dissipate. The cooled compressed air is then forced into the second-stage cylinder via an intake valve. The second-stage cylinder fills with compressed air during the down stroke of the second-stage piston. During the upstroke of that piston, the air is compressed and released through a discharge valve to the air receiver tank. In one revolution of the crankshaft, the complete two-stage cycle is completed