Jenny GT9Hgb-30T Air Compressor – 9HP 30Gal

Description

Jenny GT9Hgb-30T – 9HP 30Gal Vertical Gas Compressor

The Jenny GT9Hgb-30T Air Compressor – 9HP 30Gal is engineered to eliminate operational downtime in professional environments where floor space is limited but high-output gasoline power is essential. Unlike standard horizontal units, this vertical high-performance system provides a space-saving solution for heavy-duty field service, ensuring consistent pneumatic power for high-demand industrial tools under extreme thermal stress.

This unit is powered by a high-torque 9HP gasoline engine, specifically integrated to maintain high volumetric efficiency on a vertical 30-gallon ASME receiver. By utilizing heavy-duty gas compressors from Muldepot, operators gain access to a splash-lubricated pump design that significantly reduces internal friction and extends the lifecycle of critical reciprocating components.

Jenny GT9Hgb-30T Key Features

• Tank Size: 30 Gallon Vertical ASME.
• Lubrication: Splash Lubricated Industrial Pump.
• Starting System: Electric Start Integrated System.
• Fuel System: Gasoline Driven Power Plant.
• Max Pressure: 175 PSI High Output.
• Air Displacement: 15.6 CFM Performance Rating.
• Warranty: 1-Year Limited Pump Protection.

Space-Efficient Pneumatic Storage Solutions

The core utilizes a solid cast iron cylinder block for superior vibration damping, preventing structural fatigue during high-pressure field cycles. High-efficiency stainless steel valves maintain high-tension sealing under extreme thermal loads, preventing carbon build-up. Precision engineered cooling fins ensure all critical friction points receive consistent thermal regulation, allowing the pump to sustain high-pressure output without premature wear.

Maximum Volumetric Efficiency Ratings

This vertical gasoline unit optimizes mobile shop layouts or service truck utility by providing high-output airflow in a compact vertical footprint. It delivers steady high-flow CFM required for heavy-duty pneumatic impact wrenches and automated systems, increasing technician productivity in remote or industrial environments. Following the routine engine maintenance protocol ensures maximum asset uptime and protects the manufacturer warranty in harsh environments.