Hydraulic Power Units Thomson Pumps

Description Of Hydraulic Power Units

Thompson’s Hydraulic Power Unit is designed to eliminate suction lift limitations in excavations or discharge requirements over 25 feet deep. These units are available with variable speed controls and auto-start, and the low oil level/high oil temperature shutdown system and third line for seal blow-out protection.

Hydraulic Power Units (HPUs) from Thomson Pumps are high-performance hydraulic power solutions designed to support a wide range of industrial, construction, and mining applications. With advanced technology and robust design, these HPUs provide reliable power to drive hydraulic systems, such as pumps, cylinders,s and other heavy equipment. They prioritize efficiency, durability, and ease of maintenance to ensure optimal performance in various working conditions.

WORKING PRINCIPLE

Thompson’s hydraulically driven submersible pumps enable the power unit to remain high and dry while the pump head is submerged in the liquid being pumped. There is no need to worry about suction lift limitations. These pumps are designed to run dry without damage to the components and are engineered to handle liquids from muddy trash-laden water to sewage and sludge.

BENEFITS

• Flows up to 7,300 GPM
• Discharge heads up to 245 feet
• Suction lift limitations are eliminated with the pump head submerged in water
• The unique 3-line system connecting high-pressure, low-pressure, and emergency bypass hoses from the pump head to the power unit
• Low oil level/high oil temperature auto shut-down system
• Optional auto-start and variable speed controls
• Biodegradable lubricants for environmentally sensitive applications
• 50 feet of hydraulic hose included
• 12-month limited warranty covers manufacturing defects in materials and workmanship

Feature of Hydraulic Power Units Thomson Pumps

• Excellent Energy Efficiency: outfitted with hydraulic pumps that are state-of-the-art to reduce energy usage and boost efficiency.
• Flexible and Modular Design: Easily adaptable to different application requirements for both small and big projects.
• withstands harsh circumstances: designed to endure tough conditions, dust, water, and extremely high or low temperatures.
• System of Integrated Control: A contemporary control panel with accurate pressure and flow settings that enables both manual and automated operation.
• Superior Dependability: Long service life and reliable performance are guaranteed by premium-grade components.
• Simple Upkeep: High accessibility to essential parts allows for prompt maintenance and inspection.
• Minimal Noise: a system for reducing noise levels while in operation.

Application of Hydraulic Power Units Thomson Pumps

• Building and Facilities: used to supply energy to large machinery like hydraulic jacks, excavators, and cranes.
• Mining Sector: facilitates tasks including material transportation, mud pumping, and drilling.
• Producing: Ideal for production tools such as conveyors and hydraulic presses.
• Generation of Power: supports mechanical devices such as turbine control systems.
• The Oil and Gas Sector: utilized in harsh conditions for fluid pumping and drilling activities.
• Offshore and Maritime Systems: provide electricity for lifting devices such as winches and watertight doors.

Specification of Hydraulic Power Units Thomson Pumps

• Capacity for Pressure: up to 10,000 psi, or 700 bar.
• Rate of Flow: between five and five hundred liters per minute.
• The motor drive: For power source flexibility, use a diesel motor or an electric motor (3 kW to 500 kW).
• Capacity of Hydraulic Tank: between fifty and ten thousand liters.
• Materials for Components:
• Tank: Aluminum, stainless steel, or carbon steel.
  Pump: Depending on the application, a gear, piston, or vane pump.
• Features of Cooling: water-cooled or water-cooled oil cooling system.
• Class of Protection (IP Rating): IP55 to IP66 for use in harsh situations or outdoors.
• Accreditations: satisfies CE and ISO 4413 requirements for hydraulic systems.
  For dangerous regions, use ATEX.

PERFORMANCE CURVES