HYD-RT30.60N | Hydraulic Motor Pump Kit, 7.9 GPM 8700 PSI, 1000 RPM

HYD-RT30.60N | Hydraulic Motor Pump Kit | 7.9 GPM 8700 PSI | 1000 RPM UHP

HYD-RT30.60N is 600-bar capability built for the installation that never moves: Annovi Reverberi’s 30.600 industrial platform — 7.9 GPM (30 L/min) at up to 8700 PSI, per AR North America’s published ratings — on the 1000 RPM frame, in the N-version solid-shaft build that couples into engineered systems. Where mobile UHP rigs mount and go, fixed ultra-high-pressure duty asks different questions: will the pump hold its ratings through a production shift, every shift; will it integrate with a plant power system, automated lance carriages, and interlocked guarding; and will its service schedule live inside a maintenance program rather than a contractor’s toolbox. The HYD-RT30.60N is the platform’s answer to that installation.

The work is the top of the removal spectrum, run as process rather than project. Descale stations pulling mill scale ahead of coating lines; pickling and surface-conditioning cells where water replaces acid chemistry; fixed tube- and bundle-cleaning bays turning exchangers on a schedule; automated lattice and lance systems cutting linings in place. At 8700 PSI the HYD-RT30.60N crosses the jet-energy thresholds that define the class — glass-flake linings, vulcanized rubber, dense mineral scale — and at 7.9 GPM it does so with the water economy fixed installations budget around.

HYD-RT30.60N Specifications

• SKU: HYD-RT30.60N
• Configuration: Solid-shaft UHP industrial pump — N version, for coupled drive in engineered installations
• Pump: Annovi Reverberi 30.600-class industrial UHP platform
• Flow Rate: 7.9 GPM (30 L/min), per AR North America
• Maximum Discharge Pressure: 8700 PSI (600 bar)
• Rated Speed: 1000 RPM — never overspeed
• Power Requirement: 50 HP at full duty, per AR North America
• Inlet Port: 3/4″ F
• Discharge Port: 3/8″ F
• Weight: Approximately 144 lbs (65 kg), per AR North America
• Maximum Fluid Temperature: 140°F
• Wet End: UHP-rated head and valve architecture with ceramic plungers
• Shaft: Solid (N version) — coupling interface confirmed at order

How Much Hydraulic Flow and Pressure Do I Need?

Full duty asks roughly 60 hydraulic horsepower delivered continuously — and here is that number the way a power system’s spec sheet states it: oil GPM × oil PSI ÷ 1,714 must reach about 60. Circuits that qualify: 35 GPM at 3,000 PSI, 30 GPM at 3,500 PSI, or 40 GPM at 2,600 PSI — dedicated power units and plant hydraulic systems; no auxiliary circuit reaches this class. Circuits that fall short: 25 GPM at 3,500 PSI delivers only ~51 HP and will not hold full duty. Fixed installations also route the HYD-RT30.60N to electric power directly — a motor geared to 1000 RPM on a common base is the classic plant architecture — or take engine drive through reduction. Align to coupling specification, guard to plant standards, relieve hydraulic circuits within the motor’s rating, filter returns at 10–25 microns, and engineer cooling for continuous duty. Call WSHPWR with the system’s numbers and we will confirm the complete drive before you order.

Process UHP, Not Project UHP

A contractor’s UHP pump earns its keep in mobilizations; the HYD-RT30.60N earns its keep in uptime. Fixed 600-bar duty runs the same cycle thousands of times — same nozzles, same dwell, same pressure — which rewards exactly what this platform provides: ratings published by AR North America and held with margin, a 1000 RPM pace that winds the stroke-count wear clock a third slower per gallon than compact speeds, and a 144-pound frame whose drivetrain reserve treats 600 bar as the design point. Process engineering can schedule around a machine like that — packing and seal service on hours, valve inspection on the calendar, and a spare wet-end kit on the shelf closing the loop.

The Solid Shaft in the Engineered System

Fixed installations are built around known dimensions, and the N-version solid shaft is one: coupler halves bored from stock, the motor on its own base, pump and drive separable for independent service without disturbing plumbing or guarding. When the maintenance program eventually calls for wet-end service, the HYD-RT30.60N dismounts from its coupling and returns to alignment in an afternoon — the serviceability argument that makes solid-shaft architecture the default in plant engineering.

UHP Safety Is a System

At 8700 PSI, water cuts — and fixed installations must engineer for it permanently: interlocked enclosures and guarding, dump-style controls, relief protection, and downstream components rated for the 600-bar class with margin, inspected on schedule, and retired on condition. Nothing from lower pressure classes crosses over. WSHPWR supplies UHP-rated components and will help spec the complete, compliant circuit — in fixed duty, the safety case is part of the machine design, not an accessory to it.

Quality Assurance & Maintenance

Every HYD-RT30.60N is factory-tested for flow rate, pressure stability, and vibration before shipment. Maintenance follows the strictest UHP discipline: scheduled crankcase oil service, packing and seal intervals proportional to 600-bar duty, valve inspection on hours, AR repair kits on the standard path — the program a plant CMMS schedules once and runs for years.

HYD-RT30.60N Key Features & Applications

• 7.9 GPM at 8700 PSI (600 bar) on the 1000 RPM frame — AR North America’s published ratings, held as process equipment.
• Built for fixed UHP duty: descale stations, pickling cells, tube-cleaning bays, automated lance systems.
• Needs ~60 hydraulic HP — or direct electric drive geared to 1000 RPM, the classic plant architecture.
• Solid-shaft serviceability: pump and drive separate independently, alignment restored in an afternoon.
• 144-pound industrial frame with the stroke economics that make 600 bar schedulable.
• Ideal for in-plant descaling and surface conditioning, fixed exchanger-cleaning bays, automated UHP cells, and engineered installations where uptime is the specification.