ABS HFP AIR – Robust Pneumatic Torque Pump
Looking for consistent torque in tough places like Saudi oil & gas facilities? The ABS HFP AIR air-powered hydraulic pump fits perfectly. This sturdy tool harnesses compressed air (5–10 bar), delivering up to 700 bar (≈10,153 psi) hydraulic power. Whether you’re working on flanges or heavy structures, it gets the job done. Best of all, it hums along under 80 dB(A), making sites quieter and safer for workers.
Key Advantages :
Its clever triple-stage flow (5/2, 5/0, 9 l/min automatically switches), giving you rapid moves or precise control when you need to finish tasks gently.
Big, easy-to-read 4″ liquid-filled gauges show pressure in dual bars/psi even if things vibrate a lot nearby. Flexible port choices are great too: Pick a single-port or 4-port version to operate one hydraulic wrench or several at once.
A standard 15 ft twin-line hose comes ready for those longer reaches needed on big flare jobs or skidding installations. Pure pneumatic power means no messy compressed air lines cluttering the work zone— making everything safer and neater even in tight spots or rugged areas.
Why Gulf Industries Trust ABS HFP AIR?
Made specially for Saudi conditions— think hot weather, dusty sites, and long bolting jobs— the HFP AIR delivers outstanding uptime and reliable performance. The pump’s tough design vibration-dampened gauges plus automatic pressure locking features are trusted by EPC plus maintenance crews all over the Kingdom.
Built for joint integrity tasks following ASME/API bolted connection rules, contractors often choose the ABS HFP AIR for their Aramco and Sabic projects.
Industries We Serve in Saudi Arabia
Oil & Gas (pipelines, compressor stations, wellheads)
Petrochemical & Refining (reactors, exchanger flange joints)
Power Plants (boilers, turbines, HRSGs)
Mining, Steel & Cement Plants (kiln tie-bolts, crusher mounts)
Heavy Civil Infrastructure (anchor bolt and girder connections)
Ideal Applications
That high-pressure flange torque-up is needed during shutdowns or big turnarounds.
Multi-tool bolting? Those 4-port layouts are perfect for batch torque tightening jobs.
Controlled startup commissioning worksite torque: panel purge valves, anchor nuts, actuator tie rods.
Confined to tight remote areas, platforms wind towers where electric pumps just don’t make sense.
After‑Sales & Rental Support in Saudi Arabia :
NABL-accredited calibration centers right in Dammam and Jeddah ensure you get ISO 6789 compliance, complete with digital certificates.
Mobile calibration vans— ready for moist/hot zones— can usually verify things onsite within just 48 hours.
Dry and wet rental kits include everything from pressure hoses, gauge frames, and inline filters, plus various hydraulic wrenches used by ABS-trained technicians themselves.
Operator training & live field support: Hands-on bolting workshops follow ECITB/Saudi tightening standards; spare parts waiting in Riyadh with a helpful 24×7 support helpline.
|
MODEL |
HFP AIR |
|
DIMENSIONS (cm) |
50 (L) x 26 (W) x 38 (H) |
|
WEIGHT (kg) (Without Link) |
26 |
|
OIL FLOW |
7.5 lpm (LP) - 2.5 lpm (MP) - 0.9 lpm (HP) |
|
POWER (kW) |
2.8 |
A hydraulic torque pump operates on the principle of fluid power transfer. It converts mechanical energy (from an electric, pneumatic, or manual source) into hydraulic energy by pressurizing fluid. The process involves- Reservoir Feed- Hydraulic fluid is drawn from a reservoir. Compression- The pump pressurizes the fluid using pistons or gears, creating high pressure. Transmission- The pressurized fluid is directed through hoses to a hydraulic torque wrench, which uses this pressure to generate torque. Control- The pump typically includes a pressure regulator to adjust torque output based on requirements.
A pneumatic hydraulic pump uses compressed air as its power source to generate hydraulic pressure. Here’s how it works- Air Input- Compressed air enters the pump through an inlet. Drive Mechanism- The air drives a piston or diaphragm within the pump, which, in turn, pressurizes hydraulic fluid. Fluid Pressurization- The fluid is pressurized and sent through high-pressure hoses to the connected tool (e.g., a torque wrench). Pressure Regulation- An adjustable regulator controls the air input to modify the hydraulic output pressure, ensuring precise torque delivery. These pumps are ideal in environments where compressed air systems are readily available.
Hydraulic pumps themselves do not produce torque they generate hydraulic pressure, which tools like hydraulic torque wrenches convert into torque. Pressure- Most hydraulic pumps operate at 10,000 PSI (pounds per square inch). Torque Output- The hydraulic wrench converts this pressure into torque, ranging from 100 Nm to over 50,000 Nm, depending on the wrench's design and application. The torque requirement depends on the bolt size, material, and application specifications.
A pneumatic torque wrench operates on the principle of compressed air power conversion into rotary motion to apply precise torque. Air Supply- Compressed air drives a high-speed motor. Gear Reduction- A planetary gear system reduces the motor’s speed, increasing torque output. Torque Control- A regulator or shut-off system ensures accurate torque application by controlling the air pressure and tool operation. Reaction Arm- A reaction arm absorbs counterforce, stabilizing the tool during operation. This design makes pneumatic torque wrenches efficient, precise, and well-suited for heavy-duty bolting applications.
