Hydraulic Torque Pumps Specs & manuals ↓
TorcUP AMAX Hydraulic Torque Wrench Pump
The TorcUP AMAX air-driven three-stage hydraulic torque-wrench pump reaches 10,000 psi with a 2.2-gallon reservoir, oil cooler and 15-foot pendant. Its 4-hp pneumatic motor delivers 70 cubic inches per minute at 10,000 psi; the factory minimum air requirement is 55 psi at 35 CFM . This standard configuration serves a single hydraulic wrench circuit; hose requirements are specified separately.
Estimated equipment rental only. Delivery, taxes and applicable fees quoted separately. Final pricing confirmed with dispatch.
Specifications
Equipment
- Manufacturer
- TorcUP
- Model
- AMAX
Hydraulic performance
- Pump model
- AMAX
- Working pressure maximum
- 10,000 psi
- Pump stages
- 3
- Reservoir oil capacity
- 2.2 US gal (8.4 L)
- Valve operation
- Automatic retract
- Stage 1 flow at 1,000 psi
- 610 in³/min
- Stage 2 flow
- 145 in³/min at 4,200 psi
- Stage 3 flow at 10,000 psi
- 70 in³/min
- Oil cooler
- Factory fitted
- Pendant cable
- 15 ft
Configuration
- Hydraulic wrench outlets
- Standard single-tool circuit
- Quad kit
- Not included in this configuration
- Hose
- Twin-line hydraulic hose, separately specified
- Kit manifold
- Optional
Base-pump dimensions & weight
- Length
- 16.8 in
- Width
- 14.1 in
- Height
- 17.6 in
- Approximate base-pump weight without oil
- 60 lb; excludes separately specified hose and manifold kit
- Reservoir length
- 12.6 in
- Reservoir width
- 9.4 in
- Reservoir height
- 5.1 in
Pneumatic configuration
- Air motor
- 4 hp (2.9 kW )
- Factory catalog minimum air requirement
- 55 psi at 35 CFM
- Manual service supply pressure
- 55–150 psi
- Manual maximum air consumption
- Up to 3,800 in³/s (up to 60L/ s)
- Compressed-air quality
- ISO8573-1 [7:4:-]
Equipment Details
Capabilities & Features
- Three-stage hydraulic delivery
- Oil cooler
- 15-foot pendant
- Auto-retract valve
Available Options
- Compatible twin-line hydraulic hoses
- Manufacturer screw-type quad kit alternative
- Compatible hydraulic torque wrench
