TB0130FS250AAAF Parker Torqmotor Hydraulic Motor

Product Overview

The Parker Torqmotor™ TB Series is a low-speed, high-torque hydraulic motor family designed for light- to medium-duty hydraulic drive applications. The series covers displacement sizes from 36 to 392 cm³/rev, with multiple mounting/porting configurations, shaft options and rotation arrangements. Parker documentation identifies roller-vane technology, zero-leak commutation, full-flow lubrication, matched rotor and commutator sets, and a high-pressure shaft seal as key design characteristics.

The supplied TB0130FS250AAAF corresponds to:

• TB — TB Series
• 0130 — 130 cm³/rev / 8.0 in³/rev displacement
• FS — 4-bolt mounting with 7/8″-14 SAE O-ring ports
• 25 — 1-inch tapered shaft
• 0 — Standard rotation
• AAAF — an option-group identifier appearing in Parker service documentation, but its functional definition is not explicitly listed in the current public TB catalog. The final suffix should therefore be confirmed against the motor nameplate or original ordering record before specifying a detailed option feature.

For aftermarket supply, the correct commercial positioning is Parker TB replacement / compatible replacement / interchangeable replacement, rather than describing the product as a genuine Parker OEM motor.

Technical Specifications

TB0050

• Model: TB0050
• Geometric displacement: 49 cm³/rev / 3.0 in³/rev
• Maximum speed: 678 rpm
• Maximum continuous/intermittent flow: 34 / 34 L/min
• Maximum continuous/intermittent differential pressure: 125 / 165 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 78 / 107 N·m
• Maximum power: 7.5 kW / 10.1 HP
• Minimum starting torque: 62 / 70 N·m
• FS configuration reference weight: 5.67 kg
• FS configuration reference length: 137.7 mm

TB0080

• Model: TB0080
• Geometric displacement: 82 cm³/rev / 5.0 in³/rev
• Maximum speed: 409 rpm
• Maximum continuous/intermittent flow: 34 / 34 L/min
• Maximum continuous/intermittent differential pressure: 125 / 165 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 135 / 184 N·m
• Maximum power: 7.8 kW / 10.5 HP
• Minimum starting torque: 92 / 139 N·m
• FS configuration reference weight: 5.94 kg
• FS configuration reference length: 144.0 mm

TB0100

• Model: TB0100
• Geometric displacement: 98 cm³/rev / 6.0 in³/rev
• Maximum speed: 454 rpm
• Maximum continuous/intermittent flow: 45 / 45 L/min
• Maximum continuous/intermittent differential pressure: 125 / 165 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 159 / 217 N·m
• Maximum power: 10.2 kW / 13.8 HP
• Minimum starting torque: 119 / 158 N·m
• FS configuration reference weight: 6.08 kg
• FS configuration reference length: 147.1 mm

TB0130

• Model: TB0130
• Geometric displacement: 130 cm³/rev / 8.0 in³/rev
• Maximum speed: 430 rpm
• Maximum continuous/intermittent flow: 45 / 57 L/min
• Maximum continuous/intermittent differential pressure: 125 / 165 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 220 / 297 N·m
• Maximum power: 13.4 kW / 18.0 HP
• Minimum starting torque: 167 / 229 N·m
• FS configuration reference weight: 6.31 kg
• FS configuration reference length: 153.4 mm

TB0165

• Model: TB0165
• Geometric displacement: 163 cm³/rev / 10.0 in³/rev
• Maximum speed: 343 rpm
• Maximum continuous/intermittent flow: 45 / 57 L/min
• Maximum continuous/intermittent differential pressure: 125 / 155 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 273 / 346 N·m
• Maximum power: 12.4 kW / 16.7 HP
• Minimum starting torque: 199 / 263 N·m
• FS configuration reference weight: 6.62 kg
• FS configuration reference length: 159.8 mm

TB0195

• Model: TB0195
• Geometric displacement: 195 cm³/rev / 11.9 in³/rev
• Maximum speed: 287 rpm
• Maximum continuous/intermittent flow: 45 / 57 L/min
• Maximum continuous/intermittent differential pressure: 125 / 145 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 340 / 400 N·m
• Maximum power: 12.0 kW / 16.1 HP
• Minimum starting torque: 270 / 325 N·m
• FS configuration reference weight: 7.03 kg
• FS configuration reference length: 166.1 mm

TB0260

• Model: TB0260
• Geometric displacement: 260 cm³/rev / 15.9 in³/rev
• Maximum speed: 216 rpm
• Maximum continuous/intermittent flow: 45 / 57 L/min
• Maximum continuous/intermittent differential pressure: 100 / 131 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 350 / 465 N·m
• Maximum power: 10.5 kW / 14.1 HP
• Minimum starting torque: 291 / 395 N·m
• FS configuration reference weight: 7.39 kg
• FS configuration reference length: 178.8 mm

TB0295

• Model: TB0295
• Geometric displacement: 293 cm³/rev / 17.9 in³/rev
• Maximum speed: 191 rpm
• Maximum continuous/intermittent flow: 45 / 57 L/min
• Maximum continuous/intermittent differential pressure: 97 / 125 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 383 / 499 N·m
• Maximum power: 10.0 kW / 13.4 HP
• Minimum starting torque: 308 / 400 N·m
• FS configuration reference weight: 7.62 kg
• FS configuration reference length: 185.1 mm

TB0330

• Model: TB0330
• Geometric displacement: 328 cm³/rev / 20.0 in³/rev
• Maximum speed: 171 rpm
• Maximum continuous/intermittent flow: 45 / 57 L/min
• Maximum continuous/intermittent differential pressure: 93 / 114 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 413 / 509 N·m
• Maximum power: 9.1 kW / 12.2 HP
• Minimum starting torque: 332 / 406 N·m
• FS configuration reference weight: 7.94 kg
• FS configuration reference length: 191.5 mm

TB0365

• Model: TB0365
• Geometric displacement: 370 cm³/rev / 22.6 in³/rev
• Maximum speed: 151 rpm
• Maximum continuous/intermittent flow: 45 / 57 L/min
• Maximum continuous/intermittent differential pressure: 86 / 105 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 440 / 540 N·m
• Maximum power: 8.7 kW / 11.6 HP
• Minimum starting torque: 372 / 454 N·m
• FS configuration reference weight: 8.26 kg
• FS configuration reference length: 200.2 mm

TB0390

• Model: TB0390
• Geometric displacement: 392 cm³/rev / 24.0 in³/rev
• Maximum speed: 143 rpm
• Maximum continuous/intermittent flow: 45 / 57 L/min
• Maximum continuous/intermittent differential pressure: 83 / 100 bar
• Maximum supply pressure: 190 bar
• Maximum continuous/intermittent torque: 428 / 525 N·m
• Maximum power: 7.8 kW / 10.5 HP
• Minimum starting torque: 339 / 434 N·m
• FS configuration reference weight: 8.39 kg
• FS configuration reference length: 202.2 mm

The Parker performance table states that its published data were obtained using 10W40 oil at 43.1 cSt / 200 SUS and 54°C / 130°F, and that the figures are typical rather than a guarantee of identical performance for every production unit. Intermittent ratings apply to approximately 10% of each minute.

Control Configuration

• Motor type: Fixed-displacement LSHT orbital hydraulic motor
• Speed control: Hydraulic flow control
• Direction control: A/B hydraulic port pressure
• Standard rotation code: 0
• Reverse timed manifold code: 1
• For the standard service configuration, Parker specifies A-port pressure for clockwise rotation and B-port pressure for counter-clockwise rotation, viewed from the output shaft end.

Key Technical Advantages

Roller-Vane Wear Compensation

The TB/TC design uses a roller-vane rotor set intended to reduce friction and compensate for wear, supporting consistent operation over the service life of the motor.

Zero-Leak Commutation

The zero-leak commutation valve is designed to provide more consistent volumetric efficiency, especially important for stable low-speed hydraulic motor performance.

Full-Flow Internal Lubrication

Full-flow lubrication assists internal cooling and lubrication. Parker states that this design may provide substantially longer life than motors without the same feature; the stated life improvement is a manufacturer design claim rather than a universal performance guarantee.

High-Pressure Shaft Seal

The high-pressure shaft seal is designed to eliminate the need for a conventional case drain, check valve and additional drain plumbing in the documented configuration, simplifying system integration.

Matched Internal Components

The service documentation identifies a matched rotor set, matched commutator set, drive link, coupling shaft, thrust bearing, steel bushings, shaft seal and housing within the TB architecture. This provides a defined engineering path for torque transmission, hydraulic commutation and mechanical support.

Multiple Displacement and Mounting Options

The TB family provides a broad range of displacement and configuration options, allowing engineers to match hydraulic flow, torque demand, output speed, shaft geometry and mounting requirements without changing to an entirely different motor architecture.

Application Areas

Typical applications for Parker TB-style LSHT motors include:

• Industrial sweepers
• Road sweepers
• Refuse trucks
• Agricultural machinery
• Tractors
• Combine harvesters
• Grass-cutting equipment
• Construction machinery
• Conveyors
• Cement mixers
• Material-handling systems
• Industrial hydraulic drives

For TB0130FS250AAAF, the 130 cm³/rev displacement and 4-bolt FS mounting make the configuration relevant to hydraulic drive systems requiring compact installation, controlled low-speed operation and substantial starting/output torque within the published operating envelope.

Expert Maintenance Tips

Verify the complete ordering code before replacement.
Confirm displacement, FS mounting, port thread, shaft type, rotation and final option suffix. Parker’s ordering system treats these as separate configuration fields, so TB0130 alone is not sufficient for a guaranteed drop-in replacement.

Maintain hydraulic cleanliness.
Parker recommends 40–50 micron filtration and emphasizes preventing dirt and foreign material from entering the hydraulic system. Clean fittings and surrounding surfaces before disconnecting hydraulic lines.

Use compatible hydraulic fluid.
The Parker service manual recommends manufacturer-approved hydraulic fluid and specifies that viscosity should not fall below 50 SSU. Do not mix incompatible oil types, as seal deterioration may result.

Control operating temperature.
The documented maximum operating temperature is 93.3°C / 200°F. Actual machine design should follow the equipment manufacturer’s fluid and thermal requirements.

Do not force couplings onto the shaft.
Improper coupling installation can damage internal motor components. Check shaft alignment, fit and axial positioning before applying external drive components.

Perform post-service functional checks.
Parker recommends checking external leakage, rotation direction and, where available, operation on a test stand after service. This is also an appropriate engineering checkpoint for your company’s 100% simulated working-condition testing process.