T67CCAY Parker Denison Triple Vane Pump 240 Bar

Model Number	T67CCAY B20 B22 B20 3R32 B1MY

Product Description

Product Overview

T67CCAY-B20-B22-B20-3R32-B1MY is a triple, fixed-displacement hydraulic vane pump configuration developed as an interchangeable replacement for Parker Denison 024-94132-032. Three cartridge sections are driven by one input shaft, enabling separated oil supplies for primary actuators, auxiliary functions, or pilot/fan circuits while reducing the envelope, coupling count, and plumbing complexity associated with multiple stand-alone pumps. The exact Parker Denison order code is publicly cross-referenced with a listed weight of 30 kg.

This product is engineered for drop-in interchangeability, not merely model-name similarity. A valid replacement must match the complete order code, cartridge sequence, direction of rotation, shaft interface, mounting register, port orientation, sealing compatibility, and installation clearance. For approved interchange projects, each manufactured unit is subjected to 100% simulated-duty testing under the agreed speed, pressure, temperature, fluid-viscosity, and hold-time conditions. Sectional delivery, external leakage, noise, temperature rise, and operating stability are verified before release.

Parker Denison describes its fixed-displacement C-frame vane technology as a cartridge-based design that supports rapid service renewal while reducing contamination risk during maintenance. Its balanced construction is designed to compensate for wear and temperature variation; lower noise, load efficiency, and flexible multiple-pump packaging are stated platform benefits.

Technical Specifications

•Full model: T67CCAY-B20-B22-B20-3R32-B1MY.

•OEM reference: Parker Denison 024-94132-032.

•Pump type: Triple fixed-displacement hydraulic vane pump.

•Control method: Fixed displacement with no integral electro-proportional, pressure-compensated, or displacement-servo control. Delivery is proportional to input speed; system pressure is determined by circuit load and external control/relief valves.

•Sectional displacement (P1 / P2 / P3): B20 = 63.8 cm³/rev; B22 = 70.3 cm³/rev; B20 = 63.8 cm³/rev.

•Total theoretical displacement: 197.9 cm³/rev.

•Theoretical total flow: 296.9 L/min at 1500 rpm and zero pressure. Actual available flow varies with pressure, fluid viscosity, temperature, and internal leakage. The corresponding catalogue data at 240 bar and 24 cSt totals approximately 266.9 L/min and is a selection reference, not an acceptance-test guarantee.

•Continuous pressure rating: 240 bar for HF-0/HF-2 antiwear mineral-oil conditions defined in the Parker catalogue.

•Intermittent peak pressure: 275 bar, subject to the catalogue time-weighted average-pressure rule; it must not be used as a permanent relief-valve setting.

•Permissible speed range: 400–2800 rpm for the B20/B22 C-frame cartridge range. Final maximum speed depends on inlet conditions, viscosity, line losses, and the actual drive interface.

•Rotation: R, clockwise viewed from the shaft end.

•Shaft interface: The 3 configuration requires physical and nameplate verification. The exact product listing associates T67CCAY-3 with a 14-tooth, 1-1/4 in splined shaft; always verify tooth count, effective spline length, fit class, and coupling float before installation.

•Weight: 30 kg, as listed for the exact order code.

•Suffix verification: 3R32 and B1MY are mandatory configuration identifiers. Public data does not disclose every subcode definition, so port geometry, flange, and seal specification must be verified against the original pump nameplate and installation.

Key Technical Advantages

Integrated three-section delivery. The B20-B22-B20 arrangement combines three fixed deliveries on one input drive. At 1500 rpm, the calculated geometric output is 296.9 L/min, allowing separately valved circuits to share a common drive. Correct engineering selection must evaluate sectional displacement, actual speed, fluid condition, and volumetric efficiency—not only the nominal GPM code.

Balanced vane-platform performance. Parker identifies balanced construction as a means of compensating for wear and temperature change. In a high-pressure vane pump, stable control of the rotor, vane, cam-ring, sideplate, and port-plate working clearances is fundamental to volumetric performance and wear life. For replacement production, those interfaces should be precision-controlled and then verified with loaded sectional-flow testing.

Serviceable cartridge architecture. The cartridge concept enables replacement or renewal of serviceable elements without unnecessary disassembly of the full pump body, thereby reducing service duration and contamination exposure. Maintenance can focus on cartridge wear, seals, bearings, and the root cause of contamination while preserving the established flange and piping interface.

Interchangeability governed by the complete code. True interchangeability is verified by the complete code T67CCAY-B20-B22-B20-3R32-B1MY, including cartridge order, rotation, spline shaft, pilot register, porting, sealing, and external envelope. This disciplined process helps prevent reverse rotation, inlet starvation, spline fretting, coupling mismatch, and connection errors after installation.

100% simulated-duty release testing. A dimensional match alone is insufficient for critical hydraulic equipment. Every replacement unit can be tested at the specified speed, temperature, viscosity, pressure steps, and hold time, with records for sectional delivery, leakage, noise, temperature rise, and start-stop behavior. The result is a verifiable functional match under load, not only a physical fit.

Designed around sound fluid-management practice. Parker states that the C/D platform can operate across a 10–2000 cSt viscosity range, but cold or high-viscosity oil requires low-speed, low-pressure warm-up. In practice, clean oil, adequate inlet pressure, controlled temperature, and correct pressure settings are the primary safeguards for cartridge life and stable delivery.

Application Areas

The T67CCAY triple vane-pump configuration is appropriate for mobile machinery and industrial hydraulic power units that require multiple fixed-displacement oil supplies from a common drive. Typical uses include primary and auxiliary circuits on hydraulic excavators, work/steering/attachment circuits on loaders and materials-handling equipment, multi-actuator injection-moulding and die-casting machinery, metal-forming equipment with main-pressure and clamp circuits, and mobile power systems built around multi-circuit valve manifolds.

Final application approval must be based on the original complete order code and real installation interface. For large mobile equipment, verify PTO speed, gear or coupling specification, inlet-tank elevation, return-line back pressure, heat-rejection capacity, and simultaneous-circuit power balance in addition to flow and pressure requirements. A similar appearance or base-series name is not proof of interchangeability.

Expert Maintenance Tips

Verify the complete configuration before installation. Match the full model, all three cartridge codes, rotation, shaft/coupling, mounting flange and pilot, port layout, and seal compatibility. Do not infer the meaning of 3R32-B1MY. Retain clear photos of the original nameplate, shaft end, ports, flange dimensions, and the machine serial number for engineering confirmation.

Prime first; load progressively. Parker instructs that initial start-up be carried out at the lowest speed and pressure. Where a relief valve is fitted, back it off to minimise return pressure, and provide an air-bleed path where practical. Do not increase speed or load until the pump is fully primed and the fluid is de-aerated. Dry running, aerated oil, or full-pressure cold starts can rapidly damage vane, porting, sideplate, and bearing surfaces.

Protect inlet conditions and cleanliness. Keep the suction line short, generously sized, airtight, and free of unnecessary restrictions. Parker recommends a suction strainer no finer than 100 mesh (149 μm) and emphasizes filtration appropriate to the required cleanliness level; oversizing or reassessing the strainer is necessary for cold-start or fire-resistant-fluid applications. If noise, flow instability, or foaming occurs, first inspect inlet air leakage, fluid level, and strainer restriction rather than increasing relief pressure.

Control spline-coupling alignment. For the 14-tooth spline interface, the mating female spline should be allowed to float and self-centre. The Parker guidance limits alignment of rigidly supported splines to 0.15 TIR, angular misalignment to less than ±0.05 per 25.4 mm radius, and recommends lithium-molybdenum-disulfide grease or equivalent lubrication. Apply the machine manufacturer’s final tolerance requirement. Never force the pump into position with impact loading.

Maintain by trend, not by failure. Establish baseline sectional flow at a fixed speed, oil temperature, and pressure together with case temperature, noise, and particle-count data. A persistent loss of one section’s delivery, rising noise or oil temperature, or increasing external leakage calls for prompt inspection of the cartridge, vane movement, sideplates, port plates, bearings, and contamination source. Repeat simulated-duty testing after any cartridge replacement to confirm the three flows meet machine requirements.

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