T6DCC-038-025-014 Parker Denison Triple Vane Pump 120+79+46cc

Product Overview

The T6CC / T6EDM / T6DCC / T6DCM / T67DC series are Parker Denison T6 / T67 fixed-displacement multi-section (double or triple) vane pumps designed for industrial high-pressure hydraulic systems requiring independent multi-circuit output. These units are precision direct interchanges for original Denison T6 models including T6DCC 038 025 014 2B36, T6DCM B35 B22 3R13 C101 and T67DC-B35-B08-1R00-A100. Featuring advanced cartridge construction and hydraulically balanced vanes, they deliver high volumetric efficiency and low noise. Every pump undergoes 100% simulated duty-cycle testing to guarantee exact match of mounting flanges, shaft ends, port locations and performance curves.

Technical Specifications 

• Models: T6DCC 038 025 014 2B36 / T6DCM B35 B22 3R13 C101 / T67DC-B35-B08-1R00-A100 (and T6CC / T6EDM / T6DCC / T6DCM / T67DC range)
• Geometric displacement: 038 ≈ 120.3 cm³/r; 025 = 79.3 cm³/r; 014 = 46.0 cm³/r; B35 ≈ 111–113 cm³/r; B22 = 70.3 cm³/r; B08 = 26.4 cm³/r
• Continuous rated pressure: 210–275 bar depending on size and fluid
• Peak pressure: up to approx. 300 bar intermittent
• Maximum speed: up to 2200 r/min
• Minimum recommended speed: approx. 600 r/min
• Control type: Fixed displacement (no variable control); double or triple independent outputs; keyed or splined shaft
• Approximate weight: 50–70 kg depending on configuration
• Ports: SAE flange
• Seals: Buna-N / Viton / EPDM optional
• Mounting flange: SAE C or ISO

Key Technical Advantages

1. Multi-section independent output design: Enables dual or triple independent circuits in a compact package.
2. Cartridge construction: Allows rapid cartridge replacement without removing the pump body, minimizing downtime.
3. Hydraulically balanced vanes and precision machining: Reduce wear, deliver high volumetric efficiency and low internal leakage; true drop-in interchange with original Denison.
4. Low noise and long-life bearings: Optimized flow paths minimize ripple; quality bearings and seals support continuous high-pressure duty.
5. 100% simulated operating-condition testing: Full pressure, flow, leakage and noise verification ensures consistency with OEM performance curves.

Application Areas

Injection molding machines, die-casting machines, machine-tool hydraulic systems, presses, steel and metallurgical equipment, port machinery, industrial power units and medium-to-high-pressure fixed hydraulic systems requiring multi-circuit output.

Expert Maintenance Tips

Ensure precise shaft alignment during installation to avoid excessive radial or axial loads. Maintain inlet pressure between 0 and 0.5 bar to prevent cavitation. Use anti-wear hydraulic oil (ISO VG 32–68 recommended); target system cleanliness of ISO 18/16/13 or better. Fully bleed air before initial start-up and monitor temperature and leakage during break-in. Cartridge kits can be replaced without removing the pump body. Periodically inspect shaft seals and bearings; never allow dry running. Verify that combined multi-section torque does not exceed the shaft rating.