T6CC Parker Denison Double Vane Pump
Single pump：T6C、T6D、T6E、T6CM、T6CP、T7B、T7BS、T7D、T7DS、T7E、T7ES
Double pump：T6CC、T6DC、T6EC、T6ED、T6EE、T7BB、T7BBS、T7DB、T7DBS、T7EB、T7EBS、T67CB、T67DB、T67EB、T67DBS
Triple pump：T6DCC、T6EDC、T6ECC、T6EDCC、T7DBB、T7DBSB、T7EBB、T7EBSB、T67EDB、T67EDBS、T67DCB、T67DDBS
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1. Product Overview
2. General Technical Specifications
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Parameter Item
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Technical Index
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Remarks
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Pump Type
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Fixed Double Balanced Vane Pump
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Dual C-series cartridges, synchronous independent oil supply
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Max. Continuous Working Pressure
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240bar
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Rated long-term operating pressure
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Max. Intermittent Impact Pressure
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275bar
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Short-term instantaneous pressure resistance
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Rated Speed Range
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600～2200rpm
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Optimal speed: 1500～2000rpm for industrial applications
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Minimum Stable Speed
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600rpm
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No cavitation and stable oil supply
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Single Pump Displacement Range
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10.1～88.8ml/rev
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Front and rear cartridges can be freely combined
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Max. Total Dual Pump Displacement
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122.9ml/rev
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Combination of 88.8+34.1ml/rev cartridges
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Volumetric Efficiency
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≥94%
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Standard industrial working condition test value
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Operating Temperature Range
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-20℃～+80℃
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Suitable for mineral oil, biodegradable hydraulic oil
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Filtration Requirement
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NAS 8 Grade (≥10μm)
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Ensure long service life of cartridges
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Standard Shaft Specification
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SAE A Keyway Shaft (φ25.4mm/1″)
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Optional spline shaft for customization
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Pump Weight
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Approx. 30kg
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Varies with different displacement combinations
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3. Displacement Specification Chart (C-Cartridge Parameters)
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Displacement Code
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Actual Displacement (ml/rev)
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Displacement Code
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Actual Displacement (ml/rev)
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003
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10.1
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014
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47.2
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005
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16.8
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020
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67.0
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008
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27.1
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022
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73.5
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010
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34.1
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025
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80.2
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012
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40.5
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028
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88.8
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031
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95.3
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–
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–
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4. Complete Model Coding Rules
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Code Position
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Code Content
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Detailed Definition
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1
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T6CC
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Series Code: T6=T6 industrial high-pressure series; CC=Dual C-cartridge double vane pump
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2
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003~031
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P1 shaft-end main pump displacement code
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3
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003~031
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P2 cover-end auxiliary pump displacement code
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4
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1/2
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Shaft Type: 1=SAE A keyway shaft; 2=Custom reinforced shaft
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5
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R/L
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Rotation Direction: R=Clockwise (shaft end view); L=Counterclockwise
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6
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00/01/02
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Basic port configuration: 00=standard port layout
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7
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C1
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Housing & Seal: C1=standard housing, NBR seal for general conditions
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8
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W0/100/110
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Variant code: W0=industrial standard configuration; 100/110=conventional general version
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5. Summary of Standard Common Models
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T6CC-006-003-2R00-C100: Small flow combination (20.1+10.1ml/rev), suitable for precision auxiliary hydraulic systems
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T6CC-020-008-1R00-C100: Medium-small flow matching (67.0+27.1ml/rev), universal for small and medium injection molding machines
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T6CC-022-008-1R00-C100: Optimized flow combination (73.5+27.1ml/rev), stable supply for die-casting auxiliary circuits
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T6CC-025-005-1R00-C100: High-low pressure matching (80.2+16.8ml/rev), energy-saving system for hydraulic presses
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T6CC-028-005-1R00-C100: Large flow main pump + small flow auxiliary pump (88.8+16.8ml/rev), mainstream for medium-sized hydraulic equipment
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T6CC-028-010-1R00-C1W0: Classic universal model (88.8+34.1ml/rev), full-range adaptation for heavy-duty industrial hydraulic systems
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T6CC-031-010-1R00-C100: Maximum flow combination (95.3+34.1ml/rev), suitable for large-tonnage hydraulic press equipment
6. Core Product Advantages
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Excellent High-pressure Resistance: Supports 240bar long-term continuous operation and 275bar instantaneous impact pressure, fully adapting to heavy-duty working conditions of injection molding, die-casting and hydraulic machinery, with strong load resistance.
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High Efficiency & Energy Saving: Adopts full pressure balance vane structure with volumetric efficiency up to 94%. The dual-pump independent oil supply design realizes high-pressure low-flow and low-pressure high-flow composite operation, effectively reducing system energy consumption.
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Low Noise & Low Pulsation: Optimized vane meshing and flow channel structure minimizes pressure pulsation and operating noise, meeting the low-noise operation requirements of precision industrial equipment.
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Strong Anti-pollution Ability: The optimized clearance design of the double-lip vane structure reduces sensitivity to hydraulic oil pollution, effectively avoiding cartridge jamming and wear failures, and improving operational stability in harsh industrial environments.
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Flexible Flow Matching: Multiple displacement combinations cover small, medium and large flow ranges, supporting arbitrary matching of main and auxiliary pumps to meet the flow and pressure requirements of different composite hydraulic circuits.
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Easy Maintenance & High Universality: Adopts plug-in independent cartridge design, allowing single cartridge replacement without overall pump disassembly. Standard SAE interface and shaft type ensure strong interchangeability and convenient after-sales maintenance.
7. Core Selection Guidelines
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Confirm the flow combination according to system working conditions: select large-displacement main pump + small-displacement auxiliary pump for high-low pressure energy-saving systems to optimize energy efficiency.
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Strictly control the working pressure: keep long-term operating pressure within 240bar and instantaneous impact pressure not exceeding 275bar to extend pump service life.
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Verify shaft type and rotation direction: standard SAE A keyway shaft is conventional; confirm clockwise/counterclockwise rotation to match the drive motor.
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Match hydraulic medium and temperature: standard NBR seals adapt to conventional mineral oil at -20℃～+80℃; select special seals for biodegradable oil or high-temperature working conditions.
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Comply with filtration standards: equip with filtering devices meeting NAS 8 grade (≥10μm) to prevent cartridge abrasion and ensure long-term stable operation.
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Prioritize standard models for cost-effectiveness and better part interchangeability, avoiding non-standard customized combinations unnecessarily.
Complete products, original authentic products, fast delivery!Welcome to consult.
Complete products, original authentic products, fast delivery!Welcome to consult.
Process steps：
Customer inquiry: Customers will make inquiries before placing an order to understand product details and communication needs.
Quotation: According to customer needs, provide a formal quotation, including the name, model, quantity, delivery time, payment method, etc. of the goods.
Order confirmation: After the customer confirms the quotation, a formal purchase order will be placed.
Confirm the delivery time: communicate the delivery time with the production department, inform the factory of the order details, and arrange the production plan.
Sign an export contract: After the two parties confirm that it is correct, sign an export contract to establish a trade relationship.
Implement the letter of credit (if applicable): If the payment method of the letter of credit is used, the customer needs to be urged to issue the certificate and review the contents of the letter of credit.
Export stocking: According to the requirements of the contract and the letter of credit, arrange production, purchase raw materials and packaging, and prepare the goods.
Chartering and booking: Contact the freight forwarder to make a booking and arrange the transportation of goods.
Export inspection: Apply to the quality inspection department for export commodity inspection and provide relevant documents.
Apply for a write-off slip: apply for a write-off slip from the foreign exchange management department for subsequent foreign exchange write-off.
Export declaration: Declare exports to the customs and provide documents such as power of attorney for customs declaration, customs declaration form for export goods, commercial invoice, packing list, etc.
