T67CB series Vane pump
T6 series vane pump models: T6C, T6D, T6E,T6CC, T6DC, T6EC,T67DBB, T67DCB, T6DCC, T67DDBS, T6DDCS, T67EDB(S), T6EDC(S), etc.
T7 series vane pump models: T7B, T7BS, T7D, T7E,T7DB, T7DC, T7DBB, T7DCB, T7DCC, T7DDB, T7EDB, etc.
Specifications of Parker Denison T67CB Series Vane Pumps
1. Basic Information
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Item
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Description (T67CB)
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Product Series
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Parker Denison T67CB Series Vane Pumps
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Pump Type
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Single Fixed Displacement Vane Pump (optimized for medium-high pressure industrial hydraulic systems, ideal for continuous high-pressure operation and medium-flow transmission scenarios)
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Core Technology
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Denison Advanced Medium-High Pressure Vane Technology, double-lip vane with wear-resistant ceramic coating, enhanced hydraulic balance structure, low noise optimization, and strong contamination resistance to adapt to complex industrial working conditions
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Mounting Type
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ISO 4-bolt mounting flange (ISO 3019/1 standard) as standard; SAE B-type 4-bolt mounting flange optional, suitable for large and medium-sized motor adaptation and stable installation in high-pressure scenarios
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Weight Range
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Approx. 18kg – 30kg, varies by displacement size and optional configurations, ensuring stable installation and vibration resistance under long-term high-pressure operation
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Port Configurations
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Up to 48 port position combinations, optional port sizes (1/2″ to 2.0″), with inlet port connection up to 2.0″ 4-bolt SAE flange (J518) to adapt to medium-high pressure and medium-flow transmission requirements
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2. Key Technical Parameters
2.1 Pressure & Speed
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Parameter
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Value (T67CB)
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Remarks
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Maximum Intermittent Pressure
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Up to 310 bar
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Intermittent operation duration: ≤ 10% of total operating time; suitable for short-term high-pressure peaks in industrial hydraulic systems and heavy-duty equipment
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Maximum Continuous Pressure
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Up to 280 bar
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Recommended for long-term medium-high pressure operation; ideal for continuous pressure transmission in industrial hydraulic circuits, ensuring stable system pressure
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Speed Range
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450 – 2800 rpm (industrial type); 40 – 2600 rpm (variable-speed servo operation); maximum speed up to 3400 rpm for short-term operation
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Speed adjustable to meet system energy-saving needs; low-speed pressure maintaining can reach 40 rpm, suitable for precision industrial control equipment
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Minimum Stable Speed
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Approx. 40 rpm
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Ensures stable pressure maintaining at low speed, adequate lubrication of internal components, and avoids vane jamming in long-term pressure maintaining scenarios
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Volumetric Efficiency
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Typically 0.91 – 0.94
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High volumetric efficiency minimizes energy loss and system heat generation, improving the overall efficiency of industrial hydraulic systems
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Noise Level
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≤ 72 dB(A) @ 1800 rpm
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Optimized vane and cam ring profile, low pressure pulsation (±1.8 bar), reducing pipeline vibration and noise pollution in industrial workshops
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2.2 Displacement Specifications
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Displacement Code
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Displacement (ml/rev)
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Applicable Series
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Remarks
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CB06
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18.9
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T67CB
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Mini displacement, suitable for high-pressure small-flow precision control circuits
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CB09
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28.6
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T67CB
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Small displacement, widely used in small hydraulic press clamping systems
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CB12
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37.3
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T67CB
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Medium-small displacement, suitable for medium-pressure medium-flow industrial transmission circuits
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CB16
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49.8
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T67CB
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Universal displacement, balanced high-pressure performance and medium-flow output for general industrial use
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CB20
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63.5
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T67CB
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Medium displacement, ideal for medium-high pressure, medium-flow industrial hydraulic systems
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CB25
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79.4
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T67CB
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Medium-large displacement, suitable for high-demand medium-high pressure transmission scenarios
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CB30
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95.2
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T67CB
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Large displacement, high flow output, suitable for large-scale industrial hydraulic equipment
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CB35
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108.9
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T67CB
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Maximum displacement for the series, suitable for heavy-duty medium-high pressure industrial applications
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2.3 Other Key Parameters
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Contamination Resistance: Double-lip vane with wear-resistant ceramic coating enhances contamination resistance, adapting to industrial oil pollution environment (NAS 6 grade or higher is recommended for optimal performance; NAS 5 grade for harsh conditions)
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Temperature Range: -20°C ~ +85°C (T67CB); adjustable to -30°C with special low-temperature hydraulic oil, suitable for most industrial working environments
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Shaft Type: Keyed shaft (SAE F) as standard; splined shaft (SAE B, 13 teeth; SAE C, 21 teeth) optional, with strong torque-bearing capacity to adapt to high-pressure and variable-speed operation
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Rotation Direction: Standard clockwise (R); counterclockwise (L) optional, stable transmission and consistent output even under variable-speed and high-pressure conditions
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Seal Type: Standard Nitrile Rubber (NBR); Viton, EPDM or PTFE seal materials optional based on working conditions and hydraulic medium, ensuring good sealing performance under high pressure
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Flow Rate: Up to 260 L/min @ 2000 rpm (varies by displacement size, matching the medium-high pressure and medium-flow positioning of the series)
3. Applicable Medium & Environment
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Applicable Medium: Mineral oil, biodegradable oil, water-based hydraulic fluid, etc.; recommended viscosity 12 ~ 110 cSt for stable medium-high pressure and variable-speed operation
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Applicable Fluids: Compatible with fire-resistant fluids (phosphate esters, water glycols) and biodegradable fluids (organic esters, rapeseed oil), ensuring reliable performance in harsh industrial environments
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Application Fields: Medium-high pressure industrial hydraulic systems, heavy-duty industrial equipment (e.g., hydraulic presses, injection molding machines, die-casting machines, heavy-duty machine tools, metallurgical equipment, mining machinery), suitable for continuous high-pressure transmission and precision control scenarios
4. Core Features
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Medium-High Pressure Adaptability: Optimized structural design and double-lip vane technology ensure stable operation under high-pressure conditions, ideal for continuous industrial hydraulic transmission
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Flexible Mounting Options: ISO 4-bolt flange as standard and SAE B-type flange optional, meeting different industrial mounting standards and improving compatibility with global industrial equipment
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Low Noise & High Stability: Optimized vane and cam ring profile, low pressure pulsation, ensuring stable transmission, reducing operational failures and pipeline vibration in industrial scenarios
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Wide Speed Range: 40~3400 rpm adjustable speed, suitable for servo control machines and energy-saving systems, with stable low-speed pressure maintaining performance
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Strong Contamination Resistance: Double-lip vane design with wear-resistant ceramic coating, adapting to harsh working environments such as industrial oil pollution
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Easy Maintenance: Integrated cartridge design allows quick disassembly and replacement, reducing downtime and maintenance costs, suitable for industrial mass production scenarios.
T6 series vane pump models: T6C-003 to T6C-031, T6D-014 to T6D-050, T6E-042 to T6E-085, etc.
T7 series vane pump models: T7B, T7BS, T7D, T7E, etc.
T6 series double pump model: T6CC, T6DC, T6EC, etc.
T7 series double pump model: T7DB, T7DC, etc.
T6 series triple pump models: T67DBB, T67DCB, T6DCC, T67DDBS, T6DDCS, T67EDB(S), T6EDC(S), etc.
T7 series triple pump models: T7DBB, T7DCB, T7DCC, T7DDB, T7EDB, etc.
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.
