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T7E series Parker Denison 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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Description
Parker Denison T7E Series Vane Pump Specifications and Related Models
The Parker Denison T7E series is a large-displacement high-pressure fixed vane pump in the T7 product family. Adopting Denison’s patented low-pulsation vane and stator profile technology, it features super high pressure resistance, large flow output, low noise and excellent speed adaptability. Optimized for heavy-duty industrial hydraulic systems, it is widely applied in large injection molding machines, die-casting equipment, heavy hydraulic presses, metallurgical machinery and high-power variable speed drive hydraulic stations.

1. Series Overview & Structural Features

The T7E series covers single and double vane pump configurations, including standard ISO flange (T7E/T7EE) and SAE C flange (T7ES/T7EES) versions. Compared with T7D series, T7E features larger displacement coverage and higher pressure tolerance, designed specifically for heavy-load and high-flow working conditions. It delivers outstanding volumetric efficiency under long-term high-pressure operation and stable performance in VSD and servo hydraulic systems.
Item
Technical Description
Pump Structure
Single/ double pump, fixed displacement, single-stage high-pressure vane structure
Standard Mounting
T7E/T7EE: ISO 2-bolt 3019-2 flange; T7ES/T7EES: SAE C 2-bolt J744 flange
Core Advantages
Large displacement, ultra-high pressure resistance, low flow pulsation, high efficiency, durable for heavy-duty cycles
Typical Application
Heavy industrial machinery, metallurgical equipment, large hydraulic presses, high-power servo hydraulic systems

2. Series Model Classification

Model Type
Description
Typical Example
T7E
Single pump, ISO standard flange
T7E-066-1R00-A1M0
T7ES
Single pump, SAE C standard flange
T7ES-072-1R02-A5MW
T7EE
Double pump, ISO standard flange
T7EE-050-038-1R00-A1M0
T7EES
Double pump, SAE C standard flange
T7EES-062-042-1R02-A5MW

3. Core Technical Parameters

Parameter Item
Standard Value Range
Remarks
Theoretical Displacement Range
132–269 cm³/rev (8.05–16.41 in³/rev)
Largest displacement coverage in T7 series
Max Continuous Working Pressure
240–275 bar (3480–3988 psi)
Long-term stable rated pressure for heavy load
Max Intermittent Pressure
280–320 bar (4060–4640 psi)
Short-term peak pressure tolerance
Rated Speed Range
600–2800 rpm
Stable low-speed operation for VSD systems
Standard Shaft Type
1-1/2″ parallel key shaft; optional spline shaft
High-torque shaft design for heavy power output
Standard Seal Configuration
S1 BUNA N rubber seal
Suitable for standard mineral hydraulic oil
Max Inlet Pressure
0.7 bar
Standard suction pressure requirement
Applicable Hydraulic Media
Mineral oil, biodegradable hydraulic oil, water-based hydraulic fluid
Special seals required for corrosive or low-viscosity media

4. T7E Series Displacement Code & Corresponding Parameters

All standard displacement codes and matching theoretical displacement values for T7E single/double vane pumps:
Displacement Code
Theoretical Displacement (ml/rev)
Displacement Code
Theoretical Displacement (ml/rev)
042
132.0
062
198.0
045
143.0
066
213.3
050
158.0
072
227.0
052
165.0
085
269.0
057
182.0

5. Complete Model Naming Convention (Take T7ES-072-1R02-A5MW as Standard Example)

Code Segment
Detailed Meaning
Optional Specifications
T7E/T7ES
Series identifier: T7E=ISO flange single pump; T7ES=SAE C flange single pump
T7E / T7ES / T7EE / T7EES
0XX
Large displacement code, determines pump flow output
042/045/050/052/057/062/066/072/085
1R02
Shaft type + rotation direction + configuration code
1=standard high-torque shaft; R=clockwise; L=counterclockwise; 00/02=standard configuration
A5
Seal grade code for temperature and medium resistance
A1=standard seal; A5=high-temperature resistant seal
MW
Thread type and port configuration code
M0=metric thread; W=optimized high-flow port

6. Typical Standard Models

  • T7E-066-1R00-A1M0: 213.3ml/rev large displacement ISO flange standard model, widely used in heavy hydraulic press equipment
  • T7ES-072-1R02-A5MW: 227ml/rev SAE C flange model, suitable for high-power servo variable speed hydraulic systems
  • T7EE-050-038-1R00-A1M0: ISO flange double pump, combined large and medium displacement for multi-circuit heavy-load systems
  • T7E-085-1R00-A1M0: 269ml/rev maximum displacement model, for super large flow industrial hydraulic stations

7. Key Product Characteristics

  1. Ultra-High Pressure Resistance: Supports continuous 275bar high-pressure operation and 320bar peak pressure, fully meeting heavy-duty industrial high-load working conditions.
  2. Large Flow Output: Industry-leading large displacement range, suitable for high-flow and fast-action hydraulic equipment, improving system working efficiency.
  3. Heavy-Duty Durability: Reinforced shaft and bearing structure, matched with Denison patented anti-wear stator curve, greatly extending service life under cyclic heavy load.
  4. Low Pulsation & Low Noise: Optimized flow channel and vane kinematics design reduces hydraulic impact and vibration, ensuring stable and low-noise operation.
  5. Strong System Adaptability: Compatible with constant pressure, variable speed and servo control systems, supporting long-term stable operation under variable load conditions.

8. Main Application Scenarios

  • Large-scale injection molding and die-casting machinery hydraulic systems
  • Heavy hydraulic presses, forging presses and bending equipment
  • Metallurgical, mining and engineering machinery hydraulic stations
  • High-power servo variable speed drive (VSD) hydraulic systems
  • Industrial automated heavy-load production line hydraulic power units
Note: All technical parameters and model specifications are subject to the official Parker Denison technical manuals and factory test data.

 

Shipping & Delivery

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.