Our direct drive hydraulic valve uses the most advanced design, analysis, test and manufacturing technologies. This enables an innovative step-change in the performance of DDV technology.
They set new standards in power density and dynamic performance and are simple for you to configure and purchase online.
If you cannot find the precise solution you are looking for, please contact us as we're confident we can develop a valve to suit virtually any specification. Use the chat function below if you want to explore your needs.
Weight: 550 g, Rated Flow: 32-60 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: Viton, Fluid Type: Skydrol, Enable Mode: No
Weight: 1500 g, Rated Flow: 110-250 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: Viton, Fluid Type: Skydrol, Enable Mode: No
Weight: 1500 g, Rated Flow: 110-250 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: EPDM, Fluid Type: Skydrol, Enable Mode: No
Weight: 1500 g, Rated Flow: 110-250 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: Viton, Fluid Type: Red Oil, Enable Mode: No
Weight: 1500 g, Rated Flow: 110-250 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: NBR, Fluid Type: Skydrol, Enable Mode: No
Weight: 1500 g, Rated Flow: 110-250 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: EPDM, Fluid Type: Red Oil, Enable Mode: No
Weight: 1500 g, Rated Flow: 110-250 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: NBR, Fluid Type: Red Oil, Enable Mode: No
Weight: 1500 g, Rated Flow: 110-250 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: EPDM, Fluid Type: Skydrol, Enable Mode: Yes
Weight: 1500 g, Rated Flow: 110-250 lpm, Power Off Position: Centre, Connector: EN 175201-804 6 + PE, Input Signal: 4-20mA, Lap Condition: 0-5 %, Seal Material: EPDM, Fluid Type: Red Oil, Enable Mode: Yes
Connector:EN 175201-804 6 + PE , Enable Mode:No , Fluid Type:Skydrol , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:32-60 , Seal Material:Viton , Weight:550 .
Connector:EN 175201-804 6 + PE , Enable Mode:No , Fluid Type:Skydrol , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:110-250 , Seal Material:Viton , Weight:1500 .
Connector:EN 175201-804 6 + PE , Enable Mode:No , Fluid Type:Skydrol , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:110-250 , Seal Material:EPDM , Weight:1500 .
Connector:EN 175201-804 6 + PE , Enable Mode:No , Fluid Type:Red Oil , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:110-250 , Seal Material:Viton , Weight:1500 .
Connector:EN 175201-804 6 + PE , Enable Mode:No , Fluid Type:Skydrol , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:110-250 , Seal Material:NBR , Weight:1500 .
Connector:EN 175201-804 6 + PE , Enable Mode:No , Fluid Type:Red Oil , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:110-250 , Seal Material:EPDM , Weight:1500 .
Connector:EN 175201-804 6 + PE , Enable Mode:No , Fluid Type:Red Oil , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:110-250 , Seal Material:NBR , Weight:1500 .
Connector:EN 175201-804 6 + PE , Enable Mode:Yes , Fluid Type:Skydrol , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:110-250 , Seal Material:EPDM , Weight:1500 .
Connector:EN 175201-804 6 + PE , Enable Mode:Yes , Fluid Type:Red Oil , Input Signal:4-20mA , Lap Condition:0-5 , Power Off Position:Centre , Rated Flow:110-250 , Seal Material:EPDM , Weight:1500 .
40% Fewer Parts25% Higher Flow400% Smaller200%+ FasterHigher quality available at a lower price than more established units.
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The Domin direct drive servo valves use the most advanced design, analysis, test and manufacturing technologies. This enabled an innovative step change in performance of DDV technology.
The direct drive valves use the most advanced design, analysis, test and manufacturing technologies.
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* Based on a S6 Pro Valve which will save 17 tonnes of Carbon Dioxide over 15 years.
1. Concept Generation
The product specification is generated with customers, market analysis and engineering calculations at its core. Technology building blocks are combined to create a conceptual design. Key parts are sized, with high-level performance predictions calculated.
2. Design and simulation
Using the latest tools, the concept design is developed and matured. Simulation and analysis is used to validate the mechanical and functional performance, and electronics hardware and firmware developed to control the system.
3. Prototype Manufacture
The latest rapid manufacturing techniques are used to quickly deliver a working prototype unit, with manufacturing process development occurring in tandem in our advanced manufacturing facility.
4. Development & Validation
Prototype units go through a series of representative validation tests to characterise, optimise and validate performance, reliability and operability.
5. Industrialisation
Our focus is always on making a product that delivers real benefit in the real world, and this means focus on ability to ramp to production volume, at a cost that is commercially feasible. Our production facility delivers >20,000 parts per annum, and is constantly expanding.
The product specification is generated with customers, market analysis and engineering calculations at its core. Technology building blocks are combined to create a conceptual design. Key parts are sized, with high-level performance predictions calculated.
Using the latest tools, the concept design is developed and matured. Simulation and analysis is used to validate the mechanical and functional performance, and electronics hardware and firmware developed to control the system.
The latest rapid manufacturing techniques are used to quickly deliver a working prototype unit, with manufacturing process development occurring in tandem in our advanced manufacturing facility.
Prototype units go through a series of representative validation tests to characterise, optimise and validate performance, reliability and operability.
Our focus is always on making a product that delivers real benefit in the real world, and this means focus on ability to ramp to production volume, at a cost that is commercially feasible. Our production facility delivers >20,000 parts per annum, and is constantly expanding.
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