Veljan Steering Gear system features hydraulic cylinders & rams powered by axial piston pumps. The system is of modular design which offers a great amount of flexibility to be installed in various ship configurations.

The double-acting hydraulic cylinders in the Veljan systems are offered in single and double sets based on the combination. These cylinders are specially designed for the rigorous demands in marine applications. Veljan offers complex electric-hydraulic power steering gear systems comprising motors starters, alarm panels, control systems, autopilot interfacing and rudder angle indicators.

Salient features of Veljans Steering System systems are:

Designed for simple operation

Modular construction for easy installation

High quality components and axial piston pumps for long life and reliability

Simplified maintenance

Tillers

Max torque of 2.5 Tm to 90 Tm

Single fork and double fork

Mechanical locking pin arrangement

Single and double keyway

Straight and tapered bore

Veljan introduces the next generation of ship roll stabilisers that feature a new digital VME-64 control system. Our ship roll stabilizer is a proven design for maximum performance and reliability. The latest advances in technology have been applied to this design to provide a ship roll stabilizer system that truly delivers ship comfort and safety even in the roughest seas.

Salient features

Improved safety and vessel performance

Increased passenger / crew comfort

Proven design to maximum performance and reliability

New Digital Control System with serial connectivity and simple to use touch-screen controls

Upgraded machinery elements to enhance performance and supportability

Dedicated Project Management Team that provides an array of support services from technical consulting to commissioning

Electronics allow operating up to 4 fin stabilisers simultaneously

Improved system reliability by the use of a new Roll Motion Sensor with no moving parts

Redundant operator interfaces

System diagnostic capabilities with intelligent alarm messaging

Emergency centering of the fins is possible by hand operated pump arrangement

Hydraulic power packs consist of an axial piston pump, powered by electric motor mounted on either side of a pump-motor bracket. A nitrogen accumulator, oil cooler, instrumentation and sensors are installed on the power pack assembly. By using this design the hydraulic power packs become very compact, allowing them to be built into relatively small vessels with minimum space requirements.

P11P Power Unit

Application : Steering Gear & Fin Stabilisers

Discharge : Bi-directional, Variable discharge by swash control

Max flow : 188 cc/rev Max pr. : 345 bar

P6P Power Unit

Application : Steering Gear

Discharge : Bi- directional & Variable discharge by swash control

Max flow : 90 cc/rev Max pr. : 345 bar

Microprocessor/Micro-controller/VME 64 Bus based with Real Time Operating System, with high level programming languages C/C++, VC++ and RT Linux Pro providing simple integration for tomorrows Mission Critical applications, with wide range of portability to various architectures.

Increased Operational Capability & Built In Test Equipment

Open Architecture Features.

Distributed Digital Control System with Adaptive control capabilities.

HMI functions with custom based functional features.

Networking capabilities, Utility software for simple communication between peripherals.

Data acquisition and control software to test the system before starting the application soft ware and report failures to the operator.

Hardware and software is robust, modular, contemporary system, up-gradable, maintainable & expandable.

A single failure in the system (including accumulated latent malfunctions, operator malfunctions, power supply and communication malfunctions) will not interrupt the Control and Monitoring functions.

Salient features

High dirt holding capacityLower pressure dropWater removal elementsSeveral Mountings and porting optionsIndicator shows when no element installedEasy to serviceHead and cover plate made of aluminumLow installation cost.Easy replacement of cartridgeVisual and Digital clogging indicator

Design and manufacture of Hydraulic Power Packs and Manifolds as per requirements of customers. Specialised in supply of high pressure systems for Steel Mills, Sugar Industry, Textile Machinery, Material Handling, Food Processing etc.

The manifolds is the central muscle control of the hydraulic system receiving inputs from switches, manual operations (levers), or electronic feedback systems. These inputs energize various valves mounted on or in the manifold, specific oil pathways allow oil to flow through hydraulic lines to the appropriate actuator to perform work. the complex matrix of variables can make manifold design and components selection a challenging and rewarding art form, as size, weight, function, performance, and operating environment are always part of the design consideration.

In addition to providing a neat and logical layout, consolidating components into a manifold reduces space and pressure drops. This results in fewer fittings more efficient assembly times, and reduced leak points. Manifolds are sometimes viewed as black boxes, as they can be highly complex with upwards of 500 holes communicating with each other and many valves on a single block.

High dirt holding capacity, Lower pressure drop, Water removal elements, Several Mountings and porting options, Indicator shows when no element installed, Head and cover plate made of aluminum, Visual and Digital clogging indicator.

Most moving parts require some type of lubrication. The efficiency of cylinders, valves and air motors can be greatly improved if they are supplied with the required lubrication.

Fire and regulator in one compact unit, all other features of separate filters and regulators, integral unit is less expensive. Easier to install the unit can also be used in conjunction with lubricators.

The manifolds is the central muscle control of the hydraulic system receiving inputs from switches, manual operations (levers), or electronic feedback systems. These inputs energize various valves mounted on or in the manifold, specific oil pathways allow oil to flow through hydraulic lines to the appropriate actuator to perform work. the complex matrix of variables can make manifold design and components selection a challenging and rewarding art form, as size, weight, function, performance, and operating environment are always part of the design consideration.In addition to providing a neat and logical layout, consolidating components into a manifold reduces space and pressure drops. This results in fewer fittings more efficient assembly times, and reduced leak points. Manifolds are sometimes viewed as black boxes, as they can be highly complex with upwards of 500 holes communicating with each other and many valves on a single block.

Variable Volume Swash Plate Design for Open Loop Applications: Max. Working Pressure : 280 bar, Drive Shaft : Wide variety of splined kyed shaft options to meet SAE and DIN standards, Controls : Pressure, Flow & Power.

Male Connector:.Tube OD:6 mm, Thread:R18"R14". A wide range of Pneumatic and Hydraulic products, components and systems for over five decades now at its various manufacturing plants located in and near Hyderabad, India.

Veljan Steering Gear system features hydraulic cylinders & rams powered by axial piston pumps. The system is of modular design which offers a great amount of flexibility to be installed in various ship configurations.

The double-acting hydraulic cylinders in the Veljan systems are offered in single and double sets based on the combination. These cylinders are specially designed for the rigorous demands in marine applications. Veljan offers complex electric-hydraulic power steering gear systems comprising motors starters, alarm panels, control systems, autopilot interfacing and rudder angle indicators.

Salient features of Veljans Steering System systems are:

Designed for simple operation

Modular construction for easy installation

High quality components and axial piston pumps for long life and reliability

Simplified maintenance

Tillers

Max torque of 2.5 Tm to 90 Tm

Single fork and double fork

Mechanical locking pin arrangement

Single and double keyway

Straight and tapered bore

Veljan introduces the next generation of ship roll stabilisers that feature a new digital VME-64 control system. Our ship roll stabilizer is a proven design for maximum performance and reliability. The latest advances in technology have been applied to this design to provide a ship roll stabilizer system that truly delivers ship comfort and safety even in the roughest seas.

Salient features

Improved safety and vessel performance

Increased passenger / crew comfort

Proven design to maximum performance and reliability

New Digital Control System with serial connectivity and simple to use touch-screen controls

Upgraded machinery elements to enhance performance and supportability

Dedicated Project Management Team that provides an array of support services from technical consulting to commissioning

Electronics allow operating up to 4 fin stabilisers simultaneously

Improved system reliability by the use of a new Roll Motion Sensor with no moving parts

Redundant operator interfaces

System diagnostic capabilities with intelligent alarm messaging

Emergency centering of the fins is possible by hand operated pump arrangement

Hydraulic power packs consist of an axial piston pump, powered by electric motor mounted on either side of a pump-motor bracket. A nitrogen accumulator, oil cooler, instrumentation and sensors are installed on the power pack assembly. By using this design the hydraulic power packs become very compact, allowing them to be built into relatively small vessels with minimum space requirements.

P11P Power Unit

Application : Steering Gear & Fin Stabilisers

Discharge : Bi-directional, Variable discharge by swash control

Max flow : 188 cc/rev Max pr. : 345 bar

P6P Power Unit

Application : Steering Gear

Discharge : Bi- directional & Variable discharge by swash control

Max flow : 90 cc/rev Max pr. : 345 bar

Microprocessor/Micro-controller/VME 64 Bus based with Real Time Operating System, with high level programming languages C/C++, VC++ and RT Linux Pro providing simple integration for tomorrows Mission Critical applications, with wide range of portability to various architectures.

Increased Operational Capability & Built In Test Equipment

Open Architecture Features.

Distributed Digital Control System with Adaptive control capabilities.

HMI functions with custom based functional features.

Networking capabilities, Utility software for simple communication between peripherals.

Data acquisition and control software to test the system before starting the application soft ware and report failures to the operator.

Hardware and software is robust, modular, contemporary system, up-gradable, maintainable & expandable.

A single failure in the system (including accumulated latent malfunctions, operator malfunctions, power supply and communication malfunctions) will not interrupt the Control and Monitoring functions.

Salient features

High dirt holding capacityLower pressure dropWater removal elementsSeveral Mountings and porting optionsIndicator shows when no element installedEasy to serviceHead and cover plate made of aluminumLow installation cost.Easy replacement of cartridgeVisual and Digital clogging indicator

Design and manufacture of Hydraulic Power Packs and Manifolds as per requirements of customers. Specialised in supply of high pressure systems for Steel Mills, Sugar Industry, Textile Machinery, Material Handling, Food Processing etc.

The manifolds is the central muscle control of the hydraulic system receiving inputs from switches, manual operations (levers), or electronic feedback systems. These inputs energize various valves mounted on or in the manifold, specific oil pathways allow oil to flow through hydraulic lines to the appropriate actuator to perform work. the complex matrix of variables can make manifold design and components selection a challenging and rewarding art form, as size, weight, function, performance, and operating environment are always part of the design consideration.

In addition to providing a neat and logical layout, consolidating components into a manifold reduces space and pressure drops. This results in fewer fittings more efficient assembly times, and reduced leak points. Manifolds are sometimes viewed as black boxes, as they can be highly complex with upwards of 500 holes communicating with each other and many valves on a single block.

High dirt holding capacity, Lower pressure drop, Water removal elements, Several Mountings and porting options, Indicator shows when no element installed, Head and cover plate made of aluminum, Visual and Digital clogging indicator.

Most moving parts require some type of lubrication. The efficiency of cylinders, valves and air motors can be greatly improved if they are supplied with the required lubrication.

Fire and regulator in one compact unit, all other features of separate filters and regulators, integral unit is less expensive. Easier to install the unit can also be used in conjunction with lubricators.

The manifolds is the central muscle control of the hydraulic system receiving inputs from switches, manual operations (levers), or electronic feedback systems. These inputs energize various valves mounted on or in the manifold, specific oil pathways allow oil to flow through hydraulic lines to the appropriate actuator to perform work. the complex matrix of variables can make manifold design and components selection a challenging and rewarding art form, as size, weight, function, performance, and operating environment are always part of the design consideration.In addition to providing a neat and logical layout, consolidating components into a manifold reduces space and pressure drops. This results in fewer fittings more efficient assembly times, and reduced leak points. Manifolds are sometimes viewed as black boxes, as they can be highly complex with upwards of 500 holes communicating with each other and many valves on a single block.

Variable Volume Swash Plate Design for Open Loop Applications: Max. Working Pressure : 280 bar, Drive Shaft : Wide variety of splined kyed shaft options to meet SAE and DIN standards, Controls : Pressure, Flow & Power.

Male Connector:.Tube OD:6 mm, Thread:R18"R14". A wide range of Pneumatic and Hydraulic products, components and systems for over five decades now at its various manufacturing plants located in and near Hyderabad, India.