INOSOL

INOSOL

INOSOL FLUID CONNECTORS

INOSOL

FLUID CONNECTORS

SCREW-IN COUPLING ELEMENTS:
MECHANISM / NIPPLE, ND 6/10 UP TO 200 BAR

These coupling elements have a larger nominal width and are absolutely vacuum-resistant. The couplers are interchangeable to size 3 and 8.

Compatible with nominal width 3 and 8
Vacuum- under pressure and pressureless coupling
82% coarse vacuum
Suitable for fluids and gases
With regard to the installation contour, maximum possible volume flow can be achieved

Data Sheet English C004_EN

INOSOL

FLUID CONNECTORS

COUPLING ELEMENTS:
MECHANISM / NIPPLE, ND 3/5/8 UP TO 350 BAR

These coupling elements can only be mechanically coupled and are used to transfer liquid and gaseous media.

Pressurized and depressurized connectable
Suitable for fluids and gases
Functional parts: high strength stainless steel
Mounting into individual contour
Flow optimized (real diameter)
Low pollution possibility
Simple mounting

Data Sheet English C001_EN

INOSOL

MANUAL COUPLING UNIT

SINGLE ACTING, MAX. 400 BAR

The coupling unit is used when the fixture is manually
separated from the pressure generator.

This unit has to be operated exclusively single-acting.

- Integrated safety elements
- Disconnection while keeping the system pressure
- Manifold mounting
- O-Ring and thread connection

Data Sheet English C002_EN

INOSOL

MANUAL COUPLING UNIT

DOUBLE ACTING, MAX. 400 BAR

The coupling unit is used when the fixture is manually
separated from the pressure generator.

This unit has to be operated exclusively double-acting.

- Integrated safety elements
- Disconnection while keeping the system pressure
- Manifold mounting
- O-Ring and thread connection

Data Sheet English C003_EN

WORKHOLDINGS

LINK CLAMPS

INOSOL

ROTARY LEVER CLAMPS

HYDRAULIC, 400 BAR, DOUBLE- AND SINGLE ACTING

Because of their compact design, rotary lever clamp are particularly suitable for use in clamping devices with low Installation spaces.

- Clamping without shear force
- Compact design
- Very view parts
- Cost-efficient
- Length of clamping arm variable
- No interference cont. while loading and unloading
- Mounting in feeder plate possible

Data Sheet CLS001_EN

INOSOL

TINY LINK CLAMP

LEVER CLAMP, HYDRAULIC, 230 BAR, DOUBLE ACTING

This link clamp generates high clamping forces with very small dimensions.In addition, it is characterized by a low interfering contours with a high component insertion freedom.

High force generation

Very compact design

Clamping point adjustable

Lever ratio 1:1 with Standard-Lever

No interfering contour = absolute insertion freedom

Insensitive to hot chips

With optional pneumatic detection

Data Sheet CLS012

INOSOL

SLIDING JOINT CLAMP

HYDRAULIC, UP TO 400 BAR, DOUBLE ACTING

In particular, the clamping cylinder can also be used in the field of mining- and casting operations.
Because of the design of the guides, seals and wipers here is a significantly longer service life reachable, as with comparable other clamping solutions.

- High clamping force
- Solid Design
- For high vibrations and abrasively media suitable
- No interference contour while loading the parts
- Oil connection via thread- or manifold connection
- Withstands large dirt

Data Sheet CLS002

INOSOL

ECCENTRIC LEVER CLAMP

HYDRAULIC, 250 BAR, DOUBLE ACTING

The eccentric lever clamp is a double-acting pressure cylinder, in which the clamping lever is moved over a eccentrically mounted rotary point for clamping the workpiece.

- Incl. pneumatic detection
- Lever must not be hardened
- Top-Flange and Bottom-Flange
- Thread and O-Ring connection
- Low interference contour
- Compact design

Data Sheet CLS009

SWING CAMP CYLINDERS

INOSOL

SWING CLAMP CYLINDER

HYDRAULIC, UP TO 500 BAR, DOUBLE- AND SINGLE ACTING

Hydraulic swing clamps are used for clamping of workpieces for which the
clamping points must be free for loading and unloading the device.

- Clamping without latheral force
- Solid Design
- Fast movement possible
- No interference contour during loading of pats
- Incl. Indexing of the clamping arm
- Various designs of clamping arm

Data Sheet CLS004

INOSOL

TWIN PISTON-SWING CLAMP

PNEUMATIC, DOUBLE ACTING, 6 BAR

Due to the twin-piston principal a much higher clamping force can be achieved in comparison to comparable systems.
Escpecially in pneumatic applications this is
a great advantage.

High clamping forces

Optional flow control available

No interfering contours while loading/unloading

Compact Design

Data Sheet CLS011

BORE- AND CENTERING CLAMPS

INOSOL

BORE (EXPENSION) CLAMP

HYDRAULIC, 70 BAR, DOUBLE ACTING

The bore clamp can often replace conventional clamping element, because it generates very high clamping forces and no interference contour affects the machining of the workpiece.

- High positioning accuracy
- Incl. pneumatic controling
- Support and clamping element in one
- No interference contour during machining
- No deformation of work pieces
- No high pressure required

Data Sheet CLS006

INOSOL

PULL DOWN CENTERING CLAMP

hydraulic, up to 200 bar, double acting

WORK SUPPORTS

INOSOL

WORK SUPPORT 250 BAR

HYDRAULIC, UP TO 250 BAR, SINGLE ACTING

This element don‘t work with conventional generated supporting force by a clamping bush. The support pin is protected against rotation.

High support forces

Operating pressure from 35 bar on

Lock against rotation included

Low settlement

Non-sensitive for lateral forces

No ventilation for housing requiered

Data Sheet CLS010

INOSOL

WORK SUPPORT 70 BAR

hydraulic, up to 70 bar, single acting

The - in the housing integrated - cone bush, clamps the movable plunger when it is pressurized. But previously, this plunger is moved by the pressure connection, against the workpiece.

High support force

Working pressure from 25 bar on

Expandable with accessories

Perfect Coolant protection

Data Sheet CLS008

INOSOL

WORK SUPPORT 350 BAR

HYDRAULIC, UP TO 350 BAR, DOUBLE- AND SINGEL ACTING

Support elements act as a variable clamping points for supporting workpieces during machining and avoid/reduce the vibrations and deflections.
For space-saving the threaded-body design allows the direct installation into the fixture body.

- High support forces
- Inner parts of stainless steel
- Metal wiper as option
- Perfect coolant protection
- Partially compatible to competitive products

Data Sheet CLS003

DIFFERENT CYLINDERS

INOSOL

THREADED BODY CYLINDERS

HYDRAULIC, 350 BAR, SINGLE ACTING

The Threaded Body Cylinders work single acting with a spring return.
The Cylinders are available as both, with convex piston end, and with an internal thread, for mounting a pressure element.

- Compact design
- Cost-efficient
- Multifarious use
- Only one pressure line necessary

Data Sheet CLS005

INOSOL

BLOCK CYLINDERS

VALVES

INOSOL

THREADED VALVES UP TO 400 BAR

SEQUENCE VALVES
THROTTLE CHECK VALVES
PRESSURE DIFFERENTIAL VALVES

All valves with the same mounting contour and M20x1.5 thread.

- Compact design
- Simple mounting hole
- Valve combinations possible
- Unified insert contour
- Operation with one line possible
- Working pressure up to 400 bar
- All valves with integrated non-return valve

Data Sheet English V001_EN

INOSOL

VENT SCREWS

UP TO 400 BAR, G1/4, G1/8, M8

To vent through this utility model protected bleed screw, just one Allen key SW3 is required.

- Visually identical to screw plugs
- Less damage possible by external influences
- No lock nut is required
- Space saving mountung
- Suitable for high pressure

Data Sheet English V003_EN

INOSOL

INSERT VALVE UP TO 300 BAR

MINIATURE CHECK VALVE

As insert valve for Bore diameter 5

- Individual positioning
- Simple mounting hole
- Valve combinations possible
- For hydraulic and pneumatic applications
- Working pressure up to 300 bar
- Space saving mounting
- Usable for different media

Data Sheet English V002_EN

INOSOL

RELAY VALVE UP TO 250 BAR

SEQUENCE VALVE AS TIMER

The sequence valve with relay switching sequence is used in clamping devices, in which a pressure-independent switching sequence is to be achieved within a circuit.

- Only one adjustment screw
- Absorption of pressure peaks
- Delay time adjustable
- Pressure-independent switching sequences possible

Data Sheet English V004_EN

INOSOL

ROTARY JOINTS

UP TO 250 BAR, ND 5, 1-6 CHANNELS

The rotary units are made of high strength aluminum and the rotary piston is made of hardened stainless steel. They are used where media must be passed by a stationary- to a rotating component.

- Modular extendable
- Light weight
- Cost-efficient
- Position of the housing connections adjustable
- Multifarious connection possibilities
- Suitable for different media and gases
- With additional slide bearings

Datenblatt English R001_EN

INOSOL

HIGH SPEED ROTARY JOINT

UP TO 1500 RPM AND 300 BAR, ND 2, 1 LINE

These rotary units are particularly suitable for high speeds at high pressures. Rotor and stator are made of steel and fitted with a mechanical seal and ball bearings.

- Compact Design
- Simple Mounting Contour
- High rotation speed
- Easy mounting
- Working pressure up to 300 bar
- Ball bearing

Data Sheet English R002_EN

INTENSIFIERS

INOSOL

HYDROPNEUMATIC PUMPS:

UP TO 500 BAR, SINGLE- AND DOUBLE ACTING

The pressure generator convert a pneumatic input pressure into a hydraulic operating pressure.

- Compact design
- Suitable for mobile use
- Well-priced
- No power supply required
- High pressure generation possible
- Low weight
- Larger tank volume available

Data Sheet English AHP001_EN

INOSOL

PRESSURE BOOSTER

UP TO 2000 BAR, INLINE INSTALLATION

The pressure intensifiers convert a low hydraulic input pressure into a higher operating pressure. This is done with a fixed, but selectable transmission ratio.

- All high pressure valves integrated
- Oscillating, continous flow
- Different flow rates available
- High pressures reachable
- Special solutions / further models on request
- Low weight

Data Sheet English I001_EN

INOSOL

ACCUMULATORS

ACCUMULATORS UP TO 500 BAR, DIFFERENT SHAPES AND TYPES

In order to ensure the operational reliability of hydraulic systems and to protect components from wear, it is strongly recommended to compensate pressure variations and spikes withhydraulic accumulators.

- Different sizes
- Solid Design
- Discharge of hydraulic components
under pressure variations and surges
- Supports energie reduction
- Reduces wear out of hydraulic components

Data Sheet English A001_EN

INOSOL

HYDRAULIC FILTERS

IN-LINE-FILTERS: 10+25 MICRON, G1/4 G3/8 G1/2

In order to ensure the operational reliability of hydraulic systems and to protect the components against wear, it is strongly recommended that the pressure media is filtered.

- Independent of the flow direction useable
- Very good filtering
- Pipe mounting
- Filter-insert exchangeable
- Low weight because of aluminium housing

Data Sheet English F001_EN

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