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ROEMHELD M6.101 Floor Modules for use as base frame for height adjustable working places.

• Max. load 6,000 N
• Adjustable articulated feet
• Frame: steel, black-lacquered

ROEMHELD M5.101 Cart Modules WMS for the transport of devices, assembly fixtures or testing devices within the production.

• Max. load 2,000 to 6,000 N
• Manually operated
• with steering rollers and parking brake
• Frame: steel, black-lacquered tires: PUR
• Suitable for workshop setups

ROEMHELD M4.101 Lifting Module for ergonomic design of working places

• Max. lifting force 1,000 N
• Stroke from 200 to 600 mm
• Manual-hydraulic version
• Max. lifting force: 1000 N
• Max. torque: 100 Nm
• Stroke: 200 to 600 mm
• Operation: foot pedal
• Pump strokes per 100 mm 8

ROEMHELD M2.101 Tilting Module for universal use in assembly and handling processes in the industry

• Max. load 1,000 N, load balanced
• Tilting & Indexing Angle: 0 and 90°
• Max. load: 1000 N
• Max. torque: 500 Nm
• Max. balanceable moment: 180 Nm
• Operations: manual
• Operation indexing: pedal

ROEMHELD M 1.101

• Max. load: 2000 N
• Max. torque, axial/radial: 800 Nm
• Rotates in both directions - Angle of rotation: 360°
• Safe indexing, rotating and indexing possible by one-hand operation

ROEMHELD J7.201 Pneumatic swing clamp for adjustable, magnetic sensors that only require low clamping forces

• Maximum clamping force: 140 - 1400 N
• Rod diameter: 8 - 25 mm
• Piston diameter: 20 - 63 mm
• Clamping stroke: 7 - 18 mm
• External thread: M30 - M80

When pressurising the element, the clamping arm swings and lowers by 90° to the clamping position and then lowers to the clamping point. The position monitoring gives the required information regarding the position of the piston, but not regarding the position of the clamping arm. Monitoring is made by electronic sensors which detect the magnetic field of the magnetic piston. The switching points can be continuously adjusted by displacement of the magnetic sensors.

ROEMHELD I4.110 Double-Acting Fixture Clamp with Fixed Jaw used for machining of dimensionally stable workpieces.

OBSOLETE ITEM - CONTACT HYQUIP

• Maximum operating pressure 250 bar
• Maximum clamping force: 9.5 kN
• Jaw width: 40 mm
• Clamping stroke: 5 - 30 mm
• Maximum flow rate: 70 cm³/s

The fixture clamp with fixed jaw consists of a very small basic body with integrated hydraulic cylinder which actuates the movable jaw. All threads and ports are at the bottom to allow a space-saving arrangement of several clamping points in a very limited space. If fixing from below is not possible an adaptor plate for manifold mounting or tube connection is available.

ROEMHELD H4.306 Hydraulically operated concentric clamping element can be equipped with especially low clamping jaws.

• Maximum operating pressure 250 bar
• Maximum clamping force: 5 kN
• Stroke of clamping jaws: 10 mm
• Centring repeatability: 0,02 mm

The 2 or 3 base jaws are coupled to a cone shaped contact bolt in the centre of the housing, that is driven by a double acting hydraulic piston. To obtain the required synchronization accuracy all parts are manufactured with high precision. The nitrated base jaws have 3 fixing threads.

ROEMHELD G3.812 Spring Clamping Elements

• Clamping force: 10 - 300 N
• Clamping stroke: 0.8 - 3.4 mm
• Pin diameter: 3 - 10 mm
• With and without sealing

ROEMHELD Spring Clamping Elements are designed for quicker, safer and more economic workpiece positioning and clamping within clamping range of 10-300 N. The clamping force is generated by displacement of a spring-loaded pin.

ROEMHELD G 2.140 Magnetic Sensors for Position Monitoring of Block Cylinders and Pneumatic Swing Clamps

• Block cylinder with bronze housing B 1.553
• Block cylinder with aluminium housing B 1.554
• Block cylinder with guide housing B 1.738
• Pneumatic swing clamp J 7.202

Electronic magnetic sensors allow position monitoring of the pistons of cylinders with non-magnetisable housings (aluminium or bronze).

An annular permanent magnet is fixed to the piston, and its magnetic field is detected by an electronic magnetic sensor. The magnetic sensors are fixed outside in the lengthwise slots of the cylinder body. The switching points are adjustable by displacement of the magnetic sensors in the lengthwise slots of the body.

ROEMHELD F 9.601 Hydraulic Accumulators used in hydraulic power workholding applications

• Nominal volume 13 - 750 cm³
• Maximum operating pressure 250 - 500 bar
• Hydraulic fluid: hydraulic oil
• Nominal volume: 13 - 750 cm³
• Oil volume at pmax and 22°C: 45 - 625 cm³
• Standard gas-preload pressure 40 - 160 bar
• Connections: G1/4 - G1/2
• Adm. operating temperature [°C]: -10 - +80

Liquids are more or less incompressible and therefore are not in the position to store pressure energy. For hydraulic accumulators the compressibility of nitrogen is used to store liquids. A gas-tight diaphragm separates the liquid zone from the gas zone. In the bottom of the diaphragm there is a valve disk that avoids a damage of the diaphragm if the hydraulic accumulator will be completely discharged. Nitrogen is filled in at the screw plug and provided with the required preload. For this purpose an appropriate filling and testing fixture is required.

ROEMHELD F9.500 High Pressure Filters available in six versions

• Version with rectifier function F9.500-1
• Version for high flow rates F9.500-2
• Compact version F9.500-3
• Plug-in filter, small - F9.500-4
• Plug-in filter, compact - F9.500-5
• Steel filter 500 bar - F9.500-6

Filter elements are used to protect hydraulic elements against contaminations. They are installed e.g. in front of valves and intensifiers and avoid the penetration of swarf and contaminations. The safety of functioning as well as the life are considerably increased.