Levelling - Import export

Steel, nitrile rubber. Note: The low non-slip levelling wedge is suitable for loads of up to 2 tonnes. The levelling wedge provides a large support surface with a nubbed structure made of nitrile with a hardness of Shore 80. Using the flat angle of the wedges, the height of the levelling wedge can be adjusted by 0.15 mm per turn of the screw. The vulcanized non-slip layer provides durable insulation from vibrations, noise, and corrosive media.

Steel 1.7225. Stainless steel 1.4305. Version: Seel version trivalent blue passivated. Stainless steel version bright. Note: Levelling sets are used for mounting, levelling and aligning motors, aggregates, drive units and assembly lines. They have a large adjustment range of 15 mm to 40 mm. Other sizes available on request.

Polyethylene. Screw, steel. Note: Levelling feet with hexagonal base. Rigid version.

Steel, housing plastic, adhesive anchor steel. Note: Suitable for adjustment loads up to 12 tonnes. The heavy-duty anchors apply the centre double wedge principle. With the centre double wedge principle, the machine support height is adjusted by two wedges instead of one. The wedge movements are consistent and free of play. With the double wedge, the force acting on the lifting mechanism is halved and the central support point always remains rigid and stable. The spherical machine support on rounded discs can compensate for unevenness in the floor. Horizontal movements are prevented by the centring sleeve which holds the floor bolt in the form of an adhesive anchor. Application: Example applications of the levelling wedge are for levelling heavy machine tools, high-speed milling machines, and transfer machines

Seel version trivalent blue passivated. Stainless steel version bright. Note: The spherical washer levelling set is used to mount and align motors, aggregates, drive units and production lines. The spherical washer gives exact alignment of sloping faces with an inclination of up to 4°. The locknut secures a prescribed adjustment. Accessory: Spherical levelling washers 07460

Frame brass. Tubular bubble vial glass. Version Nickelplated and highgloss polished. Form B black anodised. Note Bubble levels are used as a type of zero indicator instrument for checking horizontal inclination in e.g. spirit levels, inclinometers, metrology instruments and machine constructions. The tubular levels can be fastened using the two holes. Form A one sight window Form B three sight windows Sensitivity in angular minutes for 2 mm bubble travel Green filling

Bullseye level body stainless steel up to Ø14 mm, then aluminium. Sight window glass. Version Aluminium black anodised. Note Bubble levels are used as a type of zero indicator instrument for checking horizontal inclination in e.g. spirit levels, inclinometers, metrology instruments and machine constructions. Excellent bubble contour, with internal bubble ring to eliminate planar parallaxes. Sensitivity in angular minutes for 2 mm bubble travel Clear filling

Frame brass. Bullseye level body polyamide. Bubble levels are used as a type of zero indicator instrument for checking horizontal inclination in e.g. spirit levels, inclinometers, metrology instruments and machine constructions. These bullseye levels can either be screwed down using the three holes (Form A) or recessed (Form B). Form A calibrated to the ground bottom face Form B calibrated to the underside of the flange Sensitivity in angular minutes for 2 mm bubble travel Clear filling Black contrast ring White level base

Housing steel. Viewing glass thermoplastic polyamide. O-ring and flat seal rubber (NBR). Reflector aluminium. Screw and hex nut steel. Version: Housing painted black. Transparent viewing glass, high mechanical stability, non-ageing, temperature resistant with oil up to 100 °C, with water up to 70 °C. Reflector painted white, markings and scale black. Screw and hexagon nut, electro zinc-plated. Note: The oil level gauges can either be fastened as shown in the illustration or directly in the threaded hole. Centre distance for the fastening holes = L1 ±0.5. The oil level gauges are suitable for tanks operating without pressure. Maximum operating temperature: 100 °C.

Housing fibreglass reinforced thermoplastic polyamide. Sight glass thermoplastic polyamide. O-ring and flat seal NBR. Reflector PVC. Float plastic. Screw and nut, steel. Version: Housing black. Sight glass crystal clear, high mechanical stability, non-ageing. Reflector white. Float red, with magnetic element. Screw and nut electro zinc-plated. Note: The oil level gauge not only enables the oil level to be viewed but also recorded using a REED switch. In addition, the oil level gauges can also emit an electric signal if the temperature of the liquid inside the container reaches the threshold of 70 °C. As soon as the float element approaches the selected minimum value after the circuit has been closed, the system emits an electric signal. The sensor is located on the housing and its height can be adjusted in line with the control requirements for the oil level. The minimum level is ca. 35 mm from the centre of the lower fastening screw.

With linear continuous signal to indicate tank content

For oil, petrol, diesel fuels

Available in brass, aluminum, stainless steel, various float types and with ATEX approval for use in a wide variety of media such as water, acids, oils, fuels, etc. Installation Vertical and 45° / 90° curved With cable outlet or plug connection

Aluminium, nitrile rubber Note: The machine feet with vibration absorption remain vertically and horizontally stable, even in the presence of strong vibrations. Permanent loads are optimally absorbed thanks to the high quality rubber-metal joint. The machine feet can be screwed onto the machine using a threaded spindle. Supplied with Threaded spindle M16X105 is supplied fully assembled as part of delivery. Drawing reference: 1) Shore hardness

Plate die-cast zinc or stainless steel 1.4305. Anti-slip plate thermoplastic elastomer. Version: Die-cast zinc plate, black powder-coated. Stainless steel plate, bright. Note: Swivel feet consist of a plate and a threaded spindle or ball joint. Any plate can be combined with any threaded spindle or ball joint. The anti-slip plate absorbs vibrations and prevents the swivel foot slipping. For matching threaded spindles see 27810. For matching ball joints see 27811.

Steel or 1.4305 stainless steel Version: Steel trivalent blue passivated. Stainless steel, bright. Note: Swivel feet consist of a threaded spindle and a plate joined together. Any threaded spindle can be combined with any plate. The height of the complete swivel foot can be calculated from the length of the threaded spindle + height of hexagon + 22.5 mm. (Overall height of swivel foot = L + L1 + 22.5 mm) Depending on the version, threaded spindles can have a thread undercut in front of the hexagon.

Available in many versions for use in a wide variety of media such as water, acids, oils, fuels, etc. Float and housing in plastic Versions for mounting vertically or horizontally With cable outlet or plug connection

Material: Aluminium. Version: Bright. Flat seal asbestos-free. On request: Cap marked OIL. Drawing reference: 1) flat seal

Material, version: 1. Sealing cap red Polyamide 66 thermoplastic. 2. Filler sieve black Polypropylene thermoplastic. 3 Flange electro zinc-plated steel. 4. Fastening screws electro zinc-plated steel. 5 Flange seal cork. 6. Chain brass.

Skyglow has: Mattress suitable for sleeping 1.5 cm thick. 2 mounting rings; Storage and carrying bag. 2 wheels with stoppers for its easier movement. Side opening with zipper.

RM2M offers a range of level sensors for liquids and solids. Rotary level sensors for solids: For high temperature, food processing, corrosive, or ATEX environments. Capacitive level sensors for solids: With power supply of 115-230VAC, 24-48VAC, or 24VDC. Membrane level sensors for solids: Operate with the pressure of the material on the membrane. Doesn't require a power supply. Pendular level sensors for solids: Simple and reliable sensor for powders forming a cone in the silo. Does not require a power supply. Conductive level sensors for liquids: Level sensor capable of controlling up to two levels. Available with the following power supplies: 115-230VAC, 24-48VAC, 24VDC. Floating level sensors for liquids: These models do not require an electrical power supply. Versions for agressive environments and food processing.

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It is a glass fibre tape covered with a thick layer of red silicone rubber which provides the tape with a high level of heat insulation. It is a very flexible tape, which is suitable for protecting hoses and electric cables by means of bandaging without having to disassemble or disconnect the parts to be covered. It offers continuous protection at operating temperatures of 250°C and can withstand splashes of molten metal up to 1200°C. It is resistant to most oils and fuels, hydraulic fluids, acids and alkalis. Applications Protection of cables, wires and hoses against extreme heat, fire protection, insulation of hoses against loss of heat for the steel and naval industries, industrial furna-ces, automotive sector, foundries, steel works, oil rigs.

For mounting on enclosures, for easier floor cleaning and to compensate for floor irregularities ±15 mm SO Levelling foot, for TS, SE, PC, H: 85 - 115 mm, Stainless steel 1.4301

Small data centre for the protection of server and storage applications. Two-door system for simple operation and cable duct in both side elements. LS Micro Data Centre, Level E

P-Sense transducers for pressure and temperature can be used both in air and in water or other fluids. Devices come with analog, digital or switching output and can be configured for absolute pressure or gauge pressure measurements. Potential fields of application are water level monitoring or fluid level measurements, e. g. in bodies of water, sewage treatment plants, storage tanks etc. The p-Sense320 probe can be fitted with an RS485 interface instead of an analog output which can optionally be connected to a computer using a RS232 adapter. Connection and data transfer to a PC/notebook can established with the Windows terminal.

The P-Log3021-MMC was specifically developed for applications demanding an increased memory capacity and high sampling rates. The measurement of the water level is carried out based on a piezoresistive pressure sensor and the measurement of the temperature is achieved by a high-precision measuring resistor. Its exceptionally high resolution and accuracy allow for water level and wave movements to be measured accurately to the very last millimetre.

The MikroLog2 is a miniaturised data logger for water level and temperature measurements. There are two models available - one combines water level and temperature and the other measures temperature only. Suitable fields of applications are wells, one inch pipes, drill holes (e. g. geothermal drilling) as well as open waters. The outstanding benefits of the MikroLog2 are its small diameter of only 16 mm and length of 110 mm, its long battery life, the large memory capacity and its excellent accuracy.The MikroLog2 is available with various measurement ranges between 1 and 50 bar which offers the appropriate range, including the ideal resolution and accuracy, for every measurement. It makes a continuous monitoring possible. Its logging interval can be configured between 1 second and 24 hours, and in fast mode even intervals of 2 Hz...32 Hz can be set.

The models P-Log3020 PA (=absolute pressure) and P-Log3020 PR (=gauge pressure) are data loggers capable of measuring water level with an accuracy of a few millimeters and also water temperature. Highlights of these data loggers are their high resolution as well as large memory. They offer a high long-term stability and provide reliable measurements over many years without a battery change thanks to an optimised energy consumption.