Steel beams - Import export

Full power in any position The universal machines from BEHRINGER can handle any job that is needed. Perfect to slicing through sectional steel as well as solids in metal and comparable plastics at almost any optional angle. With precise cuts, individually adjustable for bidirectional mitre cuts between 90° and 45°, and optionally even for acute angles of 30°. Semi-automatic variants In the BEHRINGER semi-automatic models, the material is positioned by eye, for instance with the aid of a linelaser. This procedure is recommended for frequently changing cut-off length and when the sections are marked on the material already. Automation Where larger cut-off lengths are required, we recommend the use of a measurement device for precise positioning of the material. Used in conjunction with infeed and outfeed peripheral devices such as roller conveyors and transverse transport devices, the degree of automation can be increased to achieve added streamlining effects.

• INP • UNP • IPE • HEA • HEB • HEM

The measuring element of the load cell consists of a double bending beam on which strain gages are applied. The applied force detunes the measuring bridge so that a proportional output voltage is generated. The strain gages on the measuring element are protected against dirt and water spray by a rubber bellows. The sensor can be easily mounted via two mounting holes. The tension or compression force to be measured is introduced at the opposite end perpendicular to the sensor axis. Due to its special design, the influence by an extension (e.g. touch finger) on the measuring signal is low. Overload protection can be realized with little effort using a mechanical stop. FEATURES For tension and compression forces Measuring ranges from 0 ... 5 N to 0 ... 2 kN Relative non-linearity: ≤ ±0.1 % F.S. Very low mounting height Simple force application Material aluminium or stainless steel Special design on request burster TEDS optionally available

Flat and Tapered Beam Torque Wrenches The error proofing industry started with a deflecting beam wrench built and sold by Paul A. Sturtevant. That was 1924. Highly accurate, very easy to use, and so durable they often last for decades - and decades! The special alloy steel beam is ground to a rate of deflection with the use of dead weights, rather than a dimensional tolerance. This process is time consuming and very labor intensive, but the result is a tool that remains accurate as long as the beam is intact and the pointer is on zero under no-load condition. The flat shape of the beam insures the wrench remains at a right angle to the fastener, reducing or eliminating side-loading error. This unique taper-grinding distributes stress evenly along the entire length of the beam, extending tool life indefinitely. With a minimum of moving parts, these tools are virtually repair and maintenance free.

Cantilever racking systems are highly load-bearing storage systems intended for storage of long and/or bulky storage materials. Such goods include timber, wooden boards, metal sheets, sections, beams or steel elements, building materials but also scrap cars and all kinds of heavy loads. Cantilever racking by OHRA is distinguished from standard racks using solid steel sections for all load-bearing elements. Thanks to this slim construction of our racks a high storage capacity can be achieved across a small floor space. There are specific types of cantilever racks for every product and for every industry. They differ based on requirements, height, useable depth, load-bearing capacity or section thickness. All cantilever racking are produced individually according to customer requirements; they are equipped with a high-quality powder coat or hot-dip galvanised for outdoor storage.

Engineered for : • Steel beams, profiles and tubes • Mixed cross-sections

Engineered for : • Large cross-section steel beams • Structurals with residual stress

For sawing processes using minimal lubrication. Powerful at high cutting speeds and feeds. Engineered for : • Steel beams, profiles and tubes • Mixed cross-sections