Leybold

Screw-on clamp for mounting rods, panels and optical benches (460 43) to bench tops. With two threaded bores, through which the clamping screw can be inserted according to requirement. Technical Data * Jaw width for stand rods: 27 mm * Jaw width for panels: 20 mm * Bench top...

For vertical clamping of rods to bench tops. Mounting in two bores by clamping screws Technical Data * Jaw width: 14 mm * Bench-top thickness: 60 mm

For suspending thread pendulums, spring balances and simple rope machines (pulleys etc.). Technical Data * Length of the base rod: 9 cm * Span width of the clamp: max. 14 mm

For perpendicular connection of rods and tubes

Technical Data •Jaw width: 16 mm

Suitable for use with stand material for fixing of tubes, flasks and other cylindrically shaped parts. Technical Data * Length: 16 cm approx. * Jaw width: 20 to 80 mm * Span width to the clamp: max. 14 mm

Span width for vertical rods: max. 13 mm resp. ½ inch Bore for base rods: 10 mm Ø each Plug-in bores: 4 mm Ø each Dimensions: 18.5 cm x 4 cm x 3.5 cm

For attaching plug-in axle (from 340 811ET2), coupling plug (from 340 89ET5) and support clip (from 314 04ET5) to stand rods or tubes or holder for thread and leaf-spring. Technical Data * 4 mm plug-in bores: 8 * Span width for rods and tubes: max. 13 mm or 1/2 inch *...

Made of solid, corrosion-resistant, special steel. Technical Data * Diameter: 10 mm * Length: 25 cm

Vertical assembly facility, allows versatile combinations.

Technical Data •Dimensions: 97 cm x 85 cm x 34 cm Scope of delivery 2 side sections 1 transverse rod 2 profile rails

With overheat protection Technical Data * Power supply: 230 V, 50 Hz, via mains supply * Power consumtion: 1000 W

With instant-action locking device for internal, external and depth measurements, stainless steel (all hardened).

Technical Data •Measuring range: 150 mm and 6 inches •Graduation: mm with vernier reading to 1/20 mm inch with vernier reading to 1/128inch

For experiments in which certain components are to be continuously turned and the respective angles determined either with a recorder or via a computer interface (CASSY), e.g. diffraction experiments with ultrasonics, angular distribution of micro-waves. The system is driven by a DC gear motor...

Flywheel demonstrating the conversion of potential energy into kinetic energy. For measurements of inertial force during acceleration, the wheel can also be mounted on a laboratory balance (315 22). Complete with shaft and adjustable suspension. Technical Data •Moment of inertia: 13...

Opto-electronic measuring instrument for registering the oscillations of gravitation torsion balances. Measuring principle: four IR-diodes successively emit infrared light, which is reflected onto a row of phototransistors by the concave mirror mounted on the gravitation torsion balance. A...