Collars - Import export

For conductor cross-sections from 0.14 up to 10 mm² (AWG 26-8). Material: tin-plated copper. Tolerances according to DIN 46228 part 4

For conductor cross-sections from 0.14 up to 150 mm² (AWG 26 – 300 kcmil). Material: tin-plated copper. Tolerances according to DIN 46228 part 4

Pipe bracket with rubber inlay

Tube clamps are best suited for a quick and safe connection of two tubes that can be plugged into one another.

Bolt clamp with rubber inlay

Work thread – Hose clamp DIN 3017, Form A with hexagon head screws SW 7 S

This clamp made of galvanized steel is a special clamp for connecting medium and heavy-duty hoses to connectors on mobile and stationary units. Bandwidth approx. 20-25 mm. Band thickness approx. 1.0 – 1.8 mm

This clamp is a special clamp for right-lay hoses.

aluminium diecasting*roller grips*capacity 0 - 20 mm

aluminium diecasting*roller grips*capacity 0 - 20 mm

zinc diecasting, nickel plated*vinyl coated jaws*capacity 0 – 40 mm

zinc diecasting, nickel plated*vinyl coated jaws*capacity 0 – 40 mm

safety fastener*cork lined jaws*rod Ø 10 mm

cam type closure*cork lined jaws*capacity Ø 60 –170 mm*rod Ø 10 mm

zinc diecasting, powdercoated*capacity 0 - 80 mm*slewing range 360°

zinc diecasting*natural alloy

M 10 nut*for use in:*Retort Stand Bases*Labjacks

zinc diecasting*and brass,*nickel plated*vinyl coated jaws*length 300 mm

zinc diecasting*and brass,*nickel plated*vinyl coated jaws*length 300 mm*safety base*Ø 82 mm

Automatic clamping takes place over disc springs, which are adjustable in the pre-loading and are solved pneumatically to the workpiece change. Manual clamping is made by a knurled knob on the opposite side of the collet. Due to the integration into the existing through-hole of the rotary table, the rotary table with the clamping system remains very compactly. Compact High run-out accuracy Easy to operate Retrofit possible

Roll collar vials

Design and construction This Schulz ball caster / ball transfer unit consists of a casing, a top cover and a bearing cap as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing and top cover as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster consists of a casing with threaded pin and a top cover as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing and a top cover as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of three stamped parts, the casing, bearing shell and top cover, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster consists of a casing with threaded pin and a top cover as solid turned part, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster consists of a casing with threaded pin and a top cover as solid turned part, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of three stamped parts, the casing, bearing shell, threaded pin, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.