Strand - Import export

This little motor has impressive torque and high RPMs. Reliable operation with quick movements of low loads. Stepper motors from igus® are a good supplement to drylin® linear axes. They are characterised by their cost-effectiveness, their precision and easy control. They work reliably under the most varied environmental conditions (depending on the selected class of protection IP). The igus® stepper motors can be connected to the most common motor controls using standardised electrical connection. Motors with stranded wires are the least expensive and the most common stepper motors. The connecting wires for this type exit from the housing and will be connected with a JST connector. They are usually installed in machines and equipment that have an additional housing or are used in clean environments.

For designs that require a stepper motor with directly integrated lead screw, drylin® E offers the ideal solution. The stand-alone versions with NEMA11 stepper motor (very small type) are available in a compact type with or without encoder. The lead screw is centred and in combination with the dryspin® high helix thread technology, the system has a long service life. Stepper motors from igus® are a good supplement to drylin® linear axes. They are characterised by their cost-effectiveness, precision and easy control. They work reliably under the most varied environmental conditions (depending on the selected class of protection IP). The igus® stepper motors can be connected to the most common motor controls using standardised electrical connection. The encoder sends signals from the motor to the motor control. The encoder verifies that the required linear motion has occurred precisely as required. Encoder = increased machine accuracy.

• For stripping solid, stranded or finely stranded conductors with standard insulation • With V-shaped cutting edge for wires and strands up to a max. of Ø 5 mm or 10 mm² conductor cross section • With adjustable screw for easy adjustment to the required wire or strand diameter • With opening spring • Handles with ergonomically shaped SoftGripp multi-component safety sleeves according to DIN EN/IEC 60900 • SoftGripp handles with SystemSocket for holding optionally available accessories, e.g. the easily attached SystemClip for fall protection • Made of tool steel, forged, oil-hardened

• With stripping function for single and multi-stranded conductors with 1.5 mm² and 2.5 mm² conductor cross-section • For cutting hard and soft wires • Cutting edges inductively hardened • Serrated inside jaws • Ergonomic angled head • Integrated ring spanner • With opening spring and catch • Power transmission with optimum leverage for easy and effortless work • Handles with ergonomically shaped SoftGripp multi-component sleeves • SoftGripp handles with SystemSocket for holding optionally available accessories, e.g. the easily attached SystemClip for fall protection • The ergonomic design of the pliers reduces work fatigue and also protects tendons and joints of the user • Made of tool steel, forged, oil-hardened

• For stripping solid, stranded or finely stranded conductors with standard insulation • With V-shaped cutting edge for wires and strands up to a max. of Ø 5 mm or 10 mm² conductor cross section • With adjustable screw for easy adjustment to the required wire or strand diameter • With opening spring • Handles coated with plastic • Made of tool steel, forged, oil-hardened

The trimming saw is installed downstream of the last surface-layer mat former, cutting the strand mat precisely to the required width. Two motor-adjustable saws, one each located on either side of the belt, cut the strand mat to the dened width. The trimming waste is discharged through a hopper and recycled to the mat former bins. Features Motor-adjusted saw blades incl. distance measurement Movable mat edge retainers to ensure high-quality cuts Lateral pressure rollers ex saw compact and smoothen the mat edge Movable extraction system adjustable to mat thickness Advantages Recipe-related adjustment of all adjustable axes Eective strand extraction