Handles very small cables Ideal low-cost solution for post-processing Trouble-free & efficient processing   The WireStacker 500 is a passive wire stacking system with guide channel and collecting tray. It handles cable lengths up to 1.5 m (5 ft) and wires as small as 0.34 mm2 (AWG 22). After processing of each wire, the cut & strip machine sends a signal to the stacker initiating the dropping of the wire from the guide channel into the collecting tray. All programming such as total and batch quantities is done on the cut & strip machine. The WireStacker 500 is the ideal low-cost solution for post-processing of both short and long cables. It allows unattended operation. This wire stacker is optimized for use with Schleuniger cutting and cut & strip machines, thus permitting trouble-free and efficient processing. Give Your Processing Line the Edge! In order to maintain the quality of a carefully processed cable, it is highly recommended to use post-processing equipment such as a wire stacking or a cable coiling machine. Processing line with prefeeder (1), marker (2), processing machine (3) and wire stacker (4).

Machine WireStacker 500 Cable Size Min.: 0.35 mm² (22 AWG) depending upon nature and structure of cable Max.: 25.4 mm (1") O.D. Range of Wire Lengths Up to 1'500 mm (59") Depending on cable, longer lengths are possible Height of Wire Axis Adjustable from 610 mm (24") up to 1'060 mm (41.7") Control Signal Requirements 24 VDC timed control signal (The WireStacker 500 is activated by an electric control signal released by an upstream Schleuniger cut & strip machine) Air Pressure 70 - 90 psi (Air pressure regulator/ gauge included) Air Consumption < 0.03 m² / min. at 550 kPa (< 1 CFM at 80 psi) Dimensions 1'500 x 470 x 1'170 mm (59" x 18.5" x 46") Weight 35 kg (77.8 lbs.) CE-Compatibility The WireStacker 500 fully complies with all CE and EMC equipment guidelines relative to mechanical and electrical safety and electromagnetic compatibility.  Note Specifications are subject to change without notice. Exceptions may apply depending on application, wire and other variables.