PreFeeder 1000 MX
Prefeeding Machine Dereeler Type
Overview
The PreFeeder 1000 MX handles 300 mm (11.81'') reels weighing up to 20 kg (44.4 lbs.) and has been specifically adapted for very thin wires ranging from 0.4 to 3.5 mm (0.016" - 0.137") outer diameter.
Application Range
The universal bench top dereeler, PreFeeder 1000 MX, is designed for constant and tension-free dereeling of thin cables. Due to an electronic control system, which is activated with a pendulum arm, the feed rate automatically adjusts to the actual requirement of any downline machine (e.g. cutting and stripping machines). The PreFeeder 1000 MX works as an active cable dereeler. The integrated dancer arm allows stress- and tension-free feeding of cable. Thanks to the closed loop concept, the PreFeeder 1000 MX can be integrated as easily into a processing line as a stand-alone system.
Technical Data
Raw Material Diameter | 0.4 mm – 3.5 mm (40 - 16 AWG) |
Reel Diameter | 300 mm (11.81”) for Applications in EU-countries (CE safety cover) |
Reel Width | Maximum 240 mm (9.52”) |
Reel Weight | Maximum 20 kg (44.4 Ibs.) |
Pulling Speed | 0-650 U/min. |
Reel Arbor Diameter | 14.5 – 70 mm (0.57 – 2.75“) |
Power Supply | 100, 115, 230, 240 VAC, 50/60 Hz, 80 VA |
Dimensions (L x W x H) | Depth: 350 mm (13.89”), 700 mm (27.55“) (with CE safety cover) |
Weight | 25 kg (55.55 Ibs.) |
CE-Conformity | The PreFeeder 1000 MX fully complies with all CE and EMC equipment guidelines relative to mechanical and electrical safety and electromagnetic compatibility. |
Important Note | Schleuniger recommends that wire samples be submitted in cases where there is doubt as to the processing capabilities of a particular machine. |
More Info
Features
- Specifically designed for actively dereeling micro-coaxial cables
- Extremely suitable for dereeling thin cables
- Optimal cable transport due to adjustable dereeling motor
- Standard serial interface for connection to cutting and stripping machines, forcing the entire installation to an immediate stop in case of any malfunction within the cable feed