Mira 440
เครื่องปอกสายไฟแบบใบมีดหมุน สำหรับสายสัญญาณโคเฮ็คเซียล
Mira 440 AND 440 SF
CABLE AND WIRE STRIPPER
- Special discipline: Coaxial, triaxial and hybrid cables
- The stripping of coaxial cables places high demands on the machine. Several thin, concentric layers are removed with a single gripper closure: insulation, metal braiding, foil and dielectric. The strip length must be exceptionally accurate as the tolerance ranges of coaxial connectors are very narrow. The Mira 440 models are perfect for these special requirements. They are also suitable for processing most wires and multi-core cables with and without shield.
- Wide processing range
- Covering outer diameters of up to 9 mm and strip lengths of 40 mm, the Mira models offer a very wide processing range for their class. The wire range is equally wide at 0.02 to 13 mm² and AWG 36 – 6. Thanks to the rotary incision, the machines are also suitable for most insulations such as cross-linked plastics, PVC or Teflon®. In all cases, the focus is always kept on precision.
- Coaxial processing with the highest level of precision
- Rotary incision has established itself as the best solution for coaxial cables. The Mira 440 and 440 SF rotary incision unit is equipped with centralizers that keep the wire precisely centered during the incision process. The smooth cutting surface of the blades is directed towards the dielectric to ensure perfect cutting quality. The strip length and incision diameter can be adjusted with a high level of precision in 0.01 mm increments.
- Wide processing range
- - Coaxial, triaxial and other multi-layer cables with an outer diameter of up to 9 mm
- - Single-conductor wires measuring 0.02 – 13 mm² / AWG 36 – 6
- - Strip length up to 40 mm
- Precise coaxial processing
- - Rotary incision, centering and flat blades for the smoothest cut
- - Process up to 9 wire layers
- High productivity
- - Automatic trigger via sensor
- - Time-saving sequential processing of multicore, multi-coaxial and hybrid cables
- - Article library and barcode scanning for quick item selection
Coaxial cable
| Max. outer diameter1 | 9 mm (0.354 in.) |
| Min. conductor diameter1 | 0.15 mm (0.059 in.) |
| Max. number of layers | 9 |
Single-conductor wire
| Conductor cross section (stripping)1 | 0.02 – 13 mm² (AWG 36 – 6) |
| Conductor cross section (twisting)1 | 0.14 – 2.5 mm² (AWG 26 – 13) |
| Max. conductor cross section for cutting1 | 2 mm² (AWG 14 / Ø 1.6 mm) |
General
| Max. strip length² | 40 mm (1.575 in.) |
| Max. pull-off length | 44 mm (1.732 in.) |
| Min. breakout length | 26 mm (1.024 in.) |
| Increment for incision diameter | 0.01 mm (0.0004 in.) |
| Increment for strip length | 0.01 mm (0.0004 in.) |
| Gripper force | Programmable |
| Blades | Rotary flat blades |
| Trigger | Sensor, touch screen, optional foot pedal |
| Data interface | USB port for data backup, barcode scanner |
| Article library: Max. number of articles | 1000 |
| Sequence function: Max. number of steps | 1000 |
| Sequence library: Max. number of entries | 1000 |
| Typical cycle time | ≥ 5.6 sec.³ |
| Production rate | 650 pcs/h³ |
| Electrical connection | 50/60 Hz, 100 – 240 V AC, < 130 VA |
| User interface | 5" color touch screen, multi-touch function + dial |
| Ambient temperature for operation | 5 – 40 °C |
| Dimensions (B × H × T) | 141 × 290 × 473 mm (5.5 × 11.4 × 18.6 in.) |
| Weight | 14 kg (31 lbs.) |
| CE conformity | Conforms to the CE directives on machine safety and electromagnetic compatibility. |
- 1 We recommend using sampling for wires that are difficult to process and wires at the limits of the specifications.
- 2 The maximum strip length is reduced by the length cut from the end.
- 3 In practice, production rate and cycle time depend on the settings and the operator’s experience.
Models and accessories
| Mira 440 | For coaxial cables and single-conductor wires |
| Mira 440 SF | For semiflex coaxial cables |
| Foot pedal Mira | Instead of wire sensor tripping |
| Full stripping |
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| Half stripping |
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| Core processing |
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| Cutting pulled strands |
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| Precision cut |
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| Full stripping |
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| Half stripping |
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| Multi-step stripping |
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| Core processing |
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