The XB-110 MI cable stripping machine uses ultrasonic action to loosen and remove magnesium oxide (MgO ) insulation from the prepared end of mineral-insulated cable. It is intended for end preparation of armored thermocouple cable, resistance-temperature cable and mineral-insulated heating elements, exposing the internal conductor for a subsequent welding, connection or assembly step.
The compact XB-110 workstation combines ultrasonic processing, a required air supply and foot-pedal actuation. The operator positions the cable and triggers the cycle with a pedal, keeping both hands available to guide and stabilize the workpiece. Its purpose is consistent MI cable termination preparation and controlled MgO removal while helping prevent fine conductors from bending or breaking when the process is correctly set for the sample.
The unit can be considered for industrial MI cable processing, high temperature cable stripping and thermocouple cable preparation where the cable construction and confirmed working range match. It complements, rather than replaces, other steps in the line. Review the MI Cable Machinery range, including the XB-90 precision drilling machine, the X-B30 high-power MgO powder extraction machine and the X-B60 drying machine.
This is an MgO-removal process, not a metal-sheath cutting operation. The expression MI cable sheath remover can refer to different processes in search queries; the XB-110 description should make clear that it removes mineral filling from the cable end and is not specified to cut through or remove the stainless-steel outer sheath. For MI cable copper sheath cutting or rotary cutting of a metal-sheathed cable, see the XMI-02 rotary cutting machine.
•Armored thermocouple manufacturing and repair: Prepare a mineral-insulated cable end before junction welding, termination or sensor assembly. The XB-110 can support thermocouple cable preparation when the cable is within the confirmed operating range.
•RTD and temperature-probe assembly: Remove MgO locally to expose internal conductors for the next manufacturing step, with reduced dependence on manual powder removal.
•Mineral-insulated heating cable and heating tubes: Strip MgO insulation from cable ends where an exposed conductor is required for connection or sealing.
•High-temperature industrial instrumentation: Apply to MI cable used in process equipment and sensor manufacturing, subject to confirmation of sheath alloy, cable construction and diameter.
•Fire-protection cable preparation: Users searching for a fire alarm MI cable stripper should confirm cable build and dimensions with Heatecx before ordering; the phrase alone does not establish compatibility with every fire-alarm cable.
•Cable-end finishing workflows: For MI cable end miller or precision hole-making requirements, the XB-90 is a separate machining option. For pre-cutting, use a suitable cutter such as the XMI-02.
•Ultrasonic MgO removal: Loosens mineral insulation at the prepared end, reducing reliance on manual extraction alone.
•Foot-pedal activation: Lets the operator trigger the process while keeping hands available for cable positioning. Do not describe the unit as a fully automatic production line without confirming its installed configuration.
•Air-supply connection: Required according to the provided operating information. Working pressure, flow rate and the precise pneumatic function are not supplied here and must be obtained from the manufacturer.
•Conductor-care objective: Designed to support MI cable stripping without damaging conductor by limiting mechanical pulling and helping avoid bent or broken strands. Actual results depend on conductor size, cable build, tooling and cycle settings; test a sample first.
•Compact footprint: Stated dimensions of 30 × 40 × 45 cm and weight of 10 kg suit a compact cable-preparation station.
•Clear process boundaries: The XB-110 removes MgO; it is not specified to remove outer sheath from MI cable or remove stainless steel sheath MI cable. Use a separate metal cutting/sheath-preparation process where required.
•Search-intent clarification: An automatic MI cable stripper and a semi-automatic MI cable stripping machine may describe different operating levels. This model is described here as foot-pedal actuated; confirm which cycle stages are automatic before using either label commercially.
•Electrician and production use: The phrase MI cable prep tool for electricians may describe the search intent, but the intended use should be framed as a compact industrial workstation; confirm portable/site use before claiming field portability.
|
Parameter |
Supplied specification |
|
Model |
XB-110 |
|
Process |
Ultrasonic removal of MgO powder from MI cable ends |
|
Listed workpieces |
Armored thermocouples, resistance-temperature cables and heating tubes |
|
Applicable MI cable outside diameter |
0.5–3 mm |
|
Electrical supply |
220 V AC, 50–60 Hz |
|
Power |
1.6 kW |
|
Actuation |
Foot pedal |
|
Pneumatic service |
Air source required; pressure and flow not provided |
|
Dimensions (L × W × H) |
30 × 40 × 45 cm |
|
Weight |
10 kg |
|
Intended result |
Remove MgO and expose the core for the next operation while avoiding conductor bending or breakage through suitable setup |
1.Confirm cable and measurement. Verify the workpiece is MI cable, an armored thermocouple, an RTD lead or a heating tube, and confirm that the MI cable outside diameter is between 0.5 and 3 mm. If the metal sheath needs to be cut first, use an appropriate cutter; the XMI-02 is listed for rotary cutting.
2.Connect services. Connect the machine to a properly grounded 220 V, 50–60 Hz supply with suitable electrical protection. Connect the air source using the machine’s specified fitting and pressure. Do not guess a pressure or flow value.
3.Set up safely. Place the unit on a stable surface, check the pedal, cable fixture and guards, wear eye protection and manage MgO dust according to the workshop’s safety procedures.
4.Position the cable. Place the prepared cable end centrally in the correct guide or fixture. Avoid pulling, twisting or bending the fine conductors.
5.Run the ultrasonic cycle. Activate the unit with the foot pedal as instructed in the machine manual. Use only verified settings for duration or intensity; there is no universal cycle time supplied in this datasheet. Use the air supply only for its specified function in the XB-110 configuration.
6.Inspect the end. Check for MgO removal, adequate conductor exposure and any remaining powder, bending or broken strands. Trial the setup on a sample and verify the first piece before processing a batch.
7.Clean and isolate. Remove residues using the recommended method. Switch off and isolate power before cleaning or service; do not blow dust toward people or disperse it around the work area.
Approximately 1-3 seconds per end, depending on cable diameter and how densely the MgO is packed. Thinner cables (0.5–1.5mm core) clear faster; thicker ones (2.5–3.0mm) may take slightly longer.
