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China BAOC-24DT Copper Wire Pull Fire Relief Machine - Quality Suppliers & Factory Direct Price
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China BAOC-24DT Copper Wire Pull Fire Relief Machine - Quality Suppliers & Factory Direct Price

Introducing the BAOC-24DT, a premium product proudly manufactured in China. As a leading factory in the industry, we specialize in delivering high-quality solutions that meet the demands of our clients. Our innovative design and superior craftsmanship set us apart from competitors. We are recognized among top suppliers for our commitment to excellence and reliability. Trust the BAOC-24DT for your needs and experience the quality that only a dedicated factory can provide.

    Product Description & Overview

    The tower wheel of the BAOC-24DT small continuous annealing machine is designed with a double-layer arrangement, driven by a main motor through a flat belt to the tower wheel shaft and the drawing shaft; the winding shaft is driven by an independent three-phase AC motor, using dual frequency conversion synchronous control.

    The power for the annealing machine is transmitted and supplied by the drawing machine via a flat belt. The round copper wire enters the drawing chamber through a wire holder, where it is drawn using the tower wheel and drawing die. During drawing, the cooling method for the wire and die uses a spray system. The wire sequentially passes through the drawing wheel, counting guide wheel, tension rocker guide wheel, guide wheel, and line arrangement guide wheel before entering the winding drum.

    The control of the winding tension is provided by the tension rocker, which sends deviation signals to the winding frequency converter (dedicated to the drawing machine). After processing the signal, the frequency converter adjusts the speed of the winding motor to achieve balanced tension. The electrical control system has an automatic memory function, ensuring smooth acceleration upon normal start-stop and restart without manual assistance. The operation panel allows for equipment control and adjustment, displaying key parameters for easy daily operation and maintenance. Dual frequency conversion synchronous control is adopted to achieve stepless speed regulation in production. The annealing voltage tracks the drawing speed, truly achieving continuous annealing. The line arrangement system is driven by independent unidirectional motors; the braking system of the coiling section is standardly equipped with electromagnetic brakes. When customers require larger reels, we recommend choosing pneumatic brakes.

    Equipment Features

    According to market needs, the original BAOC-24D is upgraded. While maintaining original wire-drawing advantages, an advanced continuous annealing unit is integrated to achieve uninterrupted drawing and annealing production.

    • High Efficiency: Significantly enhances production efficiency and enterprise return on investment.
    • Simplified Workflow: Streamlined operations, lowered labor intensity and reduced labor cost. It stands as one of the most advanced small wire drawing machines with continuous annealing in China.
    • Optional CNC System: Computer numerical control type is available for purchase for easy management.
    • Cost-Effective: Highly reasonable price—only about 1/3 of imported machinery with equivalent performance.
    • Proven Technology: Synchronously introduced Taiwan's latest mature engineering design.
    Equipment Composition & Supply Scope
    Item / Module Quantity
    BAOC-24DT drawing annealing and finishing machine 1 unit
    Steam generator 1 unit
    Electrical control system 1 set
    Technical Documentation
    Production Line User Manual (1 copy): Includes technical specifications, operating instructions, machine structure, mold reference table, installation & foundation layout diagrams (water, electricity, gas), troubleshooting, maintenance, wear parts drawings/models, electrical schematics, and inverter manual. 1 set
    Accessories Included
    Car platform 1 piece
    Shaft wrench 1 piece
    Use the end release device 1 piece
    Production line foundation screw 1 batch
    Maintenance Spare Parts
    1× Tension potentiometer, 1× Intermediate relay, 1× Proximity switch, 2× Annealed nickel strips, 8× Annealed carbon brushes, 1× Counting guide wheel group, 1× Tension guide wheel group, 1× Wire guide wheel group, 4× 4A fuses.
    Technical Parameters
    Parameter Name Specification / Value
    Inlet diameter (㎜) Max 1.2 - 0.5
    Wire diameter (㎜) 0.1 ~ 0.4
    Mechanical speed (m/min) Max 1800
    Tower diameter (㎜) Max 190
    Diameter of fixed speed wheel (㎜) 159
    Eye modulus (road) Max 24
    Mechanical elongation Fixed size mold: 8%; The rest: 13%
    Wire drawing motor power (kw) 15 kW (20 HP) AC Motor with Inverter
    Motor power for winding (kw) 4 kW / 5.5 kW AC Motor with Inverter
    Steam generator power (Kw) 6KW / 380V
    DC annealing current (A) 0 ~ 400 A
    DC annealing voltage (V) 0 ~ 60 V
    Standard disk size (㎜)
    (Outer dia. × bottom dia. × shaft hole × inner width)
    φ300 × φ220 × φ125 × 250 and φ400 (customer drawings available)
    Position aperture: 17mm; Center distance: 175mm
    Standard disk capacity (㎏) Max 70 kg (Loading: 40~60 kg)
    Supply voltage (V) 3-Phase 380V (±10%) / 50Hz (±2%) (or customized)
    External dimensions (㎜) 3100 × 1550 × 2100
    Net weight (㎏) Approx. 3500 KG
    Cooling-down method Spray lubrication system
    Braking method 20KG-M Electromagnetic (standard) / Pneumatic (optional)
    Mechanical Structure & System Specifications
    1. Machine Structure & Axis

    Material: Q235 steel plate welded body, annealed for internal stress relief and precision milled.

    Axis: 45# steel, heat-treated to HRC25-27 to enhance rigidity and concentricity.

    2. Entry Part & Extension Wheel

    Entry: 6 inlet holes on the left with water collection trough and alumina magnetic eyes.

    Capstan: Spray chromium oxide wheels (4 pcs in 11 layers, 1 pc single layer final wheel) with conical pressing clamp.

    3. Die Base & Lubrication System

    Die Base: 1st die independent; dies 2~23 cast and milled compactly for roomy operation; die 24 independent.

    Lubrication: 40 L/min emulsion spray above dies and extension wheels with movable top joint.

    4. Wire Traverse & Tension Control

    Traverse: 400W servo motor control with high-rigidity low-wear linear guide rail (width MAX 270mm).

    Tension: Arm swinging buffer detection with automatic correction based on finished wire diameter.

    Spooling Shaft Size Reference
    External Diameter (OD) Tube Diameter (ID) Outer Width (OW) Inside Width (IW) Aperture
    300 mm 215 mm 290 mm 270 mm 127 mm
    400 mm — — — 127 mm
    Electrical Control & Safety Specifications
    • Safety Covers: Mesh ventilation in transmission zone; SUS304 stainless steel in drawing zone; fully enclosed coiling zone with 3 transparent acrylic inspection windows.
    • Spool Loading/Unloading: Single shaft top nut with slope plates and carriages attached; includes 55# open wrench.
    • Wire-Break Detection: Buffer swing arm limit position combined with direct switch automatic detection.
    • Electrical Components: Premium components from German Schneider and Taiwan Tengde; control cabinet dimensions: 1000 × 800 × 1800 mm.
    • Detailed Mechanical Spare Parts Included: 1× Extension wheel removal tool, 2× Guide wheels, 1× Sub-wheel, 3× Fuses, 1× Foundation screw set / 4 shock pads, 3× Magnetic eyes, 1× Open wrench, 1× Counterweight block, 12× Carbon brushes, Annealed nickel strips (120mm × 3 pcs, 122.5mm × 1 pc).
    Customer On-Site Preparation Requirements
    No. Requirement Description
    1 Civil engineering foundation works and off-machine piping connections.
    2 Lubricating oil, hydraulic oil, and wire drawing emulsion for continuous operation.
    3 Wire drawing lubricating emulsion pool (recommended volume: 6 m³).
    4 Cooling water reservoir and water circulation system.
    5 Copper rods and spools required for installation test runs.
    6 Complete set of drawing dies for machine test runs.
    7 Cold welding / joint machine for connecting copper rod ends.
    8 Continuous compressed air source (pressure ≥ 0.6 MPa) for pneumatic operation.
    BAOC-24DT Production Output Capacity Table
    Order No. Inlet Dia. (mm) Outlet Dia. (mm) Velocity (m/min) Output / Day (kg) Output (20% Off) (kg)
    1 0.8 / 0.6 0.10 1500 150.15 120.12
    2 0.8 / 0.6 0.12 1500 216.22 172.97
    3 0.8 / 0.6 0.13 1400 236.84 189.47
    4 0.8 / 1.0 0.14 1300 255.05 204.04
    5 1.00 0.15 1300 292.79 234.23
    6 1.00 0.16 1300 333.13 266.51
    7 1.00 0.18 1200 389.19 311.35
    8 1.20 0.20 1100 440.44 352.35
    9 1.20 0.25 1100 688.19 550.55
    10 1.20 0.28 1000 784.78 627.83
    11 1.20 0.30 900 810.81 648.65
    12 1.20 0.32 750 768.77 615.01
    13 1.20 0.40 700 1121.12 896.90
    Frequently Asked Questions (FAQ)
    Q1: What are the primary inlet and outlet wire diameter capabilities of the BAOC-24DT?
    The machine accommodates an inlet wire diameter range of Ф0.5 mm to Ф1.2 mm, producing finished annealed wire diameters ranging from Ф0.10 mm to Ф0.40 mm at maximum mechanical speeds up to 1800 m/min.
    Q2: How does the machine ensure consistent wire elongation and annealing quality?
    The BAOC-24DT utilizes DC three-stage annealing (0–60V, 0–400A) with synchronous dual-frequency converter control. The annealing voltage dynamically tracks the drawing speed in real time, ensuring consistent elongation and electrical properties across starting, stopping, and speed fluctuations.
    Q3: What braking and tension control systems are equipped on the take-up unit?
    The machine features a swing-arm counterweight tension buffering system with automated calculation and wire-break switch detection. Braking is standardly configured with a 20KG-M electromagnetic brake, while pneumatic braking is optionally available for larger spool requirements.
    Q4: What are the cooling and lubrication requirements during operation?
    The drawing dies and chrome oxide spray capstans utilize an overhead emulsion spray system with an oil demand of approximately 40 L/min. An on-site lubricating emulsion pool (recommended 6 m³) and a circulating cooling water system are required.
    Q5: Which spool sizes are compatible with the standard take-up shaft?
    The standard spooling system accepts spools up to MAX 300 mm outer diameter (such as φ300 × φ220 × φ125 × 250 mm) with a copper capacity of 40–60 kg (up to 70 kg max). Custom dimensions including φ400 mm spools and dual-shaft configurations can also be accommodated.
    Q6: What site facilities and utilities must be provided prior to machine commissioning?
    Buyers need to prepare a 3-phase 380V 50Hz power connection, compressed air source (≥0.6 MPa), an emulsion pool (6 m³), test copper rods and spools, a full set of 24 drawing dies, and a cold welding joint machine for wire ends.