آلة ربط الملفات التلقائية لمحرك التيار المتردد، 380 فولت 3.5 كيلوواط، ≤Φ160mm

دردشة اتصل بنا

آلة ربط الملفات التلقائية لمحرك التيار المتردد، 380 فولت 3.5 كيلوواط، ≤Φ160mm

绑线机

September 13, 2025

فئة الارتباط: آلة جلود الجزء الثابت

دردشة اتصل بنا

العلامات:

#لفائف آلة تجليد الأسلاك #آلة لف المحرك التعريفي,التلقائي الموالي آلة لف #آلة لف المحرك التعريفي

Brief: Discover the Automatic Coil Lacing Machine for AC Motor, a 380V 3.5Kw powerhouse designed for industrial applications. This double-sided lacing machine offers precision, speed, and versatility with multiple lacing modes, servo-driven CNC control, and automated thread handling for efficient motor production.

Related Product Features:

Double-sided lacing capability for AC industrial motors with servo-driven CNC control.
Multiple lacing modes: slot by slot, interval slot, and fancy slot for flexible production.
Dual-needle servo system enables simultaneous upper and lower coil lacing.
Automatic thread feeding and cutting eliminates manual knotting, enhancing efficiency.
Quick tooling change capability accommodates stator stack lengths from 50-130mm.
Adjustable lacing tension with a production capacity of ≤1s/slot for high-speed operation.
High-quality output with ≥98.5% primary qualification rate (≥99.5% after rework).
Safety features include grating protection and two-hand start operation for operator safety.

الأسئلة الشائعة:

What types of motors is this lacing machine suitable for?

This machine is specifically designed for AC industrial motors, offering precision lacing for stators with I.D. from Φ25~Φ100mm and O.D. ≤Φ160mm.
What are the key advantages of this automatic coil lacing machine?

Key advantages include servo-driven CNC control, multiple lacing modes, dual-needle servo system, automatic thread handling, quick tooling changes, and high-quality output with a primary qualification rate ≥98.5%.
What safety features does the machine include?

The machine is equipped with grating protection and a two-hand start operation to ensure operator safety during high-speed lacing processes.