Introducing our Tube Stator Coil Shaping Machine, model DLM-4A, an intermediate shaping marvel built to enhance efficiency across diverse applications.
Discover the Tube Stator Coil Electrical Motor Automatic Industry Stator Coil Automotive Starter Armature Wire Middle Forming and First Shaping Machine (DLM-4A). This cutting-edge machine is engineered for excellence in coil shaping, offering unmatched precision and reliability.
Features of the DLM-4A Intermediate Shaping Machine:
1. Supreme Quality: Crafted with the highest standards to ensure superior performance and durability.
2. Unbeatable Factory Price: Gain access to premium technology without breaking the bank.
3. Effortless Control: User-friendly design ensures smooth and easy operation for all users.
4. Prompt Delivery: We guarantee timely delivery to keep your operations running seamlessly.
DLM-4A Intermediate Shaping Machine Introduction:
1. Designed for multi-layer stator winding insertion, this machine boasts an optimized design with reliable performance, and local service available in India for added convenience.
2. Key Features: Driven by a robust hydraulic system, equipped with PLC programming for precision. The tooling expansion slice allows the first coil to be inserted with inter-phase insulation paper, leaving ample space for subsequent insertions and ensuring the highest quality of successive coil operations. Ideal for multi-layer stator winding insertion.
Technical Parameters of the DLM-4A Intermediate Shaping Machine:
Stack Height: Adjustable from 15 to 100mm for versatile applications.
Stator Inner Diameter (I.D): Ranging from Φ 30 to Φ 100mm, catering to a variety of stator sizes.
Stator Outer Diameter (O.D): Capable of handling up to ≤ Φ 160mm.
Cylinder Displacement: 20F, delivering powerful performance.
Power Supply: Operates on 380V/50/60Hz with a power consumption of 1.5Kw, ensuring energy efficiency.
Weight: Approximately 800Kg, designed for stability and endurance.
Dimensions: (Width) 1200 × (Depth) 700 × (Height) 2200mm, compact yet robust for space-efficient usage.