PLC 250va 60pcs/Min ノットフィッダーマシン投射スポット溶接機

Name: PLC 250VA 60pcs/Min ノットフィッダーマシン 投射スポット溶接機
Uploaded: 2025-12-11CST00:12:43-06:00
Duration: 15 s
Description: PLC 250VA 60pcs/Min ノットフィッダーマシン 投射スポット溶接機, ビュー 40pcs/Min 0.25mpaのボルト輸送のための自動ナットの送り装置機械 ビデオ, 品質によって ナットの送り装置機械 中国からのサプライヤー.

Group: Nut feeder

Release Time: 2021-09-30

Video Keyword: ナットの送り装置機械

Video Overview

PLC 250VA 60個/分ナットフィーダーマシンは、プロジェクションスポット溶接機向けに設計されています。この自動ナットフィーダーは、ボルトの高速かつ正確な搬送を保証し、溶接作業の生産性と安全性を向上させます。自動車産業に最適で、さまざまなナットの形状とサイズに対応しています。

Product Featured in This Video

PLC-controlled system for reliable automated nut feeding to welding equipment.
Handles various nut shapes including square, round, hexagon, T-type, dome, and ribbed designs.
Supports nut sizes from M4 to M12 and 7/16 with flexible 0°-90° angle adjustment.
Features large capacity with φ260mm or φ350mm bowl and 9L hopper holding up to 10,000 M6 nuts.
Delivers high-speed performance with supply capacity of 40-60 pieces per minute.
Operates with air pressure range of 0.25-0.4MPa for consistent feeding performance.
Includes 2-meter supply chute for flexible integration into production lines.
Powered by AC220V with 50Hz/60Hz frequency and maximum 250-400VA power consumption.

FAQ

What types of nuts can this automatic feeder handle?

The machine accommodates various nut shapes including square, round, hexagon, T-type, dome, with cover, with rib, and collar designs, making it versatile for different manufacturing requirements.
What is the feeding capacity of this nut feeder machine?

This automatic nut feeder delivers a supply capacity of 40-60 pieces per minute, with a hopper capacity of 9L that can hold approximately 10,000 M6 nuts for continuous operation.
What are the power and air pressure requirements for operation?

The machine operates on AC220V power with 50Hz/60Hz frequency and maximum 250-400VA, while requiring an air pressure range of 0.25-0.4MPa for optimal performance.
How does this nut feeder improve manufacturing efficiency?

By automating nut transportation to welding equipment, it eliminates manual handling, increases productivity, reduces security risks, and ensures fast, accurate feeding that's widely used in the automobile industry.