Suitable for use in the reciprocating movement of the occasion, it can play a traction and protection role in the built-in cable, tubing, gas pipe, water pipe, etc., each section of the tow chain can be opened, easy to install and maintain. Low noise, wear resistance, high speed movement. Tow chains have been widely used in CNC machine tools. Electronic equipment, stone machinery, glass machinery, door and window machinery, injection molding machine, manipulator, lifting and transportation equipment, automated warehouse, etc.
Selection of Drag Chain Installation Space
1. Determination of Internal Dimensions
The load, quantity, and diameter of cables, pneumatic tubes, and hydraulic tubes determine the internal dimensions and distribution of the drag chain. The load distribution within the drag chain must be reasonable and uniform, including the rational distribution of weight and space.
① The internal width and height of the drag chain are typically 1.5 times the maximum width and height of the pipeline arrangement.
② When there are multiple types of pipelines with large variations in quantity, diameter, and load, it is recommended to use separator sheets for isolation and arrangement.
③ The decision on whether to use a fully enclosed drag chain should be based on the use environment (e.g., dusty or chipping environments).
2. Calculation of Bending Radius
The selection of bending radius depends on the following two factors:
① Typically, the maximum diameter or thickness and the hardest pipeline determine the minimum bending radius of the drag chain.
② The available installation space determines the allowable bending radius, especially when the installation space is limited.
● Cables: The bending radius of domestically produced cables is 8~10 times their maximum outer diameter, while imported cables have a bending radius of approximately 6 times.
● Pneumatic/oil/water tubes: The bending radius is 10~12 times the maximum outer diameter of the pipeline.
● Actual installation height (HF): This serves as a practical reference value for the bending space of the drag chain.
Relationship between Drag Chain Length and Stroke
Stroke (S): Refers to the maximum distance traveled by the mobile end of the drag chain. The optimal solution is when the fixed end is positioned at the center of the stroke, minimizing the required length of the drag chain.
The formula applies to all applications where the fixed end is located at the center of the stroke, excluding rotational movements and long stroke applications.
Small Semi-closed Drag Chain, Non-openable 10 Series, Semi-closed
Press-to-Open 10 Series with Convenient Operation, Convenient Press-to-Open Type
Small Bridge-type Drag Chain, Outward-opening 15 Series, Vertical Hole, Horizontal Hole
Small Semi-closed Drag Chain, Side-opening 15 Series, Side-opening, Data
Small Press-to-Open 15 Series with Convenient Operation
Small Semi-closed Drag Chain, Internal-opening 18 Series, Compatible with Divider Plates
Bridge-type Drag Chain, Outward-opening 18 Series
Small Press-to-Open 18 Series with Convenient Operation
Small Bridge-type Drag Chain, Double-side Opening 25 Series
Small Closed Drag Chain, Double-side Opening 25 Series, Closed
Reinforced Bridge-type Drag Chain, Double-side Opening 25 Series, Colorful Bridge-type, Special for Crossbeam, N indicates Universal, Y indicates Divider Block
Reinforced Closed Drag Chain, Double-side Opening 25 Series, Colorful Closed
Heavy-duty Bridge-type Drag Chain, Double-side Opening 35 Series
Heavy-duty Closed Drag Chain, Double-side Opening 35 Series
Silent Bridge-type Drag Chain, Double-side Opening 25 Series, Silent Bridge-type
Silent Enclosed Drag Chain, Double-side Opening 25 Series, Silent Enclosure
Features: Convenient and quick cabling, small pitch, lightweight, low noise operation (dependent on speed), wear resistance, corrosion resistance, suitable for high-speed applications.
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Introduction
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