This product: Linear motor high-speed drag chain control cable (Suzhou Dianhang Electronic Technology Co., Ltd.'s linear motor power cable models are "4 * 0.5mm ²+12 * 0.14mm ², 2.5mm ² * 4C+NW+B, 0.75mm ² * 4C+CY+MB+NW, 1.5mm ² * 4C+NW+B, etc., can be used with the following UL models: UL20549 21294 20233 20375 20376 20939 21139 21198, etc.)

The above cable is a super bend resistant cable tailored for the operating characteristics of linear motors. The entire cable is made of PUR material that is super bend resistant, wear-resistant, cold resistant, oil resistant, and acid alkali resistant. The core insulation is made of wear-resistant and high-temperature resistant fluororesin and high-performance thermoplastic polyester elastomer, greatly enhancing the cable's resistance to bending.

Compared with traditional rotary motors, linear motors have the following advantages: 1. Simple structure 2. High positioning accuracy 3. Fast response speed, high sensitivity, and good follow-up 4. Safe and reliable operation, long service life 5. High speed operation 6. Good sealing performance

The main application areas of linear motor terminals are laser equipment, 3C non-standard equipment (such as detection and bonding), and pharmaceutical equipment manufacturing

Our company's high-speed drag chain control cable for supporting linear motors can meet the following testing requirements and standards:

1. TUV 2PFG2577 Robot Cable Requirements/UV 2PFG2577 Robot Cable Requirements

2. UL RP5770 Robot Cable Requirements

3. VDE: VDE-PB-0022 Testing Specification/VDE: VDE-PB-0022 Testing Specification

4. CRlA 0003-2016 "Industrial Robot Special Cable"/CRlA 0003-2016 Industrial Robot Special Cable

Towline testing for linear motor drag chain

1. Take a sample from the finished product and fix it on the drag chain experimental device according to the method shown in the right figure;

Take a sample from the finished product and fix it on the drag chain experimental device according to the method shown in the right figure ;

2. Bending radius r=7.5D, S=5000mm; Conduct experiments at a speed of 180m per minute and an acceleration of 5G;

Conduct the experiment with a bending radius of r=7.5D and S=5000mm, a speed of 180m per minute, and an acceleration of 5G ;

3. No disconnection occurs when the number of round trips exceeds 20000000.

No disconnection occurs when the number of round trip s exceeds 20000000.

When choosing the motion cable for a linear motor, the following factors need to be considered:

1. Electrical performance: such as voltage, current carrying capacity, etc., to ensure that it matches the power requirements of the linear motor.

2. Folding resistance and wear resistance: Due to the frequent bending and friction of cables during movement.

3. Environmental adaptability: such as high and low temperature resistance, oil resistance, corrosion resistance, etc., to adapt to different working environments.

4. Shielding performance: Reduce electromagnetic interference and ensure the stability of signal transmission.

It is recommended to refer to the product manual of the linear motor or consult our technical sales personnel when selecting a specific model to obtain the most suitable matching motion cable model.