5CASDL.0200-03
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The 5CASDL.0200-03 is a motor cable manufactured by B & R Automation. Part of the CM16 Motor Cables series, it features 8 channels with galvanic isolation between channels and logic. The cable operates at a supply voltage of 24 VDC and supports a current output range of 4-20 mA. It is designed for DIN rail mounting.
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Product Description:
B&R Automation 5CASDL.0200-03 Motor Cable features corrosion resistant gold plated contacts and precision screw fittings which ensures stable electrical connections and secure assembly in demanding industrial automation and control system environments.
The 5CASDL.0200-03 motor cable wire assembly includes a dual-layer protective barrier which is critical in suppressing EMI which can affect signal clarity, especially in electrically noisy environments. It is built to function safely under low electrical pressure not exceeding 30 V which makes it well suited for signal transmission or low power motion control operations. This module connection ends are safeguarded by a robust metallic shell, and there’s an added component that grips the cable firmly to prevent damage from pulling or bending which helps in extending its operational life span. Its internal insulation material resists electrical current leakage extremely well and offers greater than 200 megaohms of resistance per kilometer which helps the prevention of unintended paths of current. Each pair of signal lines is also separately insulated with its own shield which provides excellent protection against crosstalk and external noise and it is designed to endure at least 200 insertions and removals before showing signs of fatigue in it.
This 5CASDL.0200-03 motor cable ends terminate in two male connectors compatible with the DVI-D standard which features 24 pins plus an additional grounding pin and its outer jacket is made from a specialized thermoplastic polyurethane compound which increases its toughness, resistance to wear and also enhances its flexibility. The module is able to maintain a consistent characteristic impedance of approximately 100 ohms, with a margin of error of 10 ohms which is critical for ensuring signal fidelity in high-frequency applications such as data transmission between control units and drives of motor.
Frequently Asked Questions about 5CASDL.0200-03:
Q: How does the aluminum-clad foil and copper braid shielding improve EMI resistance?
A: The dual shielding method offers superior protection against high-frequency and low-frequency noise. This ensures clean signal transmission in environments with heavy electrical interference.
Q: Why does the 5CASDL.0200‑03 cable use individual shielding for each signal pair?
A: Individual pair shielding reduces crosstalk between data lines, preserving signal clarity. This design is especially useful in multi-signal transmission within automation systems.
Q: What advantage does the TMPU jacket offer in motion control environments?
A: The thermoplastic polyurethane jacket resists abrasion and flex fatigue under repetitive motion. It also maintains flexibility, ideal for drag chain and robotic applications.
Q: How does the 100 ±10 Ω wave impedance affect signal integrity in the 5CASDL.0200‑03?
A: This impedance level matches standard digital transmission protocols, minimizing signal reflections. It is critical for reliable high-speed communication in industrial control systems.
Q: Why is the gold plating on contacts important in the 5CASDL.0200‑03 cable?
A: Gold prevents oxidation and ensures low contact resistance. This maintains consistent electrical performance over long periods, especially in harsh environments.
