5CAMPH.0100-30
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The 5CAMPH.0100-30 is a motor cable manufactured by B & R Automation. Part of the CM16 Motor Cables series, it features a stud diameter of 1.00 inch and a stud length of 3.00 inches. It has a dynamic load rating of 6100 lbf and is built from through-hardened steel. The cable weighs 1.2 kg.
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Product Description:
The 5CAMPH.0100-30 Motor Cable, which is formed by B & R Automation, is a hybrid cable that is composed of 25 discrete conductors to transmit power and signals simultaneously within one assembly. For thermal resistance, this motor cable has a static temperature range of -20°C to 80°C, so that it can be used in cold storage and hot production environments.
The 5CAMPH.0100-30 cable has a maximum conductor resistance of ≤30 Ω/km to provide low voltage drop and reliable power delivery along long lengths. The outer jacket of this motor cable is made of PUR (polyurethane), a flame-retardant, silicone-free, and halogen-free material with good mechanical resilience. This material meets the requirements of flame-resistance standards as called for in IEC 60332-1 and VW1 / FT1 under C-UL, which attest to its flame-retardant performance in European and North American use. This cable’s chemical structure also provides resistance to oils and hydrolysis, confirmed by VDE 0282-10, making it appropriate for use in areas with exposure to lubricants, coolants, or water. The ODU circular connector of the 5CAMPH.0100-30 includes a push-pull locking ring that enables secure mating and rapid disconnection tool-free.
The internal supply lines of this cable are constructed from tinned copper stranded wire, which offers better electrical conductivity, mechanical flexibility, and corrosion resistance than bare copper. The shield attenuation of this 5CAMPH.0100-30 Motor Cable, as per IEC 60096-1, Amendment 2, prevents electromagnetic interference to preserve data accuracy and system integrity. Mechanically, this cable is capable of withstanding an ultimate tensile force of 140 N so that it can withstand installation stresses and dynamic loads. Its minimum bend radius of 60 mm also means that it can be routed through small panels and machine corners without deforming the internal conductors or insulation layers.
Frequently Asked Questions about 5CAMPH.0100-30:
Q: How does the hybrid design of the 5CAMPH.0100-30 improve installation?
A: The hybrid structure combines signal and power lines, reducing overall cabling effort. It simplifies routing and minimizes space consumption in control cabinets.
Q: Why is tinned copper used in the stranded wires?
A: Tinned copper resists corrosion and oxidation better than bare copper. It also extends conductor life in high-humidity or chemically aggressive environments.
Q: What is the advantage of the push-pull locking mechanism in this cable?
A: The push-pull system enables quick and secure connections without tools. It also resists vibration and accidental disconnection during operation.
Q: How does shield attenuation per IEC 60096-1 benefit the cable?
A: It ensures reduced electromagnetic interference in signal transmission. This helps maintain data integrity in high-noise industrial settings.
Q: Why is a silicone- and halogen-free jacket important in the 5CAMPH.0100-30?
A: It prevents toxic emissions during a fire and meets safety regulations. This is essential for use in enclosed industrial machinery and automation panels.
