SIEMENS 6FX5002-5DG10-1BF0 High-Flexibility Motor Power Cable
The SIEMENS 6FX5002-5DG10-1BF0 is a high-flexibility motor power cable engineered for demanding industrial applications, offering superior performance and reliability. This cable is designed to withstand rigorous movement and environmental stresses, ensuring continuous operation in automated systems.
Product Type Definition
This product is classified as a flexible motor power cable specifically designed for connecting servo motors and other variable speed drives in industrial automation. It meets stringent international standards for safety and performance in continuous motion applications.
Key Specifications
Cable Type: Motor Power Cable
Part Number: 6FX5002-5DG10-1BF0
Manufacturer: SIEMENS
Conductor Material: Copper
Conductor Stranding: Fine-stranded
Insulation Material: Polypropylene (PP)
Jacket Material: Polyurethane (PUR)
Number of Conductors: 4
Conductor Cross-Section: 10 mm²
Outer Diameter: 17.8 mm
Voltage Rating: 600/1000 V
Temperature Range (Fixed Installation): -50 to +70 °C
Temperature Range (Flexed Installation): -30 to +70 °C
Bending Radius (Fixed Installation): 4 x Outer Diameter
Bending Radius (Flexed Installation): 8 x Outer Diameter
Flame Retardant: IEC 60332-1-2
Oil Resistance: IEC 60811-2-1
UV Resistance: Yes
Halogen-Free: No
Technical Highlights & System Integration
Dynamic Performance: The cable's construction supports high levels of dynamic stress and continuous flexing, essential for robotic arms and automated handling systems. Its fine-stranded copper conductors and robust insulation minimize signal loss and power degradation during repeated motion.
Environmental Resilience: Designed with a PUR outer jacket, this cable offers excellent resistance to oils, greases, and many common industrial chemicals. This durability ensures its integrity and longevity even in harsh manufacturing environments.
System Compatibility: The 6FX5002-5DG10-1BF0 is engineered for seamless integration with SIEMENS drives and motors, as well as other leading industrial automation platforms. It adheres to common industry standards, facilitating straightforward installation and interoperability. What is the minimum bending radius for this cable during flexed installation? The minimum bending radius for this cable during flexed installation is 8 times the outer diameter.
Safety Standards: This motor power cable complies with essential industrial safety and performance standards, including IEC 60332-1-2 for flame retardancy and IEC 60811-2-1 for oil resistance. These certifications underscore its suitability for use in safety-critical industrial settings.
Key Application Scenarios
Automated Assembly Lines: Enables reliable power and control transmission for high-speed robotic arms and conveyor systems, maintaining signal integrity with over 10 million flex cycles.
High-Bay Warehousing: Facilitates continuous operation of automated guided vehicles (AGVs) and gantry cranes, withstanding constant movement and offering an operational temperature range of -30 to +70 °C during flexed installation.
Machining Centers: Provides durable connections for machine tool spindles and robotic tending systems, resisting cutting fluids and mechanical abrasion with its robust PUR jacket.
FAQ
What is the voltage rating of the SIEMENS 6FX5002-5DG10-1BF0 cable?
The cable is rated for 600/1000 V, making it suitable for a wide range of industrial power applications. This voltage rating ensures it can safely handle the power requirements of demanding motor operations. It conforms to IEC standards for such power transmission.
What materials are used for the insulation and jacket?
The insulation is made of Polypropylene (PP), and the outer jacket is constructed from Polyurethane (PUR). PP offers excellent dielectric properties, while PUR provides superior mechanical strength and chemical resistance. This combination enhances flexibility and durability.
What are the operating temperature limits for this motor power cable?
For fixed installations, the temperature range is -50 to +70 °C. For flexed installations, the range is -30 to +70 °C. These limits ensure reliable performance across diverse environmental conditions. The cable is engineered to maintain its integrity under these thermal stresses.
