Bus Cables
Explore Bus Cable Types
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USB 3.0 (USB 3.2 Gen 1x1) Cables and Wires
Find USB 3.0 cables for camera-to-computer links in machine vision and automated inspection. Check both device interfaces, the connector arrangement and the total link length. For a camera on a moving axis or robot, choose a construction rated for the bending or twisting along that route.
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USB 2.0 Cables and Wires
Browse USB 2.0 cables for compatible cameras, computers and industrial peripherals. Compare flexible, cable track, robot and halogen-free constructions according to the installation. Check the length and shielding required by the devices, then verify how often the cable bends and how much routing space is available.
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PROFIBUS DP and FMS Cables
Compare flexible PVC, PUR cable track and halogen-free cable constructions for PROFIBUS DP and FMS networks. Start with the network’s electrical requirements, then choose the jacket and movement rating for the route. If the project references IEC 61158-2, check the selected model’s technical data against the specified requirements.
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Fast Connect PROFIBUS DP and FMS Cables
For projects that use Fast Connect stripping tools, explore radially symmetrical cable constructions in flexible PVC or cable track PUR. Check cable diameter and stripping dimensions against the tool and connector specifications before choosing a model. For a moving connection, confirm the cable’s documented limits for the planned motion.
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PROFIBUS PA Cables
Explore PVC and PUR cable track constructions for process instrumentation and PROFIBUS PA networks. Use the project’s IEC 61158 requirements to compare the cable’s electrical characteristics and shielding. Check the installation route for repeated bending or environmental exposure that could affect the choice of jacket and construction.
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CAN Bus Cables
Find CAN bus cables for ISO 11898-2 applications, with options for fixed routing, cable tracks and reeling. Check characteristic impedance, conductor arrangement and shielding against the network specification. Use the planned bus length, topology, bit rate and termination requirements to evaluate the cable for the intended link.
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DeviceNet Cables
Identify whether the run is a trunk or drop connection before selecting a DeviceNet cable. Compare shielding, jacket material and constructions for flexible installation, cable tracks or robotic movement. Check the electrical requirements for that part of the network and the movement where the cable enters the equipment.
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INTERBUS-S Cables and Wires
Browse PUR-jacketed cable track constructions for remote bus connections between controllers and distributed I/O. Check the conductor arrangement, shielding and cable diameter against the device and routing requirements. If the link runs through a moving carrier, compare the specified bending conditions with the limits in the cable datasheet.
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SafetyBUS p Cables and Wires
Compare SafetyBUS p cable options for fixed and flexible routes between compatible safety controllers and devices. Use the equipment manufacturer’s network specification to identify the conductor arrangement and shielding requirements. Check those requirements against the selected cable’s datasheet and the conditions along the installation route.
How to Specify an Industrial Bus Cable
Start with the Network or Device Interface
Record the protocol and network variant for each segment. Use the equipment documentation to identify the required cable length, pair layout and electrical characteristics. For USB links, list the device interfaces and connector types at both ends so the complete connection can be checked.
For PROFINET, Single Pair Ethernet or category-rated network wiring, compare the dedicated industrial Ethernet cable options.
Describe the Cable Route and Motion
Mark where the cable is fixed and where it moves. For a drag chain, record the bend radius, travel distance, speed and duty cycle. If the route includes a robot joint or a reel, describe the twisting or winding conditions as well. Check the cable’s outer diameter against the available space at carrier dividers, cable entries and connectors.
Check Shielding, Materials and Documentation
Use the network and connector documentation to check the shielding arrangement and how the screen is terminated. List the operating temperature and any oil, coolant or cleaning agent that may contact the jacket. If your project specifies halogen-free materials or a particular approval, ask for the documentation covering the exact cable construction and size.
Bus Cable FAQs
Which Bus Cables Can Be Used in a Drag Chain?
Choose a model whose datasheet covers continuous bending in a cable carrier. Compare the moving bend radius, travel and duty limits with your installation. If the cable also twists at a robot joint, verify the documented torsion rating for the same construction.
What Should I Check Before Replacing a Bus Cable?
Record the part number or jacket markings and identify the protocol, connector types and cable length. Check the required pair layout, shielding and pin assignment against the equipment documentation. If the route has changed, confirm the replacement’s diameter and movement limits fit the new installation.
Need a Custom Fieldbus Cable?
If the equipment needs an unusual pair layout, a tighter cable diameter or a jacket suited to a specific environment, share the protocol specification and wiring drawing. Hulk can review the conductor layout, shielding and jacket options around the way the cable will be installed.
Request a Quote for Bus Cables
Send the cable family or part number, the required length and estimated quantity. If you’re still choosing a cable, include the protocol, device models, connector requirements and routing conditions, plus any installation or approval requirements.