DESCRIPTION
The V-pin 2.2mm HCS 200/230µm multimode patch cable is designed to deliver exceptional performance in industrial and communication systems. Featuring a robust HCS multimode fiber (200 µm core and 230 µm cladding) protected by a 2.2 mm PVC jacket, this cable is ideal for medium-distance data transmission (50–200 meters). Its compatibility with Versatile Link connectors ensures seamless integration into industrial Ethernet systems and bus communication protocols.
HOLIGHT offers customization services, allowing tailored solutions to meet specific requirements, including fiber length, connector type, and material specifications.
Engineering Suitability & Selection Boundaries
When This Product Is the Right Choice
Typically selected for industrial automation and fieldbus communication systems where HCS multimode fiber (200/230 µm) is the required transmission medium.
Commonly used in industrial bus protocols such as PROFIBUS, INTERBUS, and CC-Link, especially where Versatile Link / V-Pin connector ecosystems are already deployed.
Suitable for medium-distance optical links (approximately 50–200 m) where low data rates and high environmental tolerance are prioritized over bandwidth.
Often applied in electrically noisy or high-EMI environments (factories, wind turbines, process control) where copper-based communication is unreliable.
Appropriate when systems rely on visible red LED (650 nm) sources rather than laser-based transmitters.
When This Product May NOT Be Suitable
May not be appropriate for telecom, data center, or Ethernet backbone networks that require high bandwidth, standardized LC/SC connectors, or laser-optimized fibers.
Not typically selected for applications exceeding industrial control data rates, as HCS fiber and V-Pin interfaces are not designed for high-speed transmission.
May be unsuitable for deployments requiring single-mode fiber, long-haul transmission, or interoperability with standard IT network components.
Not intended for environments where connector standardization on LC, SC, or MPO is mandatory across multiple vendors.
Common Selection Mistakes to Avoid
Assuming HCS 200/230 µm fiber can be used interchangeably with telecom-grade multimode fibers (OM1–OM5).
Deploying V-Pin HCS patch cables in systems designed for laser-based sources, which can lead to coupling inefficiency or component damage.
Selecting this cable based solely on environmental ruggedness without verifying protocol compatibility and supported data rates.
Treating industrial optical links as scalable upgrades toward higher-speed networks, rather than purpose-built control and signaling paths.
- Durable Build: The cable features a 500 µm buffer layer and a PVC jacket, providing durability and flexibility for industrial environments.
- Efficient Data Transmission: Supports data rates up to 40 kbps full-duplex with minimal delay, ensuring reliable communication over medium distances.
- Wide Compatibility: Designed to operate with leading industrial systems and bus protocols.
- Temperature Resilience: Operates reliably in extreme temperatures from –40° to +85°C.
| Data Rate | Up to 40 kbps full-duplex, no jumpers or settings |
| Link Data Delay | 5 µs plus 5 µs/km of fiber |
| Optical Source | 650 nm (visible red) LED |
| Typical Transmit Level | –24 dBm |
| Maximum Output Level | –10 dBm |
| Operating Temperature | –40° to +85°C (–40° to +185°F) |
| Projection From DB-9 Connector | 127 mm (5 in) typical, including fiber-optic connector and minimum cable bend radius |
| Power Requirements | Receives adequate power from a single EIA-232 TXD data line connected to Pin 3 of the DB-9 connector |
| Fiber-Optic Cable and Connectors | V-pin connectors Multimode fiber (200 µm) |
- Industrial Automation: Perfect for robotics, machine communication, and process control.
- Wind Turbines: Efficiently manages data transmission in renewable energy setups.
- Bus Systems: Reliable connectivity for PROFIBUS, INTERBUS, CC-Link, and more.
- Environmental Tolerance: Operates effectively in harsh and varied environmental conditions.
FAQ
Q1: What makes the V-Pin HCS fiber cable suitable for industrial environments?
The cable uses HCS multimode fiber with a robust PVC jacket and a 500 µm buffer layer, providing excellent mechanical protection, flexibility, and stable performance in harsh industrial conditions. It is designed to operate reliably in temperatures from –40°C to +85°C.
Q2: What type of fiber is used in this V-Pin cable?
This cable uses HCS multimode fiber with a 200 µm core and 230 µm cladding, which is widely applied in industrial communication systems requiring reliable medium-distance data transmission.
Q3: What is the supported transmission distance of this fiber cable?
The cable is suitable for transmission distances of approximately 50 to 200 meters, depending on the application environment, optical source, and system design.
Q4: What data rate does this V-Pin fiber cable support?
It supports data rates of up to 40 kbps full-duplex, with no jumpers or configuration settings required, ensuring simple and reliable operation in industrial bus and control systems.
Q5: Which industrial systems and bus protocols is this cable compatible with?
The V-Pin fiber cable is compatible with a wide range of industrial systems and bus protocols, including PROFIBUS, INTERBUS, CC-Link, and other industrial Ethernet and automation platforms used by manufacturers such as Siemens, ABB, Mitsubishi, and Phoenix.
Q6: Can this V-Pin HCS fiber cable be customized for specific projects?
Yes. HOLIGHT can provide customization options based on project requirements, including cable length, connector configuration, and material specifications, to support different industrial and automation applications.
