HCS Cable, HPCS Cable 200/230 UM OKUMA Fiber

Name: HCS/HPCS Fiber Optic Cable

Model: 200/230 UM

Brand: OKUMA

Compatible Models: Suitable for OKUMA series machine tools

Product Standards: Conforms to industrial fiber optic transmission standards

Connector Type: Dedicated fiber optic connector

Connector Material: Wear-resistant metal + flame-retardant plastic

Technical Parameters: 200/230μm core diameter, dual-core construction, low loss

Compatible OKUMA fiber optic system equipment

OKUMA CNC machine tools

OKUMA laser processing machines

OKUMA fiber optic sensor systems

OKUMA PCF fiber optic communication modules

Automated production line integration

Product Standards

1.Okuma PCF fiber optic cable strictly follows JIS F07 and other relevant industry standards, and can be matched with PCF fiber optic transceivers of brands such as Toshiba and Sumitomo. It is widely used in Mitsubishi Electric MR-J3-B Servo SSC Net III system, PLC system, Hitachi drilling machine, Omron Sysmac system, elevator control system, SMT machine and other industrial systems and servo numerical control systems.

2. The product complies with ISO 9001 quality management system standards and RoHS environmental protection standards to ensure reliable quality and green environmental protection.

Specifications and attributes

3. Wire core specifications: It has a dual-core design and provides two options of thick and thin wires to meet the differentiated needs of transmission rate and signal strength in different scenarios.

4. Length: The standard length is 1 meter, which can meet the connection distance requirements of common equipment. Some customized services can provide different length options.

5. Structure: The HF-PCF dual-fiber design optimizes the internal structure layout and enhances the stability and anti-interference ability of signal transmission.

Technical advantages

1. Flexible adaptation to differentiated transmission needs

The dual-core structure provides two specifications, thick and thin, which can dynamically match transmission characteristics for different scenarios. With a larger cross-sectional area, the thick wire can improve signal strength and transmission rate, and is suitable for stable data transmission over long distances or in high-interference environments; the thin wire has a smaller outer diameter and higher flexibility to meet the flexible deployment needs of space-constrained scenarios. This design avoids the limitations of traditional single wire diameters and reduces inventory costs and selection complexity through "one cable for two uses".

2. Dual-fiber architecture enhances transmission stability

Using hybrid fiber technology, the dual cores are independently encapsulated in the same sheath, and the core-to-core crosstalk is significantly reduced by optimizing the core spacing and arrangement.

3. Balance between high coupling efficiency and mechanical performance

Typical application scenarios

1. CNC machine tools: Dual-core thick and thin wires can simultaneously transmit control instructions and feedback signals to ensure the real-time and synchronization accuracy of multi-axis linkage systems.

2. Industrial robots: Flexible thin wires meet the frequent bending requirements of joints, while thick wires provide high-bandwidth data transmission for the end effector.

3. Smart factory: compatible with industrial protocols such as OPC UA and Profinet, supporting distributed real-time monitoring and predictive maintenance of production line equipment.

4. Rail transit: weather-resistant sheath and redundant design ensure continuous communication of on-board control systems in vibration and temperature change environments.

Product Specifications

HPCS Dual Core Thin Wire 1.0 2.2 4.4mm

HPCS Dual Core Thick Wire 1.0 2.2 4.4 6.0mm