Industrial POF Communication Cable | ABB TK811V150 3BSC950107R3
Manufacturer: ABB
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Part Number: TK811V150 3BSC950107R3
Condition:New with Original Package
Product Type: Fiber Optic Cables
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Country of Origin: Sweden
Payment:T/T, Western Union
Shipping port: Xiamen
Warranty: 12 months
Product Overview
The ABB TK811V150 (3BSC950107R3) provides a high-integrity optical data link for industrial automation environments. This 100% brand new, original 15-meter cable utilizes Duplex Plastic Fiber (POF) technology to establish secure communication between controllers and I/O modules. Featuring integrated latching duplex connectors, the TK811V150 ensures a stable mechanical connection that resists vibration and accidental disconnection. It serves as a critical component in systems requiring high-speed data transmission over medium distances where electrical isolation and noise immunity remain paramount.
Technical Specifications
The TK811V150 combines lightweight construction with industrial-grade optical performance to maintain signal clarity across its 15-meter span.
| Attribute | Technical Detail |
| Model Number | TK811V150 |
| Part Number | 3BSC950107R3 |
| Cable Type | Plastic Optical Fiber (POF) |
| Fiber Configuration | Duplex (Dual-fiber for bi-directional data) |
| Connector Type | Latching Duplex Connector |
| Cable Length | 15 Meters |
| Net Weight | 0.125 kg |
| Signal Immunity | Total Immunity to EMI/RFI |
| Material | Industrial-grade Plastic Fiber |
Engineering Advantages
The ABB TK811V150 3BSC950107R3 addresses the specific challenges of data integrity in harsh electromagnetic landscapes:
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Total Electromagnetic Immunity: Because this cable utilizes plastic optical fiber rather than copper, it completely ignores electromagnetic interference (EMI) and radio frequency interference (RFI). This allows engineers to route the TK811V150 directly alongside high-voltage power cables or near heavy-duty variable frequency drives without risking data corruption or signal jitter.
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Secure Latching Mechanism: The integrated latching connectors provide a positive mechanical lock upon insertion. This feature solves the common industrial problem of signal loss due to vibration-induced connector creep, ensuring the fiber remains perfectly aligned with the optical transceiver in high-vibration machinery environments.
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Electrical Galvanic Isolation: The non-conductive plastic fiber provides 100% galvanic isolation between connected devices. This protects sensitive controller electronics from ground loops and prevents potential damage from high-voltage surges that could otherwise travel through traditional metallic cabling.
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Optimized Flex Life: The plastic fiber core offers superior flexibility compared to glass fiber alternatives. This allows for tighter bend radii in cramped control cabinets and facilitates easier routing through complex cable trays without compromising the optical path or increasing signal attenuation.
FAQs
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Can the TK811V150 be cut to a shorter length in the field?
While POF fiber is physically easy to cut, we strongly recommend using the factory-terminated 15m length. The factory-installed latching connectors utilize precision-polished ends to minimize signal loss. Field-terminating these connectors without specialized polishing tools often results in high attenuation and communication errors.
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What is the advantage of a "Duplex" configuration over Simplex?
The duplex design incorporates two separate fibers in a single cable jacket. This enables simultaneous bi-directional communication (sending and receiving), which significantly increases data throughput and system synchronization compared to single-fiber alternatives.
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Is this cable compatible with all ABB optical transceivers?
The TK811V150 is specifically designed for ABB systems utilizing standard POF transceivers and latching ports. Always verify that your module's interface matches the latching duplex connector profile before installation.
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How should I clean the connectors before installation?
Use a lint-free cloth or a specialized fiber cleaning tool. Even though POF is more rugged than glass fiber, dust or oil on the connector faces will obstruct the light path and cause intermittent system faults. Ensure the protective caps remain on the cable until the exact moment of connection.