Cavo patch in fibra ottica DELOCK 91045 POF in plastica ST su ST 1 m nero

DELOCK 91045 is a 1 m polymeric optical fiber (POF) patch cable with ST to ST connectors and a black jacket, intended for short‑range optical signal transmission. It connects ST‑terminated POF devices and components in multimedia, automation and control applications, including servo systems where reliable, low‑complexity plug‑and‑play connectivity is required.

Advantages

The POF construction offers flexibility and simple handling for short distances while the standardized ST connectors ensure straightforward mating with ST‑terminated equipment. The cable’s 1 m length and robust black jacket provide a practical balance between reach and neat routing in control cabinets or machine housings. Physical isolation of optical transmission reduces electrical interference risks in automation and multimedia setups.

Suitable for

When it may not be suitable

This POF patch cable is designed for short distance links and is not suitable for long‑range or high‑bandwidth fiber applications that require glass optical fiber (such as multimode or singlemode glass fibers) or for environments needing extreme mechanical or thermal resistance. It also will not mate with connector types other than ST without adapters.

Key specifications

How to use

Align the ST bayonet connector by matching the key on the plug to the receptacle, insert the connector and twist to lock. Use one connector on each device or component with ST POF interfaces. Route the cable to avoid sharp bends and excessive tensile strain; maintain the minimum bend radius recommended for polymeric optical fiber to preserve signal quality. For servo systems, connect one end to the servo unit and the other to the corresponding controller or component.

What to consider before purchase

Recommendations

Handle the POF cable gently, avoid tight bends and kinking, and keep the ST connector endfaces clean and free of dust. If connecting to servo equipment, secure the cable to prevent strain on the connectors during movement or maintenance.