Anti-Rodent Optical Fiber Cable
Means of rodent prevention•To protect the optical fiber cable by different forms of construction, to keep the impairment caused by rodent within certain degree.
Characteristics
•Improve the mechanical strength of cable sheath by using hard-plastic or steel armor material.
•Use the sharpness of material to prick rodents.
•Stimulate the oral mucosa and gustatory nerves of rodents by using special repellent (capsaicin) so that they detest and reject chewing.
| Anti-Rodent Optical Fiber Cable GYTA63 Description Anti- rodent optical fiber cable with aluminum- PE inner sheath, peripheral fiberglass yarns, PE outer sheath. Characteristics ●Excellent moisture - proof performance. ●The sharp ends of fiberglass yarn will prick the throat of rodents after being bitten, resulting in repelling rodents. ●With optical units well protected. |
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| GYTA03(FS) Description Anti- rodent optical fiber cable with aluminum- PE bonded inner sheath with capsaicin added. Characteristics ●Effective anti- rodent performance. ●Capsaicin added inner anti-rodent sheath. ●Outer PE sheath protects constructors fromcontacting with the capsaicin. |
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| GYTA04 Description Anti- rodent optical fiber cable with nomal GY TA cable inside, and extrude a layer of 0.4-0.8mm nylon sheath as the cable outer sheath. Characteristics ●Nylon outer sheath with smooth surface and strong hardness. ●Excellent performance of anti- rodent and termite-resistance. |
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| GYTA(FS) Description Anti-rodent optical fiber cable with aluminum -PE outer sheath with capsaicin added. Characteristics ●Capsaicin added PE sheath. ●Excellent performance of anti-rodent. |
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FRP armored Self-Supporting Optical Fiber Cable Description Rod- type FRP reinforced armour for rodent prevention. Characteristics ●All dielectric self- supporting overhead installation. ●Protect the cable from rodent by the solidness of FRP armor and the sharpness of fiberglass of it afterbeing bitten. |
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Parameters
| Fiber count | Cable O.D(mm) | Cable weight(kg/km) | Minimum bending radius | Tension allowed(N) | Crush resistancce | |||
| Static | Dynamic | Short term | Long term | Short term | Long term | |||
| 2-24 | 10.7 | 97 | 10times O.D | 20times O.D | 1500 | 600 | 1000 | 300 |
| 26-36 | 11.0 | 110 | ||||||
| 38-60 | 11.1 | 110 | ||||||
| 62-72 | 11.6 | 126 | ||||||
| 74-96 | 12.8 | 144 | ||||||
| 98-120 | 13.9 | 168 | ||||||
| 122-144 | 15.3 | 201 | ||||||
