GYFTC8Y Figure 8 Underground & Aeria Optical Fiber Cable

GYFTC8Y Figure 8 Underground & Aeria Optical Fiber Cable

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Home  Product Directory  Electrical & Electronics  Optical Fiber, Cable & Wire  Optical Fiber

Min. Order:	30 km
Port:	Shanghai, China
Production Capacity:	50000 Kilometer Per Month
Payment Terms:	L/C, T/T, D/P

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GYFTC8Y Figure 8 Underground & Aeria Optical Fiber Cable

Model NO.

GYFTC8Y

Application

Communication

Type

Single-mode Fiber

Connection Structure

Pipe Laying and Overhead Laying

Material Shape

Round Wire

Allowed Tensile Strength

100N<1000N

Core

2~288core

Certification

RoHS, CE, ISO9001, VDE

Brand

OEM

Sheath Material

Tube

Central Loose Tube

Bending Radius

Static 10*Cable-Diameter

Fiber Type

G652D

Trademark

OEM/WANLONG

Transport Package

1000/3000m or as Customer Request

Specification

2~288Core

Origin

Zhejiang, China

HS Code

8544700000

FAQ:

(1)Q: Are you a manufacturer or a trading company?
A: We are a professional cable manufacturer with 27 years production experience.
(2)Q: Can you print our logo or company name in cable?
A: Yes,we can print your logo or company name on products.
(3)Q:Can you accept customize or design for us?
A: Yes, all communication cables are customized in our own factory and we can design for you according to your requirement.
(4)Q:Is it possible to get a free sample ?
A: Yes, samples are free,and shipping cost have to be paid by your esteemed company. But we will return the sample cost to you when we receiving your initial order.
(5)Q:What is your MOQ ?
A: Usually,our coaxial cable MOQ is 100 thousand meters.
(6)Q:If I want to purchase,how to pay?
A: Usually, we do T/T in 30% deposit before production,70% balance against copy of B/L. Also payment terms are negotiable depending on customer's request.

Note: Welcome to visit our factory and get our samples.
Your inquiry will be answered within 24 hours .
If you are interest in any our products,please do not hesitate to contact us ,we will do our best for you.

Access Building Cables
Product Description::
This specification covers a series of cables with 2 to 12 fibers. The cable fulfils the fire performance test of IEC332-1 and IEC332-3C.

Application:
l Backbone in LAN's
l Indoor/ outdoor in ducts
l Internal wiring/ fan-outs

Construction Data:

Loose tube material	PBT
Loose tube diameter	3.0mm
Water blocking material	Fiber filling
Core reinforce	Glass yarn
Out jacket material	PE
Jacket thickness	1.1mm

Technical Data-Physical:

Technical Data-Mechanical:

Max. loading (IEC794-1) Installation operation	1000N 400N
Min. bend radius (IEC794-1) Long term (mm) Short term (mm)	20xD 10xD
Crush resistance (IEC794-1)	1000N/100mm

Technical Data-Transmission:

Fiber type		Single-mode (1310/1550nm)	Multi-mode (50/125um) (850/1300nm)	Multi-mode (62.5/125um) (850/1300nm)
Attenuation	Typical	0.36/0.22	3.0/1.0	3.0/1.0
Attenuation	Maximum	0.5/0.4	3.5/1.5	3.5/1.5
Zero dispersion slope		<0.093ps/km•nm2	-	-
Dispersion (1285~1340nm)		-3.5~ 3.5ps/ (nm•km)	-	-
Mode field diameter		9.3+/-0.4um	-	-
Cutoff wavelength cable		<1270nm	-	-
Bandwidth	@850nm	-	≥200MHz•km	≥160MHz•km
Bandwidth	@1300nm	-	≥400MHz•km	≥200MHz•km
Cladding diameter (um)		125+/-1.0	125+/-1.0	125+/-1.0

ADSS Outdoor Optical Cable
Application
1. Laying method: Aerial
2. Mainly applied in electric power system to provide a convenient way to establish communication networks. It is suitable for aerial installation when a communication line has to span a river, a valley, a thunder area and other fields with special requirements.
Characteristics:
l Large span lengths and the largest span is over 1700m.
l Non-metallic material, with high insulating property performances as well as lightningproof
l Special Anti-Track outer sheath (optional) protection, strong anti-electro-corrosion ability.
l The aramid yarn ensures the cable's tensile resistance, and also have good bulletproof performances.
l Light weight with small diameter, reducing the load caused by ice and wind as well as the load on the towers and backprops.
l Can be installed without shutting off the power.
Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	ART.NO.	AS-1	AS-2	AS-3	AS-4	AS-5	AS-6



	MAX.SPAN	50-100	100-200	200-400	500-700	800-1000	1100-1300
	RTS	5.0kN	12.0kN	25.0kN	45.0kN	77.5kN	125.0kN
	MAT	2.0kN	4.8kN	10.0kN	18.0kN	31.0kN	50.0kN
2-24B	Diameter/mm	12.1	12.3	12.7	13.3	14.5	16.2
2-24B	Weight kg/km	115	119	129	144	169	207
24-48B	Diameter/mm	12.7	12.9	13.3	13.9	14.9	16.6
24-48B	Weight kg/km	125	130	140	155	179	217
48-72B	Diameter/mm	14	14.1	14.5	15	16	17.5
48-72B	Weight kg/km	150	155	164	179	203	240

Specification
GYFTA Outdoor Optical Cable
Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count			2-144
Max. Tension (N)	Short-term		3000
Max. Tension (N)	Long-term		1000
Max. Crushing Resistance (N/100mm2)			1000
Temperature range(ºC)			-40ºC-- +70ºC
Min. Bending Radius(mm)		Install	20D
Min. Bending Radius(mm)		Static	10D

Specification
GYFTA53 Outdoor Optical Cable
Descriptions:
The SM fibers are placed in a loose tube made of a high modulus plastic, the tubes are filled with a water-resistant filling compound, A piece of FIBER REINFORCED PLATIC(FRP) locates in the centre of core as a non-metallic strength member. The tubes ( and fillers ) are stranded around the strength member into a compact and circular cable core. An Aluminum Polyethylene Laminate (APL) is applied around the cable core, which is filled with the filling compound to protect it from water ingress. Then the cable core is covered with a thin PE inner sheath. After the PSP is longitudinally applied over the inner sheath, the cable is completed with a PE outer sheath.
Application:
l Laying method: Direct buried
l Suitable for long-distance trunk and LAN communication.
l Fiber type: SM
Characteristics:
l Double sheaths construction
l Accurate fiber excess length ensures good mechanical and temperature performance.
l Specially designed compact structure is good at preventing loose tubes from shrinking.
l High strength loose tube that is hydrolysis resistant and special tube filling compound ensure a citical protection of fiber.
l Moistureproof and ratproof, crush resistance and flexibility.
l The following measures are taken to ensure the cable watertight:
1) Single fiber reinforced plastic as the central strength member
2) Loose tube filling compound
3) 100% cable core filling
4) APL moisture barrier
5) PSP enhancing moisture-proof
6) Water-blocking material
Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	Dia (mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure(N/100mm)
			Dynamic	Static	Short Term	Long Term	Short Term	Long Term
2-48	16.8	270	20×D	10×D	3000	1000	3000	1000
50-96	18.9	330	20×D	10×D	3000	1000	3000	1000
98-120	20.0	390	20×D	10×D	3000	1000	3000	1000
122-144	22.3	460	20×D	10×D	3000	1000	3000	1000

Specification
GYFTY Outdoor Optical Cable
Corss Section
Application:
l Laying method: Duct
l Suitable for long-distance trunk and LAN communication in high-voltage area or access to telecom network. Especially for power transmission system, excessive thunder areas and high electromagnetic interference.
l Fiber type: Single-mode/Multimode

Characteristics:
l Non-metallic structure providing excellent anti-electromagnetism,anti-thunder and anti-static performance.
l Accurate fiber excess length ensures good mechanical and temperature performance.
l Specially designed compact structure is good at preventing loose tubes from shrinking.
l High strength loose tube that is hydrolysis resistant and special tube filling compound ensure a citical protection of fiber.

Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	Cable Dia (mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure (N/100mm)
			Dynamic	Static	Short Term	Long Term	Short Term	Long Term
2-36	10.5	85	20×D	10×D	1000/3000	600/1000	1000	300
36-60	11.4	110	20×D	10×D	1000/3000	600/1000	1000	300
48-72	11.9	115	20×D	10×D	1000/3000	600/1000	1000	300
72-84	12.8	125	20×D	10×D	1000/3000	600/1000	1000	300
84-96	13.7	140	20×D	10×D	1000/3000	600/1000	1000	300
96-108	14.6	160	20×D	10×D	1000/3000	600/1000	1000	300
108-120	15.4	175	20×D	10×D	1000/3000	600/1000	1000	300
120-132	16.3	195	20×D	10×D	1000/3000	600/1000	1000	300
132-216	17.2	220	20×D	10×D	1000/3000	600/1000	1000	300

Specification
GYFTY53 Outdoor Optical Cable

Description
The fibers, 250μm, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. A Fiber Reinforced Plastic (FRP) locates in the center of core as a non-metallic strength member. The tubes (and fillers) are stranded around the strength member into a compact and circular core. Then the cable core is covered with a thin polyethylene (PE) inner sheath, which is filled with jelly to protect it from water ingress. A layer of water-blocking material is applied around the cable core to prevent water ingress all the same. After a corrugated steel tape armor is applied. the cable is completed with a PE outer sheath.

Characteristics
·Good mechanical and temperature performance
·High strength looes tube that is hydrolysis resistant
·Special tube filling compound ensure a critical protection of fiber
·Crush resistance and flexibility
·The following measures are taken to ensure the cable watertight:
-Single Fiber Reinforced Plastic as the central strength member
-Loose tube filling compound
-100% cable core filling
-PSP enhancing moisture-proof
-Water-blocking material
Standards
GYFTY53 cable complies with Standard YD/T 901-2001as well as IEC 60794-1.
Optical Characteristics

		G.652	G.655	50/125μm	62.5/125μm
Attenuation (+20ºC)	@850nm			≤3.0 dB/km	≤3.0 dB/km
	@1300nm			≤1.0 dB/km	≤1.0 dB/km
	@1310nm	≤0.36 dB/km	≤0.40 dB/km
	@1550nm	≤0.22 dB/km	≤0.23dB/km
Bandwidth (Class A)	@850nm			≥500 MHz·km	≥200 MHz·km
Bandwidth (Class A)	@1300nm			≥1000 MHz·km	≥600 MHz·km
Numerical Aperture				0.200±0.015NA	0.275±0.015NA
Cable Cut-off Wavelengthλcc		≤1260nm	≤1480nm

Technical Parameters

Cable Type	Fiber Count	Tubes		Fillers	Dia mm	Cable Weight kg/km	Tensile Strength Long/Short Term N	Crush Resistance Long/Short Term N/100mm	Bending Radius Static/Dynamic mm
GYFTY53-2~6	2~6	1	7		15.8	230	1000/3000	1000/3000	10D/20D
GYFTY53-8~12	8~12	2	6		15.8	230	1000/3000	1000/3000	10D/20D
GYFTY53-14~18	14~18	3	5		15.8	230	1000/3000	1000/3000	10D/20D
GYFTY53-20~24	20~24	4	4		15.8	230	1000/3000	1000/3000	10D/20D
GYFTY53-26~30	26~30	5	3		15.8	230	1000/3000	1000/3000	10D/20D
GYFTY53-32~36	32~36	6	2		15.8	230	1000/3000	1000/3000	10D/20D
GYFTY53-38~42	38~42	7	1		15.8	230	1000/3000	1000/3000	10D/20D
GYFTY53-44~48	44~48	8	0		15.8	230	1000/3000	1000/3000	10D/20D
GYFTY53-50~60	50~60	5	3		16.8	255	1000/3000	1000/3000	10D/20D
GYFT Y53-62~72	62~72	6	2		16.8	255	1000/3000	1000/3000	10D/20D
GYFTY53-74~84	74~84	7	1		16.8	255	1000/3000	1000/3000	10D/20D
GYFTY53-86~96	86~96	8	0		16.8	255	1000/3000	1000/3000	10D/20D
GYFTY53-98~108	98~108	9	1		19.2	320	1000/3000	1000/3000	10D/20D
GYFTY53-110~120	110~120	10	0		19.2	320	1000/3000	1000/3000	10D/20D
GYFTY53-122~132	122~132	11	1		21.2	380	1000/3000	1000/3000	10D/20D
GYFTY53-134~144	134~144	12	0		21.2	380	1000/3000	1000/3000	10D/20D

Storage/Operating Temperature : -40ºC to + 70ºC

Specification
GYFXY Outdoor Optical Cable

Description
The fibers, 250μm, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. Over the tube. water-blocking material is applied to keep the cable watertight. Two parallel Fiber Reinforced Plastics (FRP) are placed at the two side. The cable is completed with a polyethylene(PE) sheath.

Characteristics
·Good mechanical and temperature performance
·High strength loose tube that is hydrolysis resistant
·Special tube filling compound ensure a critical protection of fiber
·Two parallel FRPs ensure tensile strength
·PE sheath protects cable from ultraviolet radiation
·Small diameter, light weight and friendly installation
·Long delivery length
Standards
GYFXY cable complies with Standard YD/T 769-2003.
Optical Characteristics

		G.652	G.655	50/125μm	62.5/125μm
Attenuation (+20ºC)	@850nm			≤3.0 dB/km	≤3.0 dB/km
	@1300nm			≤1.0 dB/km	≤1.0 dB/km
	@1310nm	≤0.36 dB/km	≤0.40 dB/km
	@1550nm	≤0.22 dB/km	≤0.23dB/km
Bandwidth (Class A)	@850nm			≥500 MHz·km	≥200 MHz·km
Bandwidth (Class A)	@1300nm			≥1000 MHz·km	≥600 MHz·km
Numerical Aperture				0.200±0.015NA	0.275±0.015NA
Cable Cut-off Wavelengthλcc		≤1260nm	≤1480nm

Technical Parameters

	Fiber Count	Cable Dia mm	Cable Weight kg/km	Tensile Strength Long/Short Term N	Crush Resistance Long/Short Term N/100mm	Bending Radius Static /Dynamic mm
GYFXY -2~12	2~12	10.2	100	400/1000	300/1000	10D/20D

Storage/Operating Temperature : -40ºC to + 70ºC

Specification
GYHTY Outdoor Optical Cable

Description
The fibers, 250μm, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. A Fiber Reinforced Plastic (FRP) locates in the center of core as a non-metallic strength member. The tubes (and fillers) are stranded around the strength member into a compact and circular core. After the cable core is filled with filling compound, it is covered with thin PE (polyethylene) inner sheath. Then, a layer of aramid yarn is applied as additional strength member and the cable is completed with a polyethylene (PE) outer sheath.

Characteristics
·Good mechanical and temperature performance
·Aramid yarn strength member ensures good performance of tensile strength
·High strength loose tube that is hydrolysis resistant
·Special tube filling compound ensure a critical protection of fiber
·Crush resistance and flexibility
· The following measures are taken to ensure the cable watertight:
-Single Fiber Reinforced Plastic as the central strength member
-Loose tube filling compound
-100% cable core filling
Standards
GYHTY cable complies with Standard YD/T 901-2001as well as IEC 60794-1.
Optical Characteristics

		G.652	G.655	50/125μm	62.5/125μm
Attenuation (+20ºC)	@850nm			≤3.0 dB/km	≤3.0 dB/km
	@1300nm			≤1.0 dB/km	≤1.0 dB/km
	@1310nm	≤0.36 dB/km	≤0.40 dB/km
	@1550nm	≤0.22 dB/km	≤0.23dB/km
Bandwidth (Class A)	@850nm			≥500 MHz·km	≥200 MHz·km
Bandwidth (Class A)	@1300nm			≥1000 MHz·km	≥600 MHz·km
Numerical Aperture				0.200±0.015NA	0.275±0.015NA
Cable Cut-off Wavelengthλcc		≤1260nm	≤1480nm

Technical Parameters

Cable Type	Fiber Count	Tubes	Fillers	Cable Dia mm	Cable Weight kg/km	Tensile Strength Long/Short Term	Crush Resistance Long/Short Term N/100mm	Bending Radius Static/Dynamic mm
GYHTY-2~6	2~6	1	5	11.0	100	600/1500	300/1000	10D/20D
GYHTY-8~12	8~12	2	4	11.0	100	600/1500	300/1000	10D/20D
GYHTY-14~18	14~18	3	3	11.0	100	600/1500	300/1000	10D/20D
GYHTY -20~24	20~24	4	2	11.0	100	600/1500	300/1000	10D/20D
GYHTY-26~30	26~30	5	1	11.0	100	600/1500	300/1000	10D/20D
GYHTY-32~36	32~36	6	0	11.0	100	600/1500	300/1000	10D/20D

Storage/Operating Temperature : -40ºC to + 70ºC

Specification
GYTA Outdoor Optical Cable

Application:
l Laying method: Duct/Aerial
l Suitable for long-distance trunk and LAN communication.
l Fiber type: Single-mode/Multimode

Characteristics:
l LAP Aluminum belt is applied around the cable core, which is filled with the filling compound to protect it from water-ingress.
l Accurate fiber excess length ensures good mechanical and temperature performance.
l Specially designed compact structure is good at preventing loose tubes from shrinking.
l High strength loose tube that is hydrolysis resistant and special tube filling compound ensure a citical protection of fiber.
l Moistureproof and ratproof.

Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	Dia (mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure (N/100mm)
			Dynamic	Static	Short Term	Long Term	Short Term	Long Term
2-30	10.2	95	20×D	10×D	1500	600	1000	300
30-36	10.9	115	20×D	10×D	1500	600	1000	300
36-60	11.6	125	20×D	10×D	1500	600	1000	300
60-72	12.4	150	20×D	10×D	1500	600	1000	300
72-84	13.3	155	20×D	10×D	1500	600	1000	300
84-96	14.2	185	20×D	10×D	1500	600	1000	300
96-108	15.1	205	20×D	10×D	2000	600	1000	300
108-120	15.9	225	20×D	10×D	2000	600	1000	300
120-132	16.8	245	20×D	10×D	2500	600	1000	300
132-216	17.7	270	20×D	10×D	2500	600	1000	300

Specification
GYTA53 Outdoor Optical Cable
Application:
l Laying method: Direct buried
l Suitable for long-distance trunk and LAN communication.
l Fiber type: Single-mode/Multimode

Characteristics:
l Double sheaths construction
l Accurate fiber excess length ensures good mechanical and temperature performance.
l Specially designed compact structure is good at preventing loose tubes from shrinking.
l High strength loose tube that is hydrolysis resistant and special tube filling compound ensure a citical protection of fiber.
l Moistureproof and ratproof, crush resistance and flexibility.

Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	Cable Dia (mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure (N/100mm)
			Dynamic	Static	Short Term	Long Term	Short Term	Long Term
2-30	13.3	180	25×D	12.5×D	3000	1000	3000	1000
30-36	14.0	205	25×D	12.5×D	3000	1000	3000	1000
36-60	14.7	220	25×D	12.5×D	3000	1000	3000	1000
48-72	15.5	255	25×D	12.5×D	3000	1000	3000	1000
72-84	16.4	265	25×D	12.5×D	3000	1000	3000	1000
84-96	17.3	300	25×D	12.5×D	3000	1000	3000	1000
96-108	18.2	325	25×D	12.5×D	3000	1000	3000	1000
108-120	19.0	355	25×D	12.5×D	3000	1000	3000	1000
120-132	19.9	385	25×D	12.5×D	3000	1000	3000	1000
132-216	20.8	410	25×D	12.5×D	3000	1000	3000	1000

Specification
GYTC8A Outdoor Optical Cable

Description
The fibers, 250μm, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. A steel wire locates in the center of core as a metallic strength member. The tubes (and fillers) are stranded around the strength member into a compact and circular cable core. After an Aluminum Polyethylene Laminate (APL) moisture barrier is applied around the cable core, this part of cable accompanied with the stranded wires as the supporting part are completed with a polyethylene (PE) sheath to be figure 8 structure.

Characteristics
·High tensile strength of stranded wires meet the requirement of self-supporting and reduce the installation cost.
·Good mechanical and temperature performance
·High strength loose tube that is hydrolysis resistant
·Special tube filling compound ensure a critical protection of fiber
·The following measures are taken to ensure the cable watertight:
-Steel wire used as the central strength member
-Loose tube filling compound
-100% cable core filling
-APL moisture barrier
Standards
GYTC8A cable complies with Standard YD/T 1155-2001 as well as IEC 60794-1.
Optical Characteristics

		G.652	G.655	50/125μm	62.5/125μm
Attenuation (+20ºC)	@850nm			≤3.0 dB/km	≤3.0 dB/km
	@1300nm			≤1.0 dB/km	≤1.0 dB/km
	@1310nm	≤0.36 dB/km	≤0.40 dB/km
	@1550nm	≤0.22 dB/km	≤0.23dB/km
Bandwidth (Class A)	@850nm			≥500 MHz·km	≥200 MHz·km
Bandwidth (Class A)	@1300nm			≥1000 MHz·km	≥600 MHz·km
Numerical Aperture				0.200±0.015NA	0.275±0.015NA
Cable Cut-off Wavelengthλcc		≤1260nm	≤1480nm

Technical Parameters

Cable Type	Fiber Count	Tubes	Fillers	Cable Dia mm	Cable Weight kg/km	Tensile Strength Long/Short Term N	Crush Resistance Long/Short Term N/100mm	Bending Radius Static/Dynamic mm
GYTC8A-2~6	2~6	1	4	9.5×18.3	218	600/1500	300/1000	10D/20D
GYTC8A-8~12	8~12	2	3	9.5×18.3	218	600/1500	300/1000	10D/20D
GYTC8A-14~18	14~18	3	2	9.5×18.3	218	600/1500	300/1000	10D/20D
GYTC8A -20~24	20~24	4	1	9.5×18.3	218	600/1500	300/1000	10D/20D
GYTC8A-26~30	26~30	5	0	9.5×18.3	218	600/1500	300/1000	10D/20D

Storage/Operating Temperature : -40ºC to + 70ºC

Specification
GYTC8Y/GYTCY Outdoor Optical Cable
Application:
l Laying method: Self-supporting Aerial
l Suitable for long-distance trunk and LAN communication
l Fiber type: Single-mode/Multimode
Characteristics:
l Low dispersion and attenuation.
l Proper design, precise control for fiber excess length and distinct stranding process render the cable excellent mechanical and enviromental properties.
l Compact structure and lightness, flexible and good bend-resistant performance.
l With small cable diameter, light cable weight, self-supporting.
Fiber characteristic:

Fiber style			Unit	SM G652D
Condition			nm	1310/1550
Attenuation			dB/km	0.36/0.23
Dispersion		1550nm	Ps (nm ·km)	≤18
		1625nm	Ps (nm ·km)	≤22
Bandwidth		850nm	MHZ ·.km	-----
		1300nm	MHZ. ·km	-----
Zero dispersion wavelength			nm	≥1302 ,≤1322
Zero dispersion slope			nm	≤0.091
PMD Maximum Individual Fibre			um	≤0.2
PMD Design Link Value			Ps/(nm2*km)	≤0.08
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330
Cable cutoff wavelengthλcc			nm	≤1260
Mode field diameter(MFD)	1310nm		um	9.2±0.4
	1550nm		um	10.4±0.8
Numerical Aperture(NA)				-----
Step(mean of bidirectional measurement)			dB	≤0.05
Irregularities over fibre length and point discontinuity			dB	≤0.05
Difference backscatter coefficient			dB/km	≤0.03
Attenuation uniformity			dB/km	≤0.01
Core diameter			um	-----
Cladding diameter			um	125.0±0.1
Cladding non-circularity			%	≤1.0
Coating diameter			um	242±7
Coating/cladding concentricity error			um	≤12.0
Coating non-circularity			%	≤6.0
Core/cladding concentricity error			um	≤0.6
Curl(radius)			um	≤4

Technical Requirements:

Fiber Count	Cable Dia(mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure (N/100mm)
			Dynamic	Static	Short Term	Long Term	Short Term	Long Term
6 core	Cable:φ8.7mm Web:φ 4.7mm	130	20×D	10×D	3000	1000	1000	300

GYTS Outdoor Optical Cable

Application:
l Laying method: Duct/Aerial
l Suitable for long-distance trunk and LAN communication.
l Fiber type: Single-mode/Multimode
l
Characteristics
l The PSP is longitudinally applied over the cable core, which is filled with the filling compound to protect it from water-ingress.
l Accurate fiber excess length ensures good mechanical and temperature performance.
l Specially designed compact structure is good at preventing loose tubes from shrinking.
l High strength loose tube that is hydrolysis resistant and special tube filling compound ensure a citical protection of fiber.
l Moistureproof and ratproof.
Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	Dia (mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure(N/100mm)
			Dynamic	Static	Short Term	Long Term	Short Term	Long Term
2-30	10.6	120	20×D	10×D	1500	600	1000	300
30-36	11.1	140	20×D	10×D	1500	600	1000	300
36-60	12.1	155	20×D	10×D	1500	600	1000	300
48-72	12.6	185	20×D	10×D	1500	600	1000	300
72-84	13.5	190	20×D	10×D	1500	600	1000	300
84-96	14.4	215	20×D	10×D	2000	600	1000	300
96-108	15.3	240	20×D	10×D	2500	600	1000	300
108-120	16.1	265	20×D	10×D	2500	600	1000	300
120-132	17.0	290	20×D	10×D	2500	600	1000	300
132-216	17.9	310	20×D	10×D	2500	600	1000	300

GYTY53 Outdoor Optical Cable
Application:
l Laying method: Direct buried
l Suitable for long-distance trunk and LAN communication.
l Fiber type: Single-mode/Multimode

Characteristics:
l Double sheaths construction
l Accurate fiber excess length ensures good mechanical and temperature performance.
l Specially designed compact structure is good at preventing loose tubes from shrinking.
l High strength loose tube that is hydrolysis resistant and special tube filling compound ensure a citical protection of fiber.
l Moistureproof and ratproof.
l Crush resistance and flexibility
Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	Cable Dia(mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure(N/100mm)
			Dynamic	Static	Short Term	Long Term	Short Term	Long Term
2-30	12.1	165	25×D	12.5×D	3000	1000	3000	1000
30-36	13.4	205	25×D	12.5×D	3000	1000	3000	1000
36-60	13.9	235	25×D	12.5×D	3000	1000	3000	1000
48-72	14.8	250	25×D	12.5×D	3000	1000	3000	1000
72-84	15.7	265	25×D	12.5×D	3000	1000	3000	1000
84-96	16.5	300	25×D	12.5×D	3000	1000	3000	1000
96-108	17.4	320	25×D	12.5×D	3000	1000	3000	1000
108-120	18.2	345	25×D	12.5×D	3000	1000	3000	1000
120-132	19.0	370	25×D	12.5×D	3000	1000	3000	1000
132-216	19.9	400	25×D	12.5×D	3000	1000	3000	1000

GYXTC8S/GYXTCS33 Outdoor Optical Cable
Application:
Laying method: Self-supporting Aerial
Suitable for long-distance communication, local trunk line, CATV & computer networks system.
Fiber type: Single-mode/Multimode.
Characteristics
Low dispersion and attenuation.
PSP enhances the cable crush resistance, impact resistance and moisture-proof.
Proper design, precise control for fiber excess length and distinct stranding process render the cable excellent mechanical and enviromental properties.
The armoring of steel wire and corrugate steel tape make cable have nice properties of moisture resistance and crush resistance
Compact structure and lightness, flexible and good bend-resistant performance.
Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	Cable Dia(mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure (N/100mm)
Fiber Count	Cable Dia(mm)	Weight (kg/km)	Dynamic	Static	Short Term	Long Term	Short Term	Long Term
2~12	Cable:φ9.3mm Web:φ4.7mm	180	25×D	12.5×D	5000	2000	1000	300

GYXTW Outdoor Optical Cable
Application:
l Laying method: Aerial
l Suitable for long-distance trunk and LAN communication.
l Fiber type: Single-mode/Multimode
Characteristics
l Two parallel steel wires ensure tensile strength
l PSP enhances the cable crush resistance, impact resistance and moisture-proof.
l Accurate fiber excess length ensures good mechanical and temperature performance.
l Specially designed compact structure is good at preventing loose tubes from shrinking.
l High strength loose tube that is hydrolysis resistant and special tube filling compound ensure a citical protection of fiber.
l Small diameter, light weight and it is easy to be installed.
l Crush resistance and flexibility
Fiber characteristic:

Fiber style			Unit	SM G652D	MM 50/125	MM 62.5/125	MM OM3-300
Condition			nm	1310/1550	850/1300	850/1300	850/1300
Attenuation			dB/km	0.36/0.23	3.0/1.0	3.0/1.0	3.0/1.0
Dispersion		1550nm	Ps (nm ·km)	≤18	-----	-----	Dispersion
Dispersion		1625nm	Ps (nm ·km)	≤22	-----	-----
Bandwidth		850nm	MHZ ·.km	-----	≥400	≥160	Bandwidth
Bandwidth		1300nm	MHZ. ·km	-----	≥800	≥500
Zero dispersion wavelength			nm	≥1302 ,≤1322	------	------	≥1295 ,≤1320
Zero dispersion slope			nm	≤0.091	------	------	≤0.11
PMD Maximum Individual Fibre			um	≤0.2	------	------	------
PMD Design Link Value			Ps/(nm2*km)	≤0.08	------	------	------
Fibre cutoff wavelength λc			nm	≥1180 ,≤1330	------	------	------
Cable cutoff wavelengthλcc			nm	≤1260	-------	-------	-------
Mode field diameter(MFD)	1310nm		um	9.2±0.4	------	-------	-------
Mode field diameter(MFD)	1550nm		um	10.4±0.8	------	-------	-------
Numerical Aperture(NA)				-----	0.200±0.015	0.275±0.015	0.200±0.015
Step(mean of bidirectional measurement)			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Irregularities over fibre length and point discontinuity			dB	≤0.05	≤0. 10	≤0. 10	≤0. 10
Difference backscatter coefficient			dB/km	≤0.03	≤0. 08	≤0. 10	≤0. 08
Attenuation uniformity			dB/km	≤0.01	-----	------	-----
Core diameter			um	-----	50±1.0	62.5±2.5	50±1.0
Cladding diameter			um	125.0±0.1	125.0±0.1	125.0±0.1	125.0±0.1
Cladding non-circularity			%	≤1.0	≤1.0	≤1.0	≤1.0
Coating diameter			um	242±7	242±7	242±7	242±7
Coating/cladding concentricity error			um	≤12.0	≤12.0	≤12.0	≤12.0
Coating non-circularity			%	≤6.0	≤6.0	≤6.0	≤6.0
Core/cladding concentricity error			um	≤0.6	≤1.5	≤1.5	≤1.5
Curl(radius)			um	≤4	-----	-----	-----

Technical Requirements:

Fiber Count	Cable Diameter(mm)	Weight (kg/km)	Min.Bending Radius(mm)		Max Tension(N)		Crush Pressure(N/100mm)
			Dynamic	Static	Short Term	Long Term	Short Term	Long Term
2-6	8.0	70	20×D	10×D	1500	600	1000	300
8-12	8.5	75	20×D	10×D	1500	600	1000	300

GYXY Outdoor Optical Cable

Description
The fibers, 250μm, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. Over the tube, water-blocking material is applied to keep the cable watertight. Two parallel steel wires are placed at the two sides. The cable is completed with a polyethylene (PE) sheath.

Characteristics
·Good mechanical and temperature performance
·High strength loose tube that is hydrolysis resistant
·Special tube filling compound ensure a critical protection of fiber
·Two parallel steel wires ensure tensile strength
·PE sheath protects cable from ultraviolet radiation
·Small diameter, light weight and friendly installation
·Long delivery length
Standards
GYXY cable complies with Standard YD/T 769-2003.
Optical Characteristics

		G.652	G.655	50/125μm	62.5/125μm
Attenuation (+20ºC)	@850nm			≤3.0 dB/km	≤3.0 dB/km
	@1300nm			≤1.0 dB/km	≤1.0 dB/km
	@1310nm	≤0.36 dB/km	≤0.40 dB/km
	@1550nm	≤0.22 dB/km	≤0.23dB/km
Bandwidth (Class A)	@850nm			≥500 MHz·km	≥200 MHz·km
Bandwidth (Class A)	@1300nm			≥1000 MHz·km	≥600 MHz·km
Numerical Aperture				0.200±0.015NA	0.275±0.015NA
Cable Cut-off Wavelengthλcc		≤1260nm	≤1480nm

Technical Parameters

Cable Type	Fiber Count	Cable Dia mm	Cable Weight kg/km	Tensile Strength Long/Short Term N	Crush Resistance Long/Short Term N/100mm	Bending Radius Static/Dynamic mm
GYXY	2~12	9.5	90	600/1500	300/1000	10D/20D
GY XY	2~12	10.2	100	1000/3000	1000/3000	10D/20D

Storage/Operating Temperature : -40ºC to + 70ºC

Unitube Non-metallic Micro Cable--JET

Description
The fibers,250μm, either of single-mode or multimode type, are positioned in a loose tube made of a high modulus plastic. The tubes are filled with a water-resistant filling compound. A layer of aramid yarn or high strength glass is applied around the cable core as additional strength member. Then, the cable is completed with a black or color HDPE sheath.

Characteristics
·Non-mental design can prevent the cable from radio interference and magnetic wave interference

·Specially designed compact structure is good at preventing loose tubes from shrinking

·Aramid yarn ensures good performance of tensile strength

·Loose tube filling compound ensure good moisture resistance performance

·Good flexibility

·High dense fiber packed, small diameter and light weight; it's the better option for blowing installation process
Application
Adopted to backbone network, access network and fiber to the home.
Optical Characteristics

		G.652	G.655	50/125μm	62.5/125μm
Attenuation (+20ºC)	@850nm			≤3.0 dB/km	≤3.0 dB/km
	@1300nm			≤1.0 dB/km	≤1.0 dB/km
	@1310nm	≤0.36 dB/km	≤0.40 dB/km
	@1550nm	≤0.22 dB/km	≤0.23dB/km
Bandwidth(Class A)	@850nm			≥500 MHz·km	≥200 MHz·km
Bandwidth(Class A)	@1300nm			≥1000 MHz·km	≥600 MHz·km
Numerical Aperture				0.200±0.015NA	0.275±0.015NA
Cable Cut-off Wavelengthλcc		≤1260nm	≤1480nm

Technical Parameters

Cable Type	Fiber Count	Cable Dia mm	Cable Weight kg/km	Tensile Strength Long/Short Term	Crush Resistance Long/Short Term N/100mm	Bending Radius Static/Dynamic
JET 2~12	2~12	4.2±0.3	12	60/150N	300/1000	10D/20D
JET 14~24	14~24	4.6±0.3	15	60/150N	300/1000	10D/20D
JET 26~36	26~36	5.1±0.3	18	60/150N	300/1000	10D/20D
JET 38~48	38~48	5.6±0.3	22	60/150N	300/1000	10D/20D

Storage/Operating Temperature : -40ºC to + 70ºC

24 fibre ITU-G652 OPGW -Data Sheet

1 ,Structure parameters SST;φ3.0/1 24B1 AS;φ3.0/1+5 AA;φ3.0/12
2 ,Specifications
Layer	Name	Conductivity	Amount	Diameter(mm)
Center layer	AS	30.0%	1	wire diameter	3.00
1st layer	SST	----	1	wire diameter	3.00
	AS	30.0%	5	wire diameter	3.00
	AS	30.0%	0	wire diameter	3.00
2nd layer	AA	52.5%	12	wire diameter	3.00
2nd layer	AA	52.5%	0	wire diameter	3.00
No	Items	Unit	Requirements	Designed value
1	Cable diameter	mm	16	15.0
2	Cable unit weight	kg/m	≤0.9	0.49
3	Carrying area	mm2		127
4	AA/AS area	mm2		84.82	42.41
5	Outer layer direction			Left hand
3 ,Technical parameter
No	Technical parameter	Unit	Requirements	Designed value
				Refer to IEC standard
1	Ultimate tensile strength(UTS)	kN	≥60	64.9
2	Rated tensile Strength (RTS)	kN		60.0
3	Elasticity coefficient	kN/mm2		87
4	Thermal expansion coefficient	10-6/ºC		18.4
5	EDT (15%~25%RTS) everyday tension	kN		9~15
6	MAT (40%RTS) Maxinmum allowable tension	kN		24.0
7	20ºC DC resistance	Ω/Km		0.304
8	short-circuit current (1s,40ºC~200ºC)	kA	12	12.1
9	short-circuit current capacity (40ºC~200ºC,1s)	kA2·s		145.7
10	Min bending radius(dynamic)	mm		300
11	Installation temperature range	ºC		-10~+50
12	Transportation/operation temperature range	ºC		-40~+80
4 ,Fiber chromatogram
color No	Blue,Orange,Green,Brown,Grey,White,Red,Origin,Yellow,Violet,Pink,Aqua
1-24	Full chromatogram+Full chromatogramS0
S0:Black color ring,G652 Optical fiber not otherwise noted

Address: No. 317 Jintian Road, Lin′an District, Hangzhou, Zhejiang, China

Business Type: Manufacturer/Factory

Business Range: Electrical & Electronics

Main Products: Coaxial Cable

Company Introduction: Established in 2003, Hangzhou Lin′an Wanlong Cable Co., Ltd. is located in Lin′an, western suburb of Hangzhou, with strong technical capacities, advanced equipment, precise checking instruments, advanced management systems and professional service. Our corporation has become one of the leading manufacturers of coaxial cables in China.

We specialize in various types of RG Series coaxial cables, LAN cables, telephone cables and we are able to produce specific type of cables in accordance with clients′ requests. We got ISO9001: 2000 Quality Management System Certification in 2003 and our products are strictly regulated under ISO9001: 2000 Quality Management Control Stipulations for superior electrical performance, and also are approved by the State Broadcasting Bureau of China. Our corporation occupies a plant of 12, 000 square meters, warehouse and others occupies about 5000 square meters. Our products are marketed around China and quite a portion are exported to the EU, the US, the Middle East, Japan, South Korea, Southeast Asia and other countries and regions, popular among the users.

All our employees continuously seek to progress farther in order to provide the best service and to assume the highest responsibilities. We sincerely welcome clients and friends at home and abroad to contact and to cooperate with us.

More

Fiber count

Cable diameter (mm)

Cable weight (kg/km)

Temperature rating

-20 ~+60ºC

Operation storage

-20 ~+60ºC