The NOYES FTK Pro Installer Kit from AFL provides a wide selection of fiber optic testing, cleaning, and inspection equipment to enable technicians to install and maintain fiber optic networks. Available with multimode and single-mode test equipment, the kit also includes a broad array of cleaning and inspection equipment in a convenient tough injection-molded ABS carrying case. The Pro Installer Kit is ideal for TIA Tier 1 and Tier 2 testing of premises (building and campus) networks or certification and troubleshooting of FTTx PON networks.

	Features
-	Clean, inspect, and test fiber optic networks
-	Multimode and single-mode fiber ready
-	Verify integrity of installed fiber networks
-	Software to present network owners with written proof of a quality installation
-	Convenient rugged hard carry case
	Applications
-	Tier 1 and Tier 2 testing of premise networks
-	FTTx PON certification and troubleshooting
-	Fast fault location
-	Splice verification
-	Network documentation

	Kit Includes
-	M210e (FTK1-01-0900PR only)		- Quad OTDR, 850/1300 nm MM, 1310/1550 nm SM
-	OPM5-2D		- Optical Power Meter (Wave ID, Set Reference, Data Storage)
-	OLS4		- Optical Light Source (LED and Laser)
-	OFS300-200		- Optical Fiber Scope (200x)
-	Fiber Rings		- FR1-L5-150-SC-ST (50/125 Laser Optimized) - FR1-L5-150-SC-LC (50/125 Laser Optimized) - FR1-L5-150-ST-LC (50/125 Laser Optimized) - FR1-M6-150-SC-ST (62.5/125) - FR1-M6-150-SC-LC (62.5/125) - FR1-M6-150-ST-LC (62.5/125) - FR1-SM-150-SC-ST (SM) - FR1-SM-150-SC-LC (SM) - FR1-SM-150-ST-LC (SM)
-	Adapters		- SC, ST, LC for the OTDR/OLS ports (2 each) - SC, ST, LC for the OPM Unit - 2.5mm & 1.25mm Universal for OFS & for VFL on OTDR
-	Jumpers, 2 meters in length (2 each)		- SC-ST (50/125 Laser Optimized) - SC-LC (50/125 Laser Optimized) - SC-ST (62.5/125) - SC-LC (62.5/125) - SC-ST (SM) - SC-LC (SM)
-	Bulkheads (mating adapters)		- SC/SC, ST/ST, LC/LC
-	Cleaning Supplies		- FiberWipes™ Mini-tub - Cletop -SB with white tape - Cletop replacement tape (white) - FCC2 Fiber Connector Cleaner - Connector Cleaning Tips (for cleaning in sockets): - 2.5 mm and 1.25 mm - One-Click Cleaner SC/ST/FC - One-Click Cleaner LC/MU
-	Miscellaneous Accessories		- (2) Mandrels: 62.5mm, 3mm jacket & 50mm, 3mm jacket - Stylus pen for the M200 touch screen - USB thumb drive, 1G - Plastic parts boxes to hold adapters (Qty 3) - Case to hold up to 12 jumpers (2 – 5 meters in length)
-	Report Software		- Windows® compatible software and user guide

Measuring an insertion loss of the near-end and / or far-end connection of a fiber optic link with an OTDR requires a launch and / or receive test cable. A launch cable, which connects the OTDR to the link under test, reveals the insertion loss and reflectance of the near-end connection. A receive cable, which connects to the far-end of the link, reveals the insertion loss and reflectance of the far-end connection. Launch and receive test cables can range from 150 m to 1 km (or longer) in length. Because very long test cables are impractical to transport and use, Noyes offers coiled lengths of 50 mm multimode, 62.5 mm multimode, or single-mode fiber packaged in compact rings.

Fiber Rings of 150 m of fiber are ideal for premises fiber network test applications. Fiber Rings of 500 m and 1 km of single-mode fiber are designed for broadband, long-haul fiber network test applications.

Measuring an insertion loss of the near-end and / or far-end connection of a fiber optic link with an OTDR requires a launch and / or receive test cable. A launch cable, which connects the OTDR to the link under test, reveals the insertion loss and reflectance of the near-end connection. A receive cable, which connects to the far-end of the link, reveals the insertion loss and reflectance of the far-end connection. Launch and receive test cables can range from 150 m to 1 km (or longer) in length. Because very long test cables are impractical to transport and use, Noyes offers coiled lengths of 50 mm multimode, 62.5 mm multimode, or single-mode fiber packaged in compact rings.

Fiber Rings of 150 m of fiber are ideal for premises fiber network test applications. Fiber Rings of 500 m and 1 km of single-mode fiber are designed for broadband, long-haul fiber network test applications.

Measuring an insertion loss of the near-end and / or far-end connection of a fiber optic link with an OTDR requires a launch and / or receive test cable. A launch cable, which connects the OTDR to the link under test, reveals the insertion loss and reflectance of the near-end connection. A receive cable, which connects to the far-end of the link, reveals the insertion loss and reflectance of the far-end connection. Launch and receive test cables can range from 150 m to 1 km (or longer) in length. Because very long test cables are impractical to transport and use, Noyes offers coiled lengths of 50 mm multimode, 62.5 mm multimode, or single-mode fiber packaged in compact rings.

Fiber Rings of 150 m of fiber are ideal for premises fiber network test applications. Fiber Rings of 500 m and 1 km of single-mode fiber are designed for broadband, long-haul fiber network test applications.

Measuring an insertion loss of the near-end and / or far-end connection of a fiber optic link with an OTDR requires a launch and / or receive test cable. A launch cable, which connects the OTDR to the link under test, reveals the insertion loss and reflectance of the near-end connection. A receive cable, which connects to the far-end of the link, reveals the insertion loss and reflectance of the far-end connection. Launch and receive test cables can range from 150 m to 1 km (or longer) in length. Because very long test cables are impractical to transport and use, Noyes offers coiled lengths of 50 mm multimode, 62.5 mm multimode, or single-mode fiber packaged in compact rings.

Fiber Rings of 150 m of fiber are ideal for premises fiber network test applications. Fiber Rings of 500 m and 1 km of single-mode fiber are designed for broadband, long-haul fiber network test applications.

Measuring an insertion loss of the near-end and / or far-end connection of a fiber optic link with an OTDR requires a launch and / or receive test cable. A launch cable, which connects the OTDR to the link under test, reveals the insertion loss and reflectance of the near-end connection. A receive cable, which connects to the far-end of the link, reveals the insertion loss and reflectance of the far-end connection. Launch and receive test cables can range from 150 m to 1 km (or longer) in length. Because very long test cables are impractical to transport and use, Noyes offers coiled lengths of 50 mm multimode, 62.5 mm multimode, or single-mode fiber packaged in compact rings.

Fiber Rings of 150 m of fiber are ideal for premises fiber network test applications. Fiber Rings of 500 m and 1 km of single-mode fiber are designed for broadband, long-haul fiber network test applications.

AFL 4050-00-0112PR AC adapter 90-264 VAC to 12 VDC

AFL 6000-00-0026MR USB to RS232 DB9M

AFL 3900-04-0106PE NiMH-AA battery pack

Product  Features

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- 650 nm Visible Red Laser Source

- Compact Size

- Universal Connector Interface for Quick Connection

- High Power (1 mW)

AFL 8100-03-0004MR Bronze split sleeve

The VOA6-SM is a rugged, lightweight variable optical attenuator that is ideal for use in a wide range of single-mode fiber link certification and engineering test applications. Managers will appreciate its simplicity, which minimizes training requirements and speeds deployment. Field technicians will appreciate the simple thumbwheel attenuation control, which allows precise, one-hand operation. Engineers will appreciate the accuracy and return loss performance of the VOA6-SM.

The VOA6-SM is a two-port passive optical device that, when inserted in an optical link, allows a technician to perform several important certification tasks. For example, when the fixed output level of a laser transmitter is too high for downstream devices, the VOA6-SM can be used to determine the amount of fixed attenuation required to match power levels.

Alternately, during activation and certification of a new circuit, the VOA6-SM can be used to vary the amount of link loss and determine the optical headroom of the circuit. The 45 dB optical return loss of the VOA6-SM makes it ideal for use with sensitive DFB laser transmitters and other devices that can be degraded or damaged by reflected power.

The VOA6-SM is calibrated at key FTTX wavelengths including 1310, 1490, 1550, and 1625 nm and can be used in the calibration, engineering, and production test lab as well as in the field. Its rugged construction ensures many years of service.

The VOA6-SM operates on an internal Li-Ion battery and includes a 10-minute auto power down and 60-second backlight power off capabilities. An AC adapter and battery charger is standard with every unit.

	Applications
	Validate link budgets and optical margin
	Determine optical pad value
	Characterize optical components, modules, and systems

	Calibrated Wavelength or Range	Fiber Type		Insertion Loss	Attenuation Range	Return Loss	Available Connectors	Power
		MM	SM
V0A6-SM	1310, 1490, 1550, 1625nm		•	2 dB (max)	60 dB	45 dB	FC/PC Standard	Li-Ion or AC
V0A5-MM	850, 1300nm	•		≤1.5 dB @ 850nm ≤ 3.0 dB @ 1300nm	30 dB	20 dB	FC, SC, ST, LC	(2) AA or AC, NiMH (optional)
SVA1	1250 - 1650nm		•	≤1.5 dB @ 1310nm ≤2 dB @ 1550nm	60 dB	50 dB	FC, SC, ST APC (available)	N/A

The VOA6-SM is a rugged, lightweight variable optical attenuator that is ideal for use in a wide range of single-mode fiber link certification and engineering test applications. Managers will appreciate its simplicity, which minimizes training requirements and speeds deployment. Field technicians will appreciate the simple thumbwheel attenuation control, which allows precise, one-hand operation. Engineers will appreciate the accuracy and return loss performance of the VOA6-SM.

The VOA6-SM is a two-port passive optical device that, when inserted in an optical link, allows a technician to perform several important certification tasks. For example, when the fixed output level of a laser transmitter is too high for downstream devices, the VOA6-SM can be used to determine the amount of fixed attenuation required to match power levels.

Alternately, during activation and certification of a new circuit, the VOA6-SM can be used to vary the amount of link loss and determine the optical headroom of the circuit. The 45 dB optical return loss of the VOA6-SM makes it ideal for use with sensitive DFB laser transmitters and other devices that can be degraded or damaged by reflected power.

The VOA6-SM is calibrated at key FTTX wavelengths including 1310, 1490, 1550, and 1625 nm and can be used in the calibration, engineering, and production test lab as well as in the field. Its rugged construction ensures many years of service.

The VOA6-SM operates on an internal Li-Ion battery and includes a 10-minute auto power down and 60-second backlight power off capabilities. An AC adapter and battery charger is standard with every unit.

	Applications
	Validate link budgets and optical margin
	Determine optical pad value
	Characterize optical components, modules, and systems

	Calibrated Wavelength or Range	Fiber Type		Insertion Loss	Attenuation Range	Return Loss	Available Connectors	Power
		MM	SM
V0A6-SM	1310, 1490, 1550, 1625nm		•	2 dB (max)	60 dB	45 dB	FC/PC Standard	Li-Ion or AC
V0A5-MM	850, 1300nm	•		≤1.5 dB @ 850nm ≤ 3.0 dB @ 1300nm	30 dB	20 dB	FC, SC, ST, LC	(2) AA or AC, NiMH (optional)
SVA1	1250 - 1650nm		•	≤1.5 dB @ 1310nm ≤2 dB @ 1550nm	60 dB	50 dB	FC, SC, ST APC (available)	N/A

AFL 2900-FT-LS-FCMR FC Connector

AFL 2900-FT-LS-SCMR SC Connector