tde

tML® 24+ - FO Module 1x 24F MMC without Pins/12x LC Duplex w. shutter 50/125µ OM5

Article ID

TML-M12LCDS/MM2-50G5

Delivery time

5-10 working days

The tML® 24+ - FO Module MMC is intended for the installation in the tML® Rack Mount Enclosure 1U (for 8 x Modules). The tML® 24 module can be used only in combination with the tML® HD patch cord.

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Details

Entry	1 x MMCFemale Adapter back
Exit	6 x LC Quad Adapter (limegreen) front
Tests	Interferometer, Insertion Loss, Return Loss and Visual Final Inspection; all measured values are electronically archived
	QS-Managementsystem ISO 9001, ISO 14001 and TL 9000

tML® - Module Housing, stainless steel

Box	Galvanized steel sheet
Front Panel	Stainless steel
Dimensions	110 x 108 x 20 mm

FO Adapter MMC without Flange, green (APC)

Type	MMC
Application	APC
Design	without Flange
Color	Green
Material	Plastic
Manufacturer	US Conec

FO premium connector MMC24 APC without pins tde class B for MM 50/125µ OM5

Connector
Type	MMC APC Female (green)
Ferrule	24x MM Elite
Boot colour	Red
Manufacturer	tde/US Conec

Optical Performance
Fiber	Type	Wavelength	Insertion loss typ.	Insertion loss max.	Return loss min.
50/125µ OM5	MMC APC	850 nm	≤ 0.11 dB	0.25 dB	35 dB

LC Duplex Adapter Zirconia Straight Split without Flange with self-closing shutter, limegreen

When the connector is inserted into the adapter it compress the springs, opening the internal shutter. The internal shutter opens, and due to the special design of the shutter, it will not touch the ferrule end face. As the connector is removed from the adapter, the shutter spring automatically returns the internal shutter to the closed position.

Type	LC Duplex
Application	Multimode OM5
Design	One-Piece without flange
Connector style	SC simplex
Color	Limegreen
Housing material	Plastic
Sleeve	Zirkonia Staight Split
Self-closing shutter material	Metal
Self-closing shutter protection	Dust an laser light
Manufacturer	tde

FO LC Simplex Connector tde class B for 50/125µ OM5 fiber

Connector Type	LC Unibody Simplex
Housing	Plastic, Limegreen
Ferrule	Zirkonia Staight Split, Spring-loaded Axially
Ferrule Hole	126 µ
Mating Cycles	1.000
Operating Temperature	-40°C up to +75°C
Strain Relief to	100 N
Manufacturer	tde

Optical performance
Fiber	Type	Wavelength	Insertion loss typ.	Insertion loss max.	Return loss min.
50/125µ OM5	LC	850 nm	≤ 0.10 dB	0.30 dB	35 dB

IL at 97% measured according to IEC 61300-3-4 under laboratory conditions.

Corning FO ClearCurve® 50/125µ OM5 multimode fiber

Type	Corning ClearCurve^®50/125µ OM5 multimode fiber
Design	Optical fibre G50/125 μm (conform to IEC 60793-2-10 type A1a.4b) with optical core 50 μm +/- 2.5 μm diameter and optical cladding 125 μm +/- 1 μm diameter

Geometrical properties
Core concentricity error	< 5 %
Coating concentricity error	< 1 %
Core coating eccentricity	< 1.5 μm
Eccentricity of coating	< 12 μm
Screen test	≥ 0.7 GPa (100 kpsi)

Transmission characteristics
Attenuation, maximum values 850 nm (cabled fibre)	2.5 dB/km
Attenuation, maximum values 953 nm (cabled fibre)	1.8 dB/km
Attenuation, maximum values 1300 nm (cabled fibre)	0.7 dB/km
Attenuation, maximum values 850 nm (uncabled fibre)	2.34 dB/km
Attenuation, maximum values 953 nm (uncabled fibre)	1.7 dB/km
Attenuation, maximum values 1300 nm (uncabled fibre)	0.64 dB/km
Macrobending, induced attenuation 100 turns, 37.5 mm	≤ 0.5 dB (at 850 nm)
Macrobending, induced attenuation 100 turns, 37.5 mm	≤ 0.5 dB (at 1300 nm)
Macrobending, induced attenuation 2 turns, 15 mm	≤ 0.1 dB (at 850 nm)
Macrobending, induced attenuation 2 turns, 15 mm	≤ 0.3 dB (at 1300 nm)
Macrobending, induced attenuation 2 turns, 7.5 mm	≤ 0.3 dB (at 850 nm)
Macrobending, induced attenuation 2 turns, 7.5 mm	≤ 0.5 dB (at 1300 nm)
Bandwidth (OFL), minimum values 850 nm	3500 MHz x km
Bandwidth (OFL), minimum values 953 nm	1850 MHz x km
Bandwidth (OFL), minimum values 1300 nm	500 MHz x km
Effective modal Bandwidth-length product min. 850 nm	4700 MHz x km
Effective modal Bandwidth-length product min. 953 nm	2470 MHz x km
Numerical aperture	0.200 +/- 0.015
Effective group of refraction 850 nm	1.482
Effective group of refraction 1300 nm	1.477