LC OM3 12 Fiber MTP / MPO Cassette, with Duplex LC Aqua Adaptor QCC-MTLC12F manufacturer from China Ningbo Haodi Cable Technology Co

LC OM3 12 Fiber MTP / MPO Cassette, with Duplex LC Aqua Adaptor

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: QCC-MTLC12F

Quick Detail:
1. MTP/MPO to L

Quick Detail:

1. MTP/MPO to LC 12 fiber cassette

2. Method A polarity regularly

3. OM3 or OM4 fiber types

4. Fully loaded MTP/MPO, LC duplex adaptors & MTP/MPO direct harness patch cable

5. Empty cassette available

LC OM3 12 Fiber MTP / MPO Cassette, with LC Duplex Aqua Adaptor

Description:

FOCONEC offers full range of factory pre-terminated MTP/MPO quick connection cassettes, which features 1 or 2 MTP/MPO adaptors on the rear & 12 or 24 fiber LC, SC or MTRJ adapters on the front, MTP to LC, SC or MTRJ 12 fiber patch cables will be accommodated in the cassette to connect adaptors on the front and rear.

MTP/MPO quick connection cassettes are important part of high density pre-terminated fiber optic system, designed exclusively for data center LAN/SAN, enterprise building backbone and fiber-to-the-home applications.

Applications:

Used for:

1. Data centers

2. LAN/SAN

3. Enterprise building backbone

4. Fiber-to-the-home applications

Features:

1. Factory Pre-terminated to ensure field installation reliability

2. Quick deployment to reduce installation time and cost

3. Label identification system for quick identification and exact connection

4. 100% test & inspection reports available for each module

5. Standard Method A polarity, and custom polarity solution available as required

Cassette Dimension: 130x29x116mm(WxHxD)

Specifications:

MTP/MPO Connector	Single-mode (APC)	Multimode(50/125,62.5/125 or 10Gig)
Insertion Loss
Standard Models, Typical	0.35dB	0.35dB
Standard Models, Max	0.7dB	0.7dB
Low-Loss Models, Typical	0.25dB	—
Low-loss Models, Max	0.5dB	—
Return Loss, Min	45dB	—
Durability, ≤0.3dB Change	500 mating cycles
Vibration, ≤0.3dB Change	10 to 55 Hz
Temperature, Storage	-40°C to +80°C
Temperature Cycling, ≤0.3dB Change	-40°C to +80°C
Thermal Aging, ≤0.3dB Change	14 days @ +85°C
Humidity, ≤0.3dB Change	95% Rh @ +60°C