PROCON Mini Plug

PROCON Mini Plug

Expanded beam connector, mini-size, plug with 1-4 channels.


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The PROCON Mini Plug is the smallest expanded beam connector available on the market today. It can be configured with single-mode or multi-mode from 1 channel to 4 channels.

Like the other connectors in the PROCON family, it is compatible with other mini-size expanded beam connectors on the market.

 

Features

  • Advanced expanded beam technology
  • Hermaphroditic interconnection
  • 1 to 4 fiber channels single-mode or multi-mode
  • No adaptors needed
  • Low downtime field repair
  • Easy clean, no special tools

Optical

Type Single-mode (SM), Multi-mode (MM) or hybrid
Optional transmission 10Gbit/s
Insertions loss (SM) Typical insertion loss -1,0dB (1310 nm)
Maximum insertion loss -1,5dB (1310 nm)
Insertion loss (MM) Typical insertion loss -1,0dB (1300 nm)
Maximum insertion loss -1,5dB (1300 nm)
Return loss >35dB at 1310nm or 1550nm.
Polarization dependent loss less than 0,35 dB

Mechanical

Coupling type Hermaphroditic
Compliant ROHS & REACH
Material Hard anodized aluminium
Alternative material Marine bronze & stainless steel
Colour Grey
Durability 3000 mating cycles
Freefall 500 falls from 1,2 meters height
Vibration 5-500Hz, 0,75mm amplitude at 10G
Shaking 390 m/S numbers of shakes 3x4000
Shock pulse length 11ms, half-sine at 35g. Numbers of axis: 3 (x, y, z)

 

Environmental

Operating temperature -57°C to +85°C
Water immersion IP67
Air pressure <25kPa -55°C during 4h
Corrosion resistance 500h salt spray
Flammability DOD-STD-1678, method 5010

 

Compatible with: 

  • Fibreco - Mini 2
  • QPC Q - Micro
  • Te Pro-Beam - Mini
  • Telecast MX - Mini

Download PROCON Mini Plug in 3D

How to clean the expanded beam connector?

This instruction covers the cleaning procedure for the expanded beam (EB) connectors and its optical interface (mating face, optical path lenses, EB insert and alignment features). These connectors are non-contacting; therefore, mating the connector without cleaning first typically will not cause permanent damage to the optic interface.