Telecordia GR-1221-CORE for passive fiber optic component reliability
To meet this test standard, you will need to invest in multiple chambers. Buying ovens and freezers to do the long term storage tests will free-up your test chambers for the more complex tests. You will need an insertion / return loss test system to go along with our chamber to do these tests. We recommend the Optical Component Environmental Test System from JDS Uniphase. It is ready to work with an LAB COMPANION environmental chamber, making the perfect optical components environmental test system for long term testing to Telcordia (Bellcore) standards GR-326, 1209, 1221.
|
Paragraph
|
Title
|
Description
|
Benchtop Models
|
Reach-in Models
|
Other Models
|
|
6.2.3
|
Thermal Shock Test
|
Liquid thermal shock, 0 to 100°C
|
|
|
Liquid-to-liquid Thermal Shock Chambers
|
|
6.2.4
|
High Temperature Storage Test (dry heat)
|
85°C
|
Any benchtop, ovens
|
Any quality temperature/humidity chambers or Faster Temperature Cycling Chambers
|
Walk-in
|
|
6.2.5
|
High Temperature Storage Test (damp heat)
|
85°C/85%
|
Any humidity model
|
Any quality temperature/humidity chambers or Faster Temperature Cycling Chambers
|
Walk-in
|
|
6.2.6
|
Low Temperature Storage Test
|
-40°C
|
Criterion, Temp/Humidity Benchtop
|
Any quality temperature/humidity chambers or Faster Temperature Cycling Chambers
|
Freezer
|
|
6.2.7
|
Temperature Cycling Test
|
-40 to 70°C Air thermal shock (Mil-Std 883, method 1010)
|
smallest thermal shock chamber
|
|
thermal shock test chambers or TCT
|
|
6.2.8
|
Cyclic Moisture Resistance Test
|
25 to 75°C cycling with 85-95%RH. One -40°C cycle per 5 sub-cycles
(Mil-Std 883, method 1004)
|
Any humidity model with -40 capability
|
Any quality temperature/humidity chambers or Faster Temperature Cycling Chambers
|
Walk-in
|
