Datasheet

108-20020
Rev. D3 Page 4
of 7
LOC I
FTEC174 rev. 1 July 99
TEST DESCRIPTION PROCEDURE REQUIREMENT
3.13 Thermal cycling Subject mated connectors to 5
cycles. Each cycle consists of :
• 2 hrs at max. temperature
specified in para. 2.4.
• 2 hrs : +40°C ±2°C
at 95% RH
• 2 hrs : -30°C ±2°C
Millivolt drop 6 mV / A Max .
(8 mV/A Max for Steel version).
Shall meet the requirements of
subsequent tests listed in para 5.
3.14 Current overloading,
cyclic.
(For steel nickel
plated versions,
.250” sr. only).
Test current 1.5 times the
current specified at point 2.3.
Duration: 250 cycles composed
of:
45 min. current ON
15 min. current OFF
Voltage drop 8mVA max.
3.15 Accelerated ageing Subject mated connectors to
200 hrs at max. temperature
environment specified in para.
2.4.
Millivolt drop 6 mV / A Max., (8mV/A
Max. for steel version).
Shall meet the requirements of
subsequent tests listed in para 5.
E N V I R O N M E N T A L R E Q U I R E M E N T S
3.16 Corrosion, salt spray
(see note 3)
Subject mated connectors to 96
hrs at 5% concentration
(Temperature : 35°C±2°C ;
PH : 6.5 ÷ 7.2)
Millivolt drop 6 mV/A Max., (8mV/A
Max. for steel version).
Shall meet the requirements of
subsequent tests listed in para 5.
3.17 Vibration Subject mated connectors to
10-200-10 Hz traversed in 5
minutes at 1.5 mm total
excursion 2 hrs in each of 3
mutually perpendicular
directions.
(10 g acceleration).
Millivolt drop 6 mV / A Max., (8 mV/A
Max. for steel version).
Shall meet the requirements of
subsequent tests listed in para 5.
Notes :
1) Unless otherwise specified, all measurements and tests shall be made using tin plated receptacle
contacts and plain tab contatcs at room temperature of 23°C ±5°C.
2) Corrosion resistance is not applicable to plain contacts.
3) For P/Ns 280075-… and 280756-… only : crimpable onto wire size 3 mm² too crimp tensile stregth:
260N min., test current for millivolt drop : 24A
4. QUALIFICATION
When all the tests have been successfully performed on the subject product line, the product is qualified
according to the present specification.