Page 5 - LJT _ HE308 _ Mil DTL 38999 Series I

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5
Amphenol
LJT / HE 308
Humidity:
per MIL-DTL-38999 par. 3.29
Air leakage:
1.10
-7
cm
3
/s under 1 bar of differential pressure (hermetics only)
Fluid immersion
per EIA364.10:
• Hydraulic fuid, per MIL-H-5606
• Turbine fuid, grade JP-8, per MIL-DTL-83133 (NATO TYPE 34)
• Lubricating oil, per MIL-L-7808
• Lubricating oil, per MIL-PRF-23699
• Defrosting fuid, per MIL-A-8243
• Cleaning compound, diluted for cleaning, per MIL-PRF-87937 type I alkaline base
• Gasoline, per ASTM-D-4814
• Gasohol, per A-A-52530
• One part isopropyl alcohol, per TT-I-735, grade A or B ; and 3 parts mineral spirits, per A-A-2904, type II,
grade A or P-D-680, type I, by volume
• Coolant, dielectric fuid, synthetic silicate ester base MIL-PRF-47220 (Coolanol 25) or equivalent
• Hydraulic fuid M2-V Chevron oil ST0145LB0001 or equivalent
Salt spray exposure and working temperature:
Environmental characteristics
Shell material
Shell fnish
Salt spray exposure per
MIL.STD 1344/1099
Working temperature
min
max
Aluminium
Electroless Nickel
O.D cadmium
48 H
500 H
- 65° C
- 65° C
+ 200° C
+ 175° C
Bronze*
-
1000 H
- 65° C
+ 200° C
Shell material
Shell fnish
Salt spray exposure per
MIL.STD 1344/1099
Working temperature
min
max
Carbon steel
Tin
48 H
- 65° C
+ 150° C
Carbon Steel
O.D. Cadmium
500 H
- 65° C
+ 175° C
Waterproof shells
Hermetic shells
* Consult us
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Technical
Characteristics