2-1393659-8 | AMP

Male connector, type R, 96 pole, a-b-c, pitch 2.54 mm, solder pin, straight, gold-plated, 2-1393659-8

Order No.: 56F2738
EAN: 4099891024109
MPN:
2-1393659-8
V42254-B1201-R960
AMP
default L
front L
side L
Image may differ
Unit Price (€ / pc.)
6.3546 € *
Available: 0 pcs.
Leadtime: 18 Weeks **
Total Price:
6.35 € *
*incl. VAT plus shipping costs
**Subject to prior sale
100 pcs.
6.3546 €

Male connector DIN 41612, type TE Connectivity/AMP -139.

For components in computer and communication systems, and in measuring and control engineering; Operating current at +70 °C: 1.0 A. Test voltage: contact/contact 1000 V, contact/ground 1500 V. Smallest air gap/creepage distance between the contacts: 1.2 mm. Contact resistance: max. 20 mohm. Insulation resistance: min. 1000 Gohm. Basic grid: 2.54 mm. Insulator: thermoplastic, glass fiber-reinforced, pebble gray (RAL 7032), combustibility to UL 94 V-0. Contact material/finish: copper alloy/gold-plated on nickel primer and palladium or gold-plated on nickel primer. Tinned terminals (tin lead). Performance class: 2 (400 insertion/removal cycles). Standards and certifications: DIN 41612, IEC 603-2, BS 9525, VG 95324, CECC 75101-801, UL.

Male connector type R, with straight 2.9 mm solder pins, type 2-139.

Solder pins for 1.0 mm holes.

Technical attributes (type, number of poles, contact assignment, performance class): 2-1393659-8, 96-pole, a-b-c, class 2

Technical specifications
Performance level 2
Connection solder pin
Design R
Contact type pin
contact surface gold-plated
Contact row assignment a-b-c
Rated current 1.5 A
Orientation straight
Pin number 96 pole
Grid 2.54 mm
Logistics
Country of origin JP
Customs tariff number 85366930
Compliance
RoHS conform Yes
Date of RoHS guidelines 3/31/15
SVHC free Yes
Variations
Pin number
Rated current
Contact row assignment
Design
Contact type
contact surface
Grid
Connection
Orientation
1 item in 2 variations
*incl. VAT plus shipping costs
Item description
Total
Price list
Pin number
Rated current
Contact row assignment
Design
Contact type
contact surface
Grid
Connection
Orientation