F31L-1A7H1-11006
Amphenol
60.020\" (0.50mm)Aorora F31L
Ref. price$0.4700
Lead time on requestGet quote
Amphenol F31L Series
3 variants · Amphenol
About the Amphenol F31L Series
IC Source Direct is a China connector distributor, supplier and independent procurement agent for Amphenol F31L Series components, matching housing, contact and mating cycles across the Shenzhen interconnect channel. The Amphenol F31L Series series groups 3 related part numbers, each listed with full specifications, a datasheet where available, and an RFQ option. Every variant in the range shares a common actuator material of Polyamide (PA9T), Nylon 9T, Halogen Free, connector (Contact type) of Contacts, Bottom and contact finish of Gold. Variants differ by actuator color, cable end type and FFC, FCB thickness, so you can match the exact actuator color your application requires using the selection guide below. All listed Amphenol F31L Series part numbers are active and orderable.
Select a variant by
- Actuator color
- Black · Gray
- Cable end type
- Notched · Straight, Tapered
- FFC, FCB thickness
- 0.30mm, 0.33mm · 0.33mm
- Positions
- 6 · 8 · 9
Shared specifications
- Actuator material
- Polyamide (PA9T), Nylon 9T, Halogen Free
- Connector (Contact type)
- Contacts, Bottom
- Contact finish
- Gold
- Contact finish thickness
- 1.97µin (0.050µm)
- Contact material
- Phosphor Bronze
- Current rating
- 0.5A
- Features
- Solder Retention, Zero Insertion Force (ZIF)
- Flat flex type
- FFC, FPC
- Height above board
- 0.100\" (2.54mm)
- Housing color
- Natural
- Housing material
- Liquid Crystal Polymer (LCP)
- Locking feature
- Slide Lock
Variant comparison
| Parameter | F31L-1A7H1-11006 | F31L-1A7H1-11008 | F31L-1A7H1-11009 |
|---|---|---|---|
| Actuator color | Gray | Black | Gray |
| Cable end type | Notched | Straight, Tapered | Notched |
| FFC, FCB thickness | 0.33mm | 0.30mm, 0.33mm | 0.33mm |
| Positions | 6 | 8 | 9 |
Request a quote on any Amphenol F31L Series part number and we confirm price, availability and lead time per line — including end-of-life and allocation-constrained variants.
