Price Quote Get an up to date pricing and availability quote for this product. Order online or over the phone.
Quality Commitment
Serving our customers with quality and safety first.
- AS9120 Certified
- Audited supply chain
- ITAR Registered
- DDTC Registered
- HAZMAT Certified
- Customer service objectives
- Every product 100% inspected
Datasheet. S4686 specification
End Item Identification
The national stock number or the identification information of the end equipment for which the item is a part.
The national stock number or the identification information of the end equipment for which the item is a part.
MODE-S, beacon interrogator, contract FA-88-C-00004
Answers.
What quantity is this sold in?
1EA
How is this classified for shipping?
Schedule B number: 9026107000
Instruments and apparatus for measuring or checking the flow or level of liquids
What's the federal classification of S4686?
FSC 5930 ⁓ Switches
Excluding switchgear.
NSN 5930-01-371-2468 SWITCH,FLOW
Used on mode-s, beacon interrogator, contract fa-88-c-00004.
- NIIN
- 013712468
- NIIN Date
- 02/09/93
- Schedule B
- 9026107000
- Name Code
- 36841
- FIIG
- A048B0
- QUP
- 1
- Historical Price
- $106.88 EA
- DEMIL / ITAR
- USML/ITAR controlled item (Code: B)
- Hazmat
- No hazard information available from HMIRS.
- MSDS
- N/A
- Precious Metals
- Metal content unknown
- Enviromental
- N/A
- Electrostatic ESD & EMI
- No ESD or EMI sensitivity
Other Part Numbers Parts with same form, fit, and function by other manufacturers
| 1. | E21-64HX | Cage 0CHY0 |
| 2. | E21-64HX | Cage 0CHY0 |
| 3. | E21-64HX | Cage 0CHY0 |
| 4. | E21-64HX | Cage 0CHY0 |
Major End Users Countries and entities
- - Federal Aviation Administration
Availability for S4686 A member of our team will provide you with a price and availability quote
Request a Quote »Similar by Design Other switchs with similar characteristics
Nothing similar to this part number was found in our inventory
S4686 / Switch,flowWhat is the formal definition of this item?
A switch which is specifically designed to operate by the influence of a gaseous, liquid, or solid media velocity on its actuator.
