
| Quantity | Price (inc GST) |
|---|---|
| 1+ | CNY1,775.440 (CNY2,006.2472) |
| 5+ | CNY1,764.540 (CNY1,993.9302) |
| 10+ | CNY1,753.630 (CNY1,981.6019) |
| 25+ | CNY1,693.500 (CNY1,913.655) |
| 50+ | CNY1,647.750 (CNY1,861.9575) |
| 100+ | CNY1,603.630 (CNY1,812.1019) |
Product Information
Product Overview
The CS3106A28-84S from Amphenol is CS series, MIL-DTL-5015 series equivalent straight plug with 9 contacts. The CS series medium to heavy weight cylindrical connectors are available in a wide range of shell materials and finishes with 48hour and 500hour salt spray plating exposure. These standard cylindrical connectors offer high density contact arrangements in a miniature circular shell and combines high coupling durability in medium to heavy weight cylindrical construction. CS series connectors feature quick mating threaded couplings and single key/keyway polarization, representing maximum simplicity in design. They have well-proven electrical capability and are designed to withstand extreme shock, exposure and vibration. These connectors are used for general, non-environmental and pressurized applications.
- 5 shell styles with 19 shell sizes
- Durable, field-proven design
- High reliability, moisture and corrosion resistant
- 100 mating cycles
- Operates at extreme temperature range from -55°C to +125°C
- Minimum insulation resistance is 5000Mohm at 25°C
- Low cost and less weight
- Aluminium alloy body material with olive drab chromate over cadmium plating
- Brass, copper alloy solder socket contacts with silver plating
Applications
Commercial, Industrial
Technical Specifications
CS Series
Straight Plug
Solder Socket
28-84
Olive Drab Chromate over Cadmium
Silver
General Duty
MIL-DTL-5015 Series
9Contacts
Threaded
Aluminium Alloy Body
Brass, Copper Alloy
N
Technical Docs (1)
Legislation and Environmental
Country in which last significant manufacturing process was carried outCountry of Origin:Great Britain
Country in which last significant manufacturing process was carried out
Product Compliance Certificate
