Y50dx Type Bayonet Coupling Power Circular Connector

Prod Model:	Y50DX-1204
Size:	Y50dx
Shell Size:	12
Contacts:	4X2.5

Product Description

Y50DX series circular power connectors are inner pin locked type for electric system, military or industry quality, featuring quick connection and separation, small volume, light weight, good sealing and anti-tensile performance. The type of terminations include soldered and crimped, shielded and nonshielded housing, straight and bent cable outlet ends, ordinary, high vacuum and high pressure sealing. It's specification meet the requirements of GJB101A, GJB598A, MIL-C-26482G standard. They are widely used for energy and signal connections in strategic and tactical systems and field operations.

Product ordering
Y50 D X-12 04 Z J 10
1 2 3 4 5 6 7 8
1. Product name: Y50 series circular connectors
2. Type: E: British system
3. Structure: X: Ordinary rubber sealing
4. Shell:  12, 14, 16, 18, 20, 22, 24,32
5. Contacts: 3-61
6. Type: T: Plug, Z: Receptacle: ZS: Thru bulkhead receptacle
7. Contacts type: J: Pin, K: Socket, S: Panel
8. Receptacle: 10: Square flange mounting, 10-2: With cable, 11: Circular flange, 14¬ : Screw connection
Plug: 1: Grounded pressure, 2: Cable clipper, 4: Anti-tensile shell, 5: Angled, 6: Water proof cable shell

Technical characteristics
Mould: Tested as per provisions in 4.16 of GJB598A; Saline fog: Tested as per provisions in 4.17 of GJB598A; Rainproof: Tested as per provisions in 4.15 of GJB598A.

Temperature	Relative humidity	Atmosphere	Vibration	Impact	Shock	Endurance
-55°C~ +125°C	(92~98% )at40±2C	101.33KPa~ 4.39KPa	10~2000Hz, 196m/s²	980.7 m/s²	392m/s²	500cycles

 

Contact diameter	Current	Voltage	Contact resistance
Ø2.5mm	25A	250V	≤1.5mΩ
Ø3mm	36A	250V	≤1 mΩ
Ø3.5mm	50A	250V	≤1 mΩ
Φ4mm	60A	250V	≤1 mΩ
Φ5mm	75A	250V	≤1 mΩ
Φ6mm	100A	250V	≤1 mΩ
Φ7mm	110A	250V	≤1 mΩ
Φ9mm	150A	250V	≤1 mΩ

                                                

Environment	Voltage proof	Insulation resistance
Normal	1500V	≥3000MΩ
High temperature	1000V	≥500MΩ
Moisture	500V	≥20MΩ