Y27 series circular electrical connector
Hunan Kaida Space Connectors
The Y27 series circular electrical connector from Hunan Kaida Space Connectors features a push-pull locking mechanism and conforms to Chinese military connector standard GJB2905-2004.
Technical specifications
- Basic series
- Y27
- Type
- Q, A, B, C, F, G, H (Omit = Q, H = Springtac contact)
- Orientation
- I, II, III, IV, V, VI (Omit = I)
- Shell size
- 08, 10, 12, 14, 16, 18, 20, 22, 24, 28, 30
- Number of contact
- 01 ~ 61
- Type of connector
- T = Plug, Z = Receptacle
- Type of contact
- J = Pin, K = Socket
- Type of receptacle
- L = Cable connecting receptacle, B/B1 = Square flange receptacle, B2 = Jam nut receptacle, B4 = Thru bulkhead receptacle
- Type of hermetic
- M = Hermetic by rubber, P or omit = Unsealed
- Type of back shell
- Omit = Without back shell, II, III, IV, IX
- Material of shell
- Omit = Aluminium-alloy, B = Stainless steel, C = Cooper-alloy
About
The Y27 series circular electrical connector is a push-pull electrical connector manufactured by Hunan Kaida Space Connectors, a professional manufacturer specializing in military standard connectors. This series is designed to conform to the Chinese military connector standard GJB2905-2004. The connector offers various customizable options including type (Q, A, B, C, F, G, H, with Q as default), orientation (I, II, III, IV, V, VI, with I as default), and shell sizes ranging from 08 to 30. It supports a contact number from 01 to 61. Available connector types include Plug (T) and Receptacle (Z), with contact types being Pin (J) or Socket (K). Receptacle types include Cable connecting (L), Square flange (B/B1), Jam nut (B2), and Thru bulkhead (B4). Hermetic options are available with rubber (M) or unsealed (P or omit). Back shell options include II, III, IV, IX, or without a back shell. Material options for the shell include Aluminium-alloy (default), Stainless steel (B), and Cooper-alloy (C).
Documentation
Need the full ICD, test reports or a specific revision? Ask the supplier directly.