Construction

1. HV Cable Connector Diagram        NK90kVDC X-Ray High Voltage Cables with Normal Connector

2. HV Cable Section Plan Diagram        NK90kVDC X-Ray High Voltage Cables with Normal Connector

3. Plug Body Section Plan Diagram        NK90kVDC X-Ray High Voltage Cables with Normal Connector

Specification

Table 1: HV Cable Spec. Refer to HV Section Plan Diagram

Continued Table1

Table 2: HV Cable Plug Body Spec. Refer to Plug Section Plan Diagram

Table 3: Other

Technical Requirement

Cable sheath appearance should be smooth, uniform diameter, with no joint, bubble, bumps and other undesirable phenomena.
Weave shield density is not less than 90%.
The minimum thickness of the cable insulation and sheath must be 85% more than the nominal thickness.
Insulation between the core and the insulated wire, insulation between the core and the ground cable should be able to withstand the AC 1.5KV and keep 10 minutes can not been broken down.
Insulation between the core and the shield should be able to withstand the DC 90 KV and keep 15 minutes can not been broken down.
The surface of each plating should be clean and bright.
The DC resistance of the conductor and ground cable not more than 11.4 + 5%Ω/m.
The insulation resistance of the insulation core wire not less than 1000MΩ·Km.
The plug body should be able to withstand not less than 1000 times fallen off experiments with no damage.
The cable and each part should meet Rohs 3.0 relative requirement. Brass is below 0.1wt.
The cable and each part should meet Reach relative requirement.

Use Conditions

When the cable is used, the bending radius should not less than 66mm.
The cable rated voltage: 90KVdc
The cable using temperature: -40℃~70℃.

 
 
Certificate EMC
 

 
Certificate ROHS