HDG Telecom grounding kit (earthing kit) is made of high-purity copper,can fit the grounding wire and coaxial cable which outer conductor is 8-9mm.In order to meet the growing needs of customers, HDG Telecom has designed a grounding solution for the LMR400, CNT400 and RG8 coaxial cable. Including Bolt-on grounding kit, standard grounding kit, small universal grounding kit and framework grounding kit for you to choose.
LMR400 (CNT400) and RG8 coaxial cable are are widely used in communications.And their similar structure [Out of conducter diameter: 8.1mm（0.0267inch)] allows them to apply the same grounding kit, even though these grounding kit have completely different installations.
The following are all general descriptions and we support customization.
| Product Details |
 Bolt-on Grounding Kit For: LMR400, CNT400, RG8 Coaxial Cable; Item No.:GK-BOL400; Contact Area: Copper; Earth wire: 6AWG, 0.9meter(By request); Lug: M6 Double Hole; M8 Single Hole(By request). |
 Standard Grounding Kit (Equal to Commscope 242948) For: LMR400, CNT400, RG8 Coaxial Cable; Item No.: GK-242948; Contact Area: Copper; Nylon Tie-wraps: 3×150; Earth wire: 6AWG, BV 1meter(By request). |
 Small Universal Grounding Kit For: LMR400, CNT400, RG8 Coaxial Cable; Item No.:GKA-SUNV; Contact Area: Tinned Copper; Rivet: Φ5×8.1; Earth Wire: 10Awg, 0.9meter(By request); |
 Standard Universal Grounding Kit For: LMR400, CNT400, RG8 Coaxial Cable; Item No.:GK-STD; Contact Area: Copper; Cross Screw: M4×8; Earth Wire: 6Awg, 0.9meter(By request); |
 Framework Grounding Kit For: LMR400, CNT400, RG8 Coaxial Cable; Item No.:GK-FW-38; Contact Area: Tinned Copper; Earth wire: 6AWG, BV 1meter(By request); Lug: M8 Single Hole(By request). |
These grounding(earthing) kits are made of pure copper to ensure a perfect contact area and do not influence the electrical transmission characteristics of the coaxial cable.The contact resistance, insulation resistance, etc. can meet the requirements of communication industry, and it can prevent the damage to relevant devices which due to lighting stroke or large current.
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