1. Scripps Institution of Oceanography HF Radar Installation Info Tom Cook & Eric Terrill Scripps Institution of Oceanography University of California, San Diego

2. Overview ● Antenna to be installed above MCC module. ● Hardware to be installed inside MCC module.

3. SIO HF Radar Components ● Antenna – active components housed in fiberglass mast (~25 feet ~75lbs). Cable access on side of antenna. ● Cables – group of 3 cables, 2 RG58 U and 1 RG 8. Approximately 1 inch diameter (without connectors). ● Hardware – Codar Transmitter (2U), Codar Receiver (2U), UPS (2U) and MacMini on rack mounted shelf (2U).

4. Single Antenna

5. Antenna Mount

6. Cables ● Cable bundle consists of ● 1ea/ RG8/U type, 11 AWG stranded (7x19).108" bare copper conductor, foam polyethylene insulation, bare copper braid shield (97% coverage), PVC jacket. ● 2 ea/ RG 58 type, 19 AWG solid.037” bare copper conductor, gas-injected foam HDPE insulation, Duofoil (100% coverage) + tinned copper braid shield (90% coverage), polyethylene jacket.

7. Hardware in Electronics Control Room ● Radar hardware consists of: ● Receiver: size: 13H x 49W x 53D cm weight: 14 kg ● Transmitter : size: 13H x 49W x 53D cm weight: 15 kg ● UPS: size: 9H x 44W x 48D cm weight: 20 kg ● MacMini: size: 5H x 16W x 16D cm weight: 2 kg

8. Network Requirements ● Static IP with reasonable bandwidth ● Incoming and outgoing traffic on ● Port 22 (ssh/scp) ● Port 407 (timbuktu remote desktop) ● Port 5000 (remote administration) ● Port 8080 (remote UPS monitoring)