Mining Publication: Experience with an Integrated, Computer-Controlled Communications and Monitoring System at the Robena Mine
Original creation date: August 1976
A whole mine, computer-controlled communication and monitoring system for both normal and emergency use is installed and operating in the U.S. Steel Robena Mine complex near Uniontown, Pa. Portions of the system, including the coaxial cable and the key underground and surface phones, have been operating for over a year and a half. During this time the basic concept has been modified and new line amplifiers with directional switches have been developed to eliminate some problems in implementing the loopback feature. The quality of the audio and the availability of the system have been outstanding. Since early summer almost all subsystems have been completed. The experience with the telephone system itself, the pocket-pager call alert, section wireless radio, hoistphone, television, environmental monitoring, control and monitoring of equipment, voice downlink/code uplink post disaster communications, post disaster through-the-earth monitoring, and the system center failure diagnostic routines are reviewed.
Authors: HH Dobroski, WC Laubengayer, RR Godard
Conference Paper - August 1976
NIOSHTIC2 Number: 10001312
Proc 3rd WVU Conference on Coal Mine Electrotechnology 1976 Aug; :15.1-15.13
See Also
- Analysis of Communication Systems in Coal Mines
- Basic Tutorial on Wireless Communication and Electronic Tracking: Technology Overview
- Propagation of EM Signals in Underground Mines
- Theoretical Noise and Propagation Models for Through-the-earth Communication
- Theory on the Propagation of UHF Radio Waves in Coal Mine Tunnels
- Through-The-Earth Wireless Real-Time Two-Way Voice Communications
- U.S. Bureau of Mines New Developments in Mine Communications
- Ultra-Low Frequency Through-the-Earth Communication Technology
- Underground Mine Communications
- Underground Mine Communications (in Four Parts): 2. Paging Systems
- Page last reviewed: 9/21/2012
- Page last updated: 9/21/2012
- Content source: National Institute for Occupational Safety and Health, Mining Program