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Office of the system operator of New York Edison Co., which distributed all the power generated by the Edison and Allied Companies, October 9, 1928. It looks like old Hollywood's idea of a computer, but the reality was much lower tech. In case of a storm, the operator rang a bell from the storm detector on the roof and ordered the stations to increase their capacity. He knew the capacity, the numbers of feeders in operation, and the voltage generated by looking at the control pilot board, shown above.
Photo: Bettmann Archive/Getty Images/Fine Art America
< Enter the Director/Saviour/Second Coming >
< To the left is the Janitor/Cleanup/Meren Vartija >
< To the right is the Ghost/Bygone/Haunting >
< Jesse/Dylan Faden approaches the Board/Pyramid/Other >
Fanart for the 2019 Alan Wake 2 prequel. Made this out of anticipation, before AW2 came out.
Mood.
Built in 1954, the building that houses longwave transmitter Europe 1 is the oldest privately owned radio station in Germany. Photos by Lars-Christian Uhlig
THHN Cable Applications in Power Distribution Cabinets and Control Boxes
Power distribution cabinets (e.g., GGD, MNS, XL-21) manage electrical distribution and protection, housing both high-power primary circuits and low-voltage secondary circuits. THHN cables are primarily used in secondary control circuits and select primary wiring scenarios:
Secondary Control Circuit Wiring: THHN is the go-to cable for control circuits involving breakers, interlocks, and signal feedback systems. Its 600V rating and thin insulation allow compact, multi-circuit routing within tight cable trays .
Component Termination: Devices like relays, meters, and contactors rely on THHN for secure terminal connections. Its flexibility ensures stable, vibration-resistant terminations with cold-press connectors .
Short-Run Primary Circuit Links: For low-current (≤32A) primary circuits, such as connections between miniature circuit breakers or fuses, THHN provides a reliable, space-saving solution .
Internal Power Distribution: THHN efficiently routes power from sources (e.g., switch-mode power supplies) to modules and instruments inside cabinets, thanks to its small diameter and robust insulation .
The Parker OEM330 Control Board is a reliable industrial automation component designed for precise control and efficient performance. Ideal for machinery systems, it ensures stability, durability, and seamless operation in demanding environments.
The Parker OEM330 Control Board is a reliable industrial automation component designed for precise control and efficient performance. Ideal for machinery systems, it ensures stability, durability, and seamless operation in demanding environments.