Precision GPS Timing and Power Measurement Solutions
High Precision GPS Clock for Substation Applications
The popular Model 1094B brings reliability, precision, convenience and common connectivity options to the substation.
Affordable Synchrophasor Powerhouse
Model 1133A combines GPS based precision timing with built-in power measurement functionality to create an IEEE C37.118 compatible PMU for the electric industry.
Handheld Power System Multimeter
Model 928A packs critical functionality in a small, easy to use package for power engineers in the field. Measures power and energy, flicker, harmonics, phase angle, with a waveform display.
Assembled Test Lead Model 816C Spade Lug Current Lead Sets
Quality construction with gold plated spade lugs, Model 816 cables are as a set or individual cables.
September 11, 2024 Model 1201 Document Update
Name : Model 1200B 1201B/C User Manual
Version : J
Released : 11 September 2024 more info »
April 15, 2021 Presentation: Time in the Power Industry: How and Why We Use It
Arbiter Systems engineer Bill Dickerson delivers a talk to the IEEE North Jersey section on the use of precision timing in the power industry.
Topics covered include:
-Applications of precise time
-Accuracy requirements
-Time scales, time zones etc
-Sources of precise time
-Methods of timing distribution
-Problems sometimes encountered and how to avoid them more info »
January 15, 2025 With datacenter power crisis looming, US government looks to Constellation
Constellation Energy has won contracts worth more than $1 billion from the US government to supply nuclear power to over 13 federal agencies, validating efforts by datacenter operators to secure their own atomic sources. more info »
January 15, 2025 Schneider Electric warns of future where datacenters eat the grid
January 15, 2025 Critical Infrastructure Ransomware Attack Tracker Reaches 2,000 Incidents
Roughly 2,000 ransomware attacks were launched over the past decade against critical infrastructure organizations in the United States and other countries, according to data collected as part of a project maintained at Temple University in Philadelphia. more info »
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Precision Timing in the Power Industry: How and Why We Use it
With costs to acquire precise, reliable timing in an affordable range, power industry engineers are able to apply the technology in ways that reduce costs, improve reliability and assist in the prevention of system-wide faults. Bill Dickerson of Arbiter Systems® explores the applications and role of precision timing in this article.
