Here’s what more than 2,500 business decision-makers around the world say.Download the report
...with the Facility Hero app in hand! Discover how you can optimize your maintenance efforts today.Learn more
Access tailored services, 24/7 self-service and expert help. Anywhere, anytime, any project.Discover now
Everything you need to know about our IoT technology backbone.Learn more
Explore our global offerings or select your country from one of our five regions.Global
Découvrez nos offres globales ou sélectionnez votre pays dans l’une de nos cinq régions.
Note: The E5600 takes into account the CT/PT multipliers when determining when to pulse.
To calculate the pulse weight value, first determine the highest kW value you can expect and the required pulse rate. In this example, the following assumptions are made:
The CT multiplier is 80, the PT multiplier is 4
The maximum load is 1600 kW.
One KY transition per second should occur at full scale.
Step 1: Convert the 1600 kW load into a primary energy value, then into kWh/second.
Primary Energy Value = (1600 kWh)(1 Hr)/(80*4) = 5 kWh (this is how much energy the meter sees)
5 kWh/1 hour = 5 kwh per 3600 seconds yields 0.00138 kWh/second
Step 2: Calculate the kWh required per pulse.
(0.00138 kWh/second)/(1 pulse/second) = 0.00138 kWh/pulse
Step 3: Round to nearest thousandth, since the meter only accepts 0.001 kWh increments.
Ke = 0.001 kWh/pulse