The silk is purified to remove the protein sericin, which results in biocompatible fibroin fibers that enhance cohesion and mechanical properties.Īs Marx explained, while the original product worked well in confined spaces, such as cages, “the addition of silk improved interoperative handling characteristics allowing doctors to use it in a broader array of indications.” The product contains silk from larva of the bombyx mori moth. Jeff Marx, president and chief operating officer of Cerapedics, told OTW that, to the best of his knowledge, though silk has historically been used in medicine, his company is the first to use silk in allografts. The silk is claimed to provide enhanced cohesion, improved mechanical properties, and handling characteristics. The new biologic bone graft, designed primarily for spinal fusion surgery, features the company’s proprietary synthetic small peptide bone graft technology with the addition of purified silk fibers. If you are drawing more than that then you know you have (either a really bad setup) or bad power factor and you are actually overloading the setup.MOTH CREATES NOVEL PEPTIDE FOR SPINE FUSION (Orthopedics This Week)Ĭerapedics, Inc., a privately-held orthobiologics company located in Westminster, Colorado, has received CE Mark rating in Europe and Therapeutic Goods Administration listing in Australia for the firm’s new i-FACTOR Flex FR biologic bone graft. Where you will see their actual power usage is by what is actually drawn from the battery.Ģ400W/ 12V (battery) is 200Amp draw from the battery using shunt based measurement like a bmv or similar or a clamp meter. But basically it boils down to the appliance lie about their power consumption by skewing the power factor.
There is a tonne of information about real power, apparent power and a bunch of other terms. In fact in our country, businesses and industries get hefty fines from the grid provider for factories running with bad power factor. This is not abnormal as most grid power meters have problem reading this as well. Not actually what is being used, but what they system "sees" as being used. What you read on the GX device is apparent power. We have had a few customers confused at how they used so much power when they have "energy saving" items in their homes. The same with power factor on an induction stove, 0.6 - so you are only seeing 60% of what it actually using. Some microwaves have a power factor as low as 0.5 - meaning 1200W is actually 2000W. Induction stoves and microwaves are the ones lying about their power use.
#IFACTOR GENERATION YOU TUBE FULL#
Inverters and batteries are rated at 25 degrees so if you are around that then lets say you have the full use of the inverter.
#IFACTOR GENERATION YOU TUBE PLUS#
The AC In was carrying the stated pass through loads plus the full charging current (probably something near total 35amps I am still not sure where I went wrong as everything appears under a nutshell yes basically you got the idea. The overload said AC1 so how do I factor the charge current considering that is not on AC1. When you mention lying about the loads for induction, are you referring to the VRM lying? The consumption in the provided screenshot is not accurate?
I am concerned why this unit cannot handle these below rated loads. In the provided screenshot you can see the induction cycling on and off. Yes, this overload included a single induction cooktop as well as a microwave. In layman's terms this overload never approached those numbers and the unit is in climate controlled area so ambient temps may have only been higher from the units own heat but I do not believe it would have been significant.
Some of that video was over my head but my "take away" was 6000 watt for 2 min, 3000 watt for 30 min and 2400 watt continuous depending on ambient temps. Thank you for the reply and the video Alexandra.
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