GRAIN GUY FIFTY BLOG

GG50 Weighing Series Part II covered getting a scale installed right. Part III covered what goes to work on a good install after the crew goes home. Air. Vibration. Structure. Weather. And the people with access to it. Together that gets you a scale that is mechanically sound and holding up under real conditions. That is the foundation for accurate weighing. It is not the same as proof. Proof is what this post is about. Calibration. Testing. Cross checking. And certification.

GG50 Weighing Series Last post covered getting a scale installed right in the first place: what "accurate" legally means, mounting the load cells correctly, and binding, the issue that can hold a scale off true without ever throwing an obvious fault. A scale that clears all of that is sound on day one. Staying sound becomes the challenge, and it's the one that runs for the rest of that scale's working life. A quick note before diving in: I'm not a certified scale technician a

GG50 Weighing Series Last post we covered what a scale and what has to be true for that number to mean anything. Gross, tare, net. Short ton, long ton, tonne. Truck scales, rail scales, hoppers, tower bulk weighers, and the draft survey you use when there's no scale to be had. All of that assumes the equipment itself was put in right. That's not always a safe assumption, no matter what kind of scale you're standing on. This post applies across the board, not just truck scales

GG50 Weighing Series, Post 1 of 3 Sampling tells you what you've got. Weighing tells you how much of it you've got. We spent the last two posts on the first question. Time to answer the second one. The Old Problem Joseph didn't have a scale. As least not one you would be familiar with. When Pharaoh dreamed about seven fat cows and seven lean ones, and Joseph told him it meant seven years of plenty followed by seven years of famine, the fix wasn’t complicated. Store grain duri

Part 1 of 2 A straight talk message for managers and operators This is one of my longtime pet peeves in the grain business. We spend millions of dollars on legs, pits, probes, dryers, bins, automation, and blending systems to protect grain quality. Then we turn around and will not take a few extra minutes to check the quality as it comes in the door. Inbound and outbound sampling decide grade, value, shrink, blending, contract compliance, and customer trust. Yet sampling is s

A two-part look at bin size selection for commercial elevators, in plain operator terms. PART 1 GRAIN BINS: WHY BIGGER IS NOT ALWAYS BETTER Introduction When folks start talking about a new bin, the talk usually comes down to two things. What it costs per bushel and how much we can fit on the site? That is not enough for a commercial elevator. A bin is a big, long term, high risk asset that has to work on your worst day, not just when harvest runs smoothly. In my view, a good

A straight talk guide for the people who use them I'm not a structural engineer and I'm not a degreed engineer of any kind. I'm a grain guy who has spent many around bins, dryers, legs, and the mess they make when something goes wrong. This post is written from that experience. It's for the people who live with a corrugated steel grain bin every day, elevator operators, farm managers, feed mill folks, and co op boards, not just the people selling them. The first post in this

Whether you are putting in a dryer on a new site or finally replacing a unit that has been held together with baling wire and optimism, the questions are mostly the same. Replacement projects just carry more surprises, and they have a way of showing up after the old dryer is already cut out and the crane has gone home. Work through this checklist before you decide anything. Start With What the Dryer Actually Has to Do Before you look at a single spec sheet, you need to start

Knowing your drying cost matters because the dryer sits right in the middle of harvest flow. It affects receiving speed, storage life, shipping quality, shrink, labor loading, and the total return on the system.

The goal is to move as much grain as possible at the quality level your contracts require at the lowest fuel cost you can manage.

Moisture is not the only thing that determines safe storage. Temperature plays a huge role too.

By the time you get to this point, you have already done a lot of work. In the first post, you started with voice of the customer. You asked what your market really needs from your operation. You looked at quality, speed, reliability, flexibility, and peak demand. You tied that back to the type of facility you run and the commodities you handle. In the second post, you moved into the equipment itself and into the long haul. You looked at design, support, standardization, tota

Keeping Your Equipment Decisions Good for Twenty Years

Selecting Grain Equipment: Start With What Your Market Needs There is no magic formula for picking equipment in a grain or feed operation. Every decision touches the whole system. When you get it wrong, you feel it in truck lines, overtime, quality complaints, and in money tied up in equipment that does not fit the job Over time I learned that if I start with the wrong question, I was in danger of getting the wrong answer. If I start with a sped sheet or a web page, or a low