Taul Equipment

Information

2020 GSI Grain Systems Gsi Modular Tower TM-1015

GSI released its first Tower Dryer in 1994 with its Patented GSI Grain Inverters; we’ve been and continue to be the market leader in grain drying thanks to consistent innovation providing you with the features you need. GSI’s Modular Tower Dryer design natively allows for easy heat recovery without the uneven heat issues of other designs, patented self cleaning divider floor and quiet operation with the fans located inside the grain column. A modular Design allows for faster installation times.

In addition to great design, GSI has the Dealers and Service Techs to ensure your dryer works when you need it; we know it’s important. Harvest is a short window of time and you depend on your dryer working.

Features may include:

• Vision controls offer simple operation, with an easy-to-read large color graphical touch display. Located on the dryer or remote with a few wires, these controls are design specifically for GSI grain dryers, giving you unmatched options and settings to get exactly what you need from your dryer control.

• The adjustable floor allows either 1/3 or 1/5 of the dryers column to be used for cooling, allowing for higher capacities in high moisture conditions or maximum cooling in more normal conditions as well as a higher exiting grain temperature to take advantage of cooling bins, increasing capacity and improving efficiency and grain quality.

• Our grain inverters move all but the outside 2" (50.8 mm) of grain, promoting higher test weights, maximum grain quality, and reduced fuel usage. The outside layer of wet grain is dried using the heat that would have otherwise escaped the dryer. When using inverters, you eliminate over-dried grain and maximize drying efficiency as well as grain quality as you simplify your operation with a convenient clean-out door for easy and quick maintenance.

• Improve your accuracy with the static moisture sampler. Debris guards ensure a trash-free sample and delivers a uniform representative sample to the test chamber. A blower system gently moves the grain out of the chamber, cleaning it each cycle. Get the most accurate results as the moisture reading used to monitor/calculate discharge grain moisture is only taken while the grain is static and not flowing.