The Andersons Plant Nutrient is one of the prominent manufacturers of fertilizer , dirt amendments , and industrial product in the US . Their products range from textile and equipment for mechanized farming to everything needed for lawn topdressing .
Being a widely patronage company , we ’ve seen people buy their spreaders , seek to apply them with other generic lawn material , but give out because they used the wrong spread mise en scene . Although that ’s not to say there ’s a line in the sand when it comes to broadcaster options , this article will outline the standard spreader options you should implement if you ’re forge with any of their four bestselling lawns spreaders .
Anderson Spreader Settings Chart
The Andersons presently promotes four broadcaster model ; the Andersons Model 2000 , 2000 SR , CO-1000 , and the Anderson SSD Drop . This article will lean stock broadcaster scene for both generic materials and product sizes for each spreader poser .
Andersons Model 2000 Spreader Settings
Andersons Model 2000 SR Spreader Settings
Anderson Model LCO-1000 Spreader Settings
Andersons SSD Drop Spreader Settings
Here ’s a quick configurations chart base on product size :
Spreader Settings for Andersons Model 2000, 2000 SR, and LCO-1000 Based on Product Size
Cone Settings per Particle Size on Andersons Model 2000 and 2000 SR
While these options were gotten using standard spreaders in ideal spreading environments , the actual scene you stop up using may slightly take issue from what ’s written due to several factors like terrain , age of spreader , and walking speeding .
At any rate , you want to take these configurations as a base to take off and gradually work your way up or down the configurations range while using no more than ¼ of the entire yard for examination .
How to Calibrate a Spreader
broadcaster calibration can essentially be done in two ways ; with numerical calculation and without mathematical reckoning . This article will focus on explain how to calculate a spreader using the numerical method .
While both methods are efficient , the one you choose will largely reckon on your personal preferences and not the result from the calibration itself .
Spreader Calibration with Mathematical Calculations
Calibrating spreaders with math is often preferred by most professional top - dresser because it reduces the amount of work needed to get the same upshot that you also get without numerical calculations . Here are simple walk - through steps you could follow to fine-tune your broadcaster using math ;
mistreat # 1
Put a weighed amount of the cloth ( semen , plant food , or stain treatment ) you want to spread in the broadcaster ’s hopper . Ideally , you want to press out anything between 3 - 8 hammer so that the broadcaster will have enough to work with , but not too much .
Step # 2
Cut out a test airstrip ; you want this to be no more than ¼ of the intact K . While that ’s the case , less is often better , and a long cartoon strip ( rather 50 ft . ) is commonly easier to test on .
Step # 3
Say you ’re using a 50 ft . strip , after walking through to spread the fertiliser , shut the groundball and weigh what ’ remaining . take off the remnant from the original amount you begin with to evaluate the amount used .
For final calculation , we will assume you used 3lbs . Next , you want to estimate the spread options for the textile using the chemical formula “ amount of fertilizer used * 1000 ÷ area of the test strip . ”
For Rotary / Broadcast Spreaders : Say the spreader has a 10 ft . wide airstrip , you will procreate 10 by 50 because we originally made a 50 foot . long strip . The answer , in this caseful , 500 ft . is the area of the test strip , then you may proceed to work out the required broadcaster configurations .
3lbs spend on a 500 ft . test strip area will give > > > 3 * 1000 ÷ 500 = 6.Hence , your broadcaster setting is4lbs/1000 sq . ft . Now if you ’re satisfied with the result , you ’ll need to enter the preferences used on the broadcaster to record the lbs/1000sq . ft . However , if you need to increase the software rate , you only require to afford the spreader mountain chain more and carry out another trial cattle farm .
For Drop Spreaders : You want to , first of all , evaluate the width chess opening . Assuming you have a 2 ft . wide strip on your fertilizer , you could then proceed to calculate in a like way as understood with rotary spreaders .
First , determine your test striptease area;2 * 50 = 100now you know your area of the test strip is 100 , you could proceed with the normal calculations .
Now assuming you drop 1lbs of the fertilizer , the terminal broadcaster preferences will be ;
1 * 1000 ÷ 100 = 10.Hence , your broadcaster plant is10lbs/1000 sq . ft . Now you want to record the mise en scene on the spreader if the spread come out as have a bun in the oven . you’re able to also aline the spreader options if you are looking for something a little different from your old result .
