Continuous-Flow Grain Dryer

Transcription

1 Continuous-Flow Grain Dryer Standard Controls Assembly / Installation Manual Effective Date: Oct 16, 2013 Publication Number: Rev: B

2 ***** HAVE QUESTIONS or NEED HELP?? ***** Before you call... For effective communication to either your local dealer, local service tech, or NECO concerning any equipment will require the customer to provide the following basic information. The front cover of this manual shows the Publication # and Revision Level. Before you call... Please For effective take the communication time to record to either following your local information dealer, local service for future tech, reference or NECO concerning --- any equipment will require the customer to provide the following basic information. The front cover of this manual shows the Publication # and Revision Level. Local Dealer s Name: Phone #: Please take the time to record the following information for future reference --- Local Service Tech s Name: Phone #: Local Dealer s Name: Phone #: Purchase Date: Installation Date: Local Service Tech s Name: Phone #: Model Purchase #: Date: Serial Installation #: Date: Motor Model #1#: is: Serial #: Motor Volts #1 is: Phase Frequency Amps Volts Phase Frequency Amps Motor #2 is: Motor #2 is: Volts Phase Frequency Amps Volts Phase Frequency Amps Fuel Type # of Blowers Fuel Type # of Blowers Drawing Drawing ## is is Rev Rev Level Level NOTE: The Dryer Rating Label is located at the outside bottomleft corner of the control panel door. NOTE: NOTE: The dryer The Electrical dryer Schemetic Electrical Schemetic drawing drawing is located is on located the inside on of the theinside of the Control Control Panel door. Panel door. REVISION DRAWING # # DRAWING # REVISION # Dryer Rating Label Location - Domestic 2 2 Electrical Schematic Drawing (Title Block View) Electrical Schematic Drawing (Title Block View)

3 Welcome to the growing number of satisfied NECO customers Since 1959, NECO equipment has been proudly designed, manufactured, and supported for customers here in the USA and around the world. Occupational safety is one of NECO s primary concerns. With proper operation and maintenance, the equipment will provide years of safe and dependable service. NECO is continually testing and improving our products in order to provide you with the safest, most efficient, and most economical grain handling & grain conditioning equipment available. We welcome your questions or comments and look forward to a continued relationship, ultimately saving you valuable time and reducing your workload. About this manual --- This manual is provided to help ensure the safety of the equipment operator, as well as others who come into contact with the equipment. Failure to read, understand, and follow the instructions within this manual constitute a misuse of the equipment and can affect personnel safety and the product warranty. Keep a copy of this manual in a safe place for future reference. Additional copies can be accessed & printed from the NECO website or contact your local dealer for assistance. See the HAVE QUESTIONS or NEED HELP section and fi ll out the required information for correct identifi cation of the equipment and effi cient communication when needed. Language translations of this manual are made as accurately as possible.if there is a confl ict or difference between the English version and other translations of this manual, the English text will prevail. READ and UNDERSTAND This symbol is used to call your attention to instructions concerning personal safety. ATTENTION -- Become Alert!! It is your responsibility as an owner, operator, or supervisor to know what hazards exist and to make this information known to all persons working with the equipment or who are in the area. It means ATTENTION - Become Alert!! Be alert to the possibility of serious injury or death. Product Changes & Improvements --- NECO reserves the right to make changes or improvements to its products without incurring any obligation with respect to previously manufactured products. 3

4 TABLE OF CONTENTS ***** HAVE QUESTIONS or NEED HELP?? *****...2 ***** LIMITED WARRANTY ***** SAFETY...7 Emergency Shut Down Procedure WARNING LABELS EQUIPMENT OVERVIEW...14 General Design Criteria...14 Figure 3A - Front of Dryer (From Fuel Train Side)...15 Figure 3B - Front of Dryer (From Blower Belt Shield Side)...16 Figure 3C - Rear of Dryer (From Below)...17 Figure 3D - Topside Filling Options SITE PREP...19 Concrete Work - Overview...19 Towing A Dryer...20 Identify Groups of Parts...21 Set Up Fuel Supply...22 Set Up Electrical Supply ASSEMBLY - TOPSIDE FILL SYSTEM...25 Open Top (Garner) with Level Auger...25 Roof with Level Auger...34 Roof with Gravity Fill...40 Assemble The Catwalk...41 Safety Cage Assembly

5 6. INSTALLATION...49 Position Lower Dryer at Location...49 Anchor Lower To Pad / Foundation...49 Install NECO Leg Kit (OPTIONAL)...50 Stack & Secure s...53 Remove Lifting Lug Top Plates...54 Install Plenum End Panel Spacers...54 Install Transition / Plenum Fill Strips...55 Install Platform Support Columns...55 Raise the next section & Lower into Position...56 Secure Platform Support Columns...57 Install Body Braces...57 Install Divider Floor (Model #24108 ONLY)...58 Install Plenum Cross Braces...59 Optional Removal of Platform Braces / Lifting Lugs...60 Attach Ladder s...60 Install Topside Filling FINAL SYSTEM HOOKUP...64 Adjust Control Panel Height...64 Final Electrical Hookup...64 Modulating Motor Cable(s)...65 Blower Motor Wire(s)...66 Thermocouple Wire(s)...67 Burner Box Cables(s)...67 Fill Switch & Low Switch Location...68 Connect Fill & Low Switch Cables...73 Wet Bin Empty & Dry Bin Full Sensor...74 Wet & Dry Transport Motor...75 Discharge Plugged Sensor...76 Final Fuel Supply Hookup...77 Liquid Propane (LP)...77 Natural Gas (NG) APPENDIX...83 Standard Model Specifications...83 Dryer Layout Configurations

6 ***** LIMITED WARRANTY ***** For a period of one(1) year after shipment of goods by the Buyer to the Buyer s customer, NECO will supply, free of charge, FOB per NECO s factory located in Omaha, Nebraska, replacement parts for any parts that NECO identifies to be defective due to workmanship or material. This limited warranty does not extend to parts that wear due to normal operation and need to be replaced periodically. Goods not manufactured by NECO carry only their manufacturer s warranty. This undertaking is in lieu of all other warranties, expressed or implied, including merchantability and fitness for a particular purpose. You must obtain a Return Authority form from NECO prior to returning any defective goods. Those defective goods must be returned, freight-prepaid, to the NECO factory in Omaha, Nebraska. See the back cover of this manual for complete address information. NECO reserves the right to make changes or improvements to products and goods without incurring any obligation with respect to previously manufactured products. Failure to follow the instructions contained in this manual, as well as the existence of any of the conditions listed below, will cause this Limited Warranty to be null and void: 1. Improper assembly. 2. Improper installation, including power and wiring. 3. Unauthorized alteration of the product or components therein. 4. Operation of the unit when repairs are needed. 5. Use of unauthorized parts. 6. Operation by children or uninstructed personnel. 7. Processing of materials that are abrasive, that do not flow freely, or that are otherwise unsuited for processing in farm equipment. 8. Misuse of the equipment or any of its components. 9. Damage due to negligence, abuse, or accidents. LIMITATION OF LIABILITY Buyer agrees that in no event shall NECO have liability for direct damages in excess of the contract price of the goods for which the claim is made. Buyer further agrees that in no event shall NECO have liability for loss of use, loss of profits, or for any indirect, incidental, or consequential damages on any claim of any kind. 6

7 1. SAFETY READ and UNDERSTAND WORK AREA SAFETY Work Area is defined as the area surrounding grain handling equipment. Make sure that no children or unauthorized persons enter the work area. If anyone not involved in the actual operation DOES enter the work area, the operator on duty should immediately shut down the equipment until all unauthorized persons are safely out of the work area. Do not have loose clothing, long hair, etc. that can be grabbed by rotating equipment. Prior to start-up and during operation, make sure that the work area is clean and free of any tools and debris. KEEP AREA CLEAN WEAR PERSONAL PROTECTIVE EQUIPMENT (PPE) Wear protective clothing. Wear hand protection - leather, etc. Wear safety glasses / ear plugs / etc. Use fall protection when climbing. ANSI and NFPA STANDARDS Install all equipment in compliance with ANSI and NFPA Standards. ** Federal Occupational Safety & Health Standards for Agriculture Subpart D, (a)(6). OPERATOR QUALIFICATIONS Anyone who has not read or does not completely understand all operating and safety instructions contained within this manual is not qualified to operate the equipment. Only competent and experienced persons should operate farm equipment. Anyone operating or working around power equipment must understand and meet all legal and contractual requirements. ` The owner / operator must know the regulations in your own area. For example, some regulations specify that no one under the age of 16 may operate power machinery including farmstead equipment. Current OSHA regulations state in part, At the time of initial assignment and at least annually thereafter, the employer shall instruct every employee in the safe operation and servicing of all equipment with which the employee is, or will be involved. ** Know and use proper LOCK OUT / TAG OUT procedures and know the emergency shut-off locations of any and all utilities connected to the equipment. OPERATING PROCEDURES Safely follow all operating procedures outlined within this manual. Prior to startup, make sure that all safety shields and warning decals are in place. NEVER leave equipment running without a qualified operator present. Inspect the equipment periodically and be alert for unusual noises or vibrations. 7

8 EQUIPMENT INSPECTION SHUT OFF, LOCK OUT, & TAG OUT all power sources to the equipment prior to any inspection, adjustment, service, or maintenance. Inspect the equipment after assembly, before each use, and at the end of the season. BIN SAFETY Never enter a bin without being monitored by another person. Do not enter the grain bin unless all power to equipment has been SHUT OFF, LOCKED OUT & TAGGED OUT. Use a safety harness and life line when inside the bin. Avoid walking on grain near the grain outlets. Flowing grain can trap and suffocate. DRIVES AND LOCKOUTS Make sure the power disconnect switch can be locked in the OFF position. This disconnect switch must be locked whenever work is being performed on the equipment. Do not enter the bin if the grain has not flowed out of the bin normally. Moisture in the bin can cause grain to form steep, unstable inclines or bridges as shown in the diagrams below: Inspect all power drives before adding power. Chains, belts, etc. should have proper tension or be adjusted prior to running. Electric motors and controls must be installed by a qualified electrician. They must meet the standards set by the NFPA Std 70 of the National Electrical Code and all local and state codes. Crusted Grain Forming Steep Inclines Disconnect power before resetting motor overloads. Crusted Grain Forming a Bridge 8 Failure to heed these safety instructions can result in Serious Injury or Death!!!

9 Emergency Shut Down Procedure If an emergency requiring dryer shut down occurs: 1. Turn OFF the electrical power at the main electrical disconnect. ATTENTION : Pushing the E-STOP button will turn OFF all outputs from the PLC. It does NOT shut off power into either Control Panel. The Power ON lamp will remain lit on the main Control Panel. 2. Turn OFF the fuel supply - first, at the main ball valve in the bottom dryer section and then at the main fuel source. 3. If the emergency requires the dryer to be emptied quickly follow the instructions below: NOTE: Emergency doors are located along BOTH outer sides of the frame - located in the approximate middle of EACH section and secured with two bolts requiring 3/4 hex tooling to remove. If the problem is localized in one section, the operator can remove those emergency doors closest to the problem. Upon the removal of the emergency door(s) grain will gravity fl ow. USE 3/4 HEX TOOLING TO REMOVE TWO BOLTS 9

10 2. WARNING LABELS Warning Label Overview Occupational safety is one of NECO s primary concerns. Warning labels that conform to industry standards are provided to identify potential safety hazards that could cause harm and to INCREASE YOUR AWARENESS OF THE HAZARD. It is the Owners & Operators responsibility to ensure that all instructions identified by warning labels are followed - including any suggested use of personal protective equipment (PPE). This following warning label information identifies: 1. Potential hazards that are identified by a warning label. 2. Warning label header or identification. 3. The NECO part number for that warning label. 4. The location of that warning label. 5. What that warning label looks like - note that label pictorials are not shown full size. If the warning labels are missing or become unreadable in any way, use the following information to determine the required part number and contact NECO Customer Service at or toll free at for replacements. Replacement Warning Labels will be sent to you FREE OF CHARGE. Surfaces must be free of oils, dirt and moisture before applying replacement warning labels. Warning Label Identification TABLE 2A - WARNING LABEL IDENTIFICATION NECO LABEL WARNING LABEL HEADER PART QTY LOCATION ID # A CAUTION - GENERAL WARNINGS FUEL SIDE OF TRANSITION B IMPORTANT - INFORMATION FUEL SIDE OF TRANSITION C DANGER - ROTATING AUGER CROSS AUGER HOUSING 1 ROOF LEVEL AUGER (IF PRESENT) D WARNING - INSPECTION DOOR FUEL SIDE OF TRANSITION (GLASS) 1 ABOVE BLOWER GUARD E DANGER - ROTATING PARTS CROSS AUGER - DRIVE END 2 CROSS AUGER - IDLER END 1 DISCHARGE MOTOR BRACKET F DANGER - ROTATING PULLEY OUTSIDE OF BLOWER BELT GUARD 1 INSIDE OF BLOWER BELT GUARD G WARNING - HIGH VOLTAGE H DANGER - HIGH VOLTAGE BURNER CONTROL BOX OVER LOCK 1 CONTROL PANEL OVER LOCK 1 INSIDE BURNER CONTROL BOX 1 INSIDE CONTROL PANEL J WARNING - DO NOT TOUCH REAR PLENUM DOOR K DANGER - POWER LINES (ONLY FOR TOWED DRYERS) TOWED DRYERS - AT REAR ON PASS SIDE 1 TOWED DRYERS - AT FRONT ON DRVR SIDE 10

11 NOTE: Warning Label Graphics are representations only - NOT shown actual size. # CAUTION_General Warnings # Important Information 11

12 NOTE: Warning Label Graphics are representations only - NOT shown actual size. # DANGER_Rotating Auger # WARNING_Inspection Door DANGER_Rotating Parts 12

13 NOTE: Warning Label Graphics are representations only - NOT shown actual size. # DANGER_Rotating Pulley # WARNING_High Voltage # DANGER_High Voltage # WARNING_Do Not Touch NOTE: This TOWING warning label is only used on certain models that can be safely towed. 13 # DANGER_Power Lines

14 3. EQUIPMENT OVERVIEW General Design Criteria NOTE : Dryer design is based on load factors - if you wish to add more sections to your dryer in the future, please let NECO know when you place your order so it will be designed to fit to your expanding needs. TIER INFORMATION : A tier is a set of parts that make up ONE layer of the dryer (also called body section). The top four tiers on all dryers are made up of 18 gauge material. The tiers below the 18 gauge tiers will be made of heavier materials - based on the required strength of that dryer configuration. BODY SECTION INFORMATION : A dryer section may be made up of 3, 4, 5 or 6 tiers, a blower, and a burner assembled together. The lowest body section is attached to the dryer frame and includes the entrance door. DRYER PART # : Example P First two digits = 12, 16, 24 or 32 (Length) Second two digits = # of Tiers Fifth digit = Elec 2 = 230V Single Phase 3 = 230V Three Phase 4 = 460V Three Phase 6 = 380V 50 Hz Sixth digit = Fuel 0 = LP 1 = Natural Gas Seventh digit = Fill System 2 = Open Top with Level Auger 3 = Gravity Fill 4 = Roof with Level Auger Eighth digit = Cooling 0 = Cooling, 1 = AH Ninth digit = Control P = PLC Remaining digits = Serial # (# of unit built) DRYER RATING LABEL : STANDARD LENGTHS : 12 (144 ), 16 (192 ), 24 (288 ), 32 (384 ) TOTAL TIER LEVELS PER LENGTH : min 4 tiers / max 6 tiers min 5 tiers / max 6 tiers min 6 tiers / max 24 tiers mins 12 tiers / max 24 tiers DRYER MODEL # : Example: D The two digits after D are the dryer length. This example would be a 12 foot long dryer. The remaining digits times 10 would be the approximate bushel capacity for corn. This example would be (10 x 40) or 400 bushels. A model #D32500 would be a dryer that is 32 feet long and have approximately 5,000 bushel capacity. NOTE: See APPENDIX - Standard Model Specifications for detailed bushel capacity values. 14

15 See Reference Figures 3A, 3B, 3C, and 3D -- Understanding the terms used to identify the various components of a dryer system will make the instructions in this manual clearer and easier to follow. Example shown in Figures 3A, 3B, & 3C is a #D24150 (24 x 8 Tier with roof gravity fill style CATWALK LADDER SYSTEM SAFETY CAGE DRYER SECTION (EACH HAS A BLOWER SYSTEM) BLOWER HOUSING PLATFORM LEVEL OF PLENUM DIVIDER FLOOR FUEL TRAIN WATLOW TEMPERATURE CONTROL BOX STANDARD CONTROL DRYER RATING LABEL COMPUTERIZED MOISTURE CONTROLLER (CMC) DISCHARGE MOTOR DRYER TIER BURNER CONTROL BOX OPTIONAL COOLING TIERS Figure 3A - Front of Dryer (From Fuel Train Side) 15

16 DISCHARGE DRIVE TRANSITION HOUSING COOLING FLAP HANDLE & LOCK (OPTIONAL) BURNER HOUSING BLOWER HOUSING METERING ROLLS METERING ROLL DC MOTOR METERING ROLL DRIVE CHAINS BELT SHIELD DISCHARGE DRIVE GUARD (SHOWN IN OPEN POSTION) Figure 3B - Front of Dryer (From Blower Belt Shield Side) 16

17 NOTE: The Plenum Door is at the rear of dryer and allows access into the center plenum area. Each dryer section ABOVE THE PLENUM DOOR is separated by a Divider Floor with one Divider Door for plenum access. Divider Doors should always be closed during operation. Optional Cooling Floor(s) & Cooling Doors are of similar design, but are located to provide grain cooling. Dryers can be supplied with either one or two optional cooling floors. COOLING FLOOR(S) (OPTIONAL) SLIDING DIVIDER DOOR (ONE PER DIVIDER FLOOR) GEAR BOX FOR REAR CROSS AUGER DRIVE CHAIN GUARD PLUGGED DISCHARGE SWITCH PLENUM DOOR DO NOT OPEN WHEN IN USE OR UNTIL COOL!! LH DISCHARGE (SHOWN WITH OPTIONAL ADAPTER) CLEAN-OUT DOORS (SHOWN OPEN) REAR CROSS AUGER DISCHARGE AUGERS Figure 3C - Rear of Dryer (From Below) 17

18 OPEN TOP (GARNER) WITH LEVEL AUGER ATTENTION Grain intake should be opposite motor end and a MINIMUM of 2 from the idler end of auger. ROOF WITH GRAVITY FILL ATTENTION Grain intake should be opposite motor end. NOTE Catwalk systems are only available for fill systems that incorporate a roof. ROOF WITH LEVEL AUGER Figure 3D - Topside Filling Options 18

19 4. SITE PREP Concrete Work - Overview WARNING NECO recommends always hiring an expert for proper advise, accurate paperwork, and safe procedures to complete this task in conformance with local codes. WARNING The actual foundation specifications and concrete pad specifications must be determined from local data. Anchors that are sufficient for local wind loading must be installed. Consult a Civil Engineer. ATTENTION The weight of grain in a full NECO dryer will range from 16 tons to over 200 tons. It is necessary to support the frame of the dryer with properly designed and sized footings. NECO recommends having a concrete pad under the dryer to allow for easy clean-up. The dryer must be anchored and also secured against wind loading. Consult a civil engineer who s experienced with soil AND wind conditions in your area. Work with your millwright or installer & consult NECO if needed. 19

20 Towing A Dryer The following dryer models can be towed: DRYER MODEL # TOWABLE DRYER SPECIFICATIONS TOWED WITH ROOF TOW HEIGHT TONGUE WEIGHT (LBS) TOWED WEIGHT (LBS) D1240 YES ,960 D1250 NO ,680 D1260 NO ,400 D1670 NO ,000 10,580 D1680 NO ,000 13,130 D24108 NO ,500 20,800 SHIPPING BRACKETS SIDES & ENDS FLIPPED DOWN OVERVIEW: Open Top (Garner) style fill systems would tow with the hinged sides & ends in the downward position and secured with shipping brackets. Level auger system or gravity fill system are assembled on site. The roof base section is 37 tall Overall width to outside of tires is The temporary axles do NOT have brakes. NECO places Warning Label # on both sides of the dryer concerning the Danger of Power Lines. NOTE: Requirements for towing vary from state to state. Contact the DOT for each state the trip includes for specific requirements - NECO does not provide, but suggests using the following: Use an OVER SIZE LOAD banner at rear. Use four red flags - 2 at front & 2 at rear. Use tail lights at the rear of dryer. Axles do NOT have brakes - ensure the tow vehicle size & barakes are adequate. Use a safety chain setup. Tires are standard 15 X 8-6 hole rims with 31 x 10.5 R15 LT tires. NECO does not supply a spare tire. Figure 4A - DANGER - Electrocution Hazard USE REAR LIGHTS USE OVER SIZE LOAD BANNER USE RED FLAGS 20 Figure 4B - Over Size Load Banner / Flags / Tail Lights

21 Identify Groups of Parts NOTE: All dryers require some assembly - the following information is included to help organize that overall task: The level of assembly required depends on many factors concerning the dryer model and optional equipment. Gather, identify, and separate all parts and hardware (See hardware chart below). Study this manual and look closely at the equipment overview section to become familiar with the various parts. Ultimately, for smooth assembly the parts should be organized into groups. Assembly Hardware Key ASSEMBLY HARDWARE KEY KEY ITEM DESCRIPTION HB HEX BOLT CB CARRIAGE BOLT FW FLAT WASHER LW LOCK WASHER HN HEX NUT WL FLANGED WIZ-LOCK NUT WN WING NUT NOTE: Unless otherwise specified, standard assembly hardware should be zinc plated and Grade 5. Tighten all connections firmly. 21

22 Set Up Fuel Supply Propane (LP) Fuel Source Contact your gas supplier regarding the location of fuel tanks and the safe storage, transport and handling of fuel. The LP storage tank must be located at least 25 ft [8 meters] from any structures. Local codes may require more distance. When propane is the fuel source the tank should be equipped with both a vapor tap and a liquid tap. The liquid tap should have a rapid flow shutoff valve. This valve will stop the flow of propane if a fuel line breaks. Help prevent oil sediment from entering the fuel system by propping one end of the propane tank higher than the other end, as shown in Figure 4B. WARNING NECO suggests hiring a professional to plan, setup, and connect the chosen fuel supply - Liquid Propane or Natural Gas. Either type MUST include an emergency shut-off valve. If using a converted Anhydrous Ammonia Tank -- Fuel train components can be damaged by anhydrous ammonia. If a tank that has contained anhydrous ammonia is going to be used for LP gas fuel make sure that the tank is completely purged of the anhydrous ammonia. Ask your LP gas supplier how to purge your tank. NOTE: Fuel train components damaged by anhydrous ammonia are not covered under warranty. Oil entering the dryer fuel system will VOID the warranty on fuel train components - see Figure 4B. Vapor Valve Liquid Valve Tank Tee Liquid Oil To Dryer Figure 4B - LP Fuel System Setup 22

23 Sizing the LP Supply Line NOTE: Size the line for maximum capacity of your dryer system, while taking into consideration any future plans to upgrade. The supply regulator set should be located near the dryer to reduce the supply line length. Refer to Table 4C1 to determine the MAXIMUM burner output per dryer model. Then refer to Table 4C2 to choose a slightly greater flow rate for the current (or future) flow requirements. Based on that flow requirement, which includes the 1 psi pressure drop, see which choice of line material & length best suit the system requirements. TABLE 4C1 MAX BURNER FLOW MODEL # MAX OUTPUT (BTU/HR) D1240 6,000 D1250 6,000 D1260 6,000 D1670 6,000 D1680 6,000 D1690 6,000 D ,000 D ,000 D ,000 D ,000 D ,000 D ,000 D ,000 D ,000 D ,000 D ,000 D ,000 D ,000 D ,500 D ,000 D ,500 D ,000 Table 4C2 - LP FUEL INLET LINE SIZE LINE LINE LENGTH IN FEET (PROVIDES 1 PSI PRESSURE DROP) FLOW COPPER TUBING RATE TYPE K SCHEDULE 80 PIPE BTU / 3 /8 1 /2 5 /8 HR OD OD OD 1/4 3/8 1/2 3/4 1 1¼ 5, , , , , , , , , , , , , EXAMPLE: Dryer model #D24210 requires 18,000 BTU/HR in Table 4C1. Proper choice for flow per Table 4C2 would be the 18,300 flow value and this would give four possible choices of material / length combinations - one choice for copper tubing & three choices for SCHD 80 pipe. Natural Gas (NG) Fuel Source Refer to APPENDIX - NECO Grain Dryer Specifications for maximum heat capacity ouptut and ensure that the pressure supplied to the fuel train inlet is 15 to 20 psi. The natural gas inlet line fitting for all NECO Dryers is 2. The supply regulator set should be located near the dryer to reduce the supply line length. Final Check of Fuel System Verify that all joints are tight and that ALL shutoff valves work correctly. 23

24 Set Up Electrical Supply WARNING NOTE The Dryer Rating Label on the control panel lists the full-load amps required for the dryer and the input voltage. Refer to Table 4D for service amp information on various size dryers - be sure to add amperage requirements for any additional auxillary equipment. The customer is responsible for providing materials and labor to connect the control to the power source, including a properly sized and placed fused disconnect box. The elelctrical power supply will have to meet service amp requirements. Copper wire of the appropriate size, based on the required amps and distance, must be run between the main disconnect switch and the distribution block located in the dryer control panel. NECO recommends hiring an expert for proper advise, accurate paperwork, and safe procedures to complete electrical work in conformance with local codes. Table 4D - Electrical Service Amperage Requirements Electric Service (Amps) ** See Note below Dryer 1 3 Model PHASE PHASE POWER # POWER 230 VAC 208 VAC 230 VAC 380 VAC 460 VAC 575 VAC D D D D D D1690 N/A D D D D D16180 N/A D D D24180 N/A D D24240 N/A D D D D32260 N/A D32340 N/A D32440 N/A D32500 N/A ** Electric Service amps shown DO NOT include any wet or dry transport motor amperage loads. Auxillary equipment requirements must be added to have accurate total requirement value. 24

25 5. ASSEMBLY - TOPSIDE FILL SYSTEM LEVEL AUGER OVERVIEW Position the grain intake a minimum of 2 from either end of the dryer for OPEN TOP system. Factory configuration, per motor cable length and catwalk access, has the level auger motor located at the front end of the dryer closest to the control box. The Fill Dryer Switch and the Low Dryer Switch must be located at the OPPOSITE end of intake grain entry for correct operation. Standard auger motor rotation brings the intake grain FORWARD from a grain entry position located at the rear end of the dryer. Reversed auger rotation results in the opposite. Open Top (Garner) with Level Auger Refer to Figure 5A: Remove the shipping support brackets from the four corners. Figure 5A - Side & end panels shown in shipping position with bracket Refer to Figure 5B: NOTE: The side panel splice channel is factory installed - leave sides hinged downward for better access to install the plenum ridge supports. Using 3/8 x 1-1/4 CB, LW, & HN, bolt the plenum ridge supports to the top tier sections. 3/8" x 1" Bolt Plenum Ridge Supports 2X 3/8" Flatwasher 3/8" Lock Washer 3/8" Nut Side Panel Splice Channel Figure 5B - Attach plenum ridge supports 25

26 Refer to Figure 5C: Fold up side panels and end panels. Using 1/4 x 1 CB, FW, LW, & HN, bolt the side panels to the end panels at the four corners. Figure 5C - Bolt together side / end panels at the corners Refer to Figure 5D with inset Table: Using 1/4 x 3/4 HB, FW, & WL, bolt the inside panels to the plenum ridge & end panel supports. Using 1/4 x 1 CB, FW, LW, & HN, bolt the garner side cross ties to the garner side panels. Identify the proper auger support channel and using 1/2 x 1 HB, FW, & WL, bolt it to # level auger support angles with the support channel flanges facing outward as shown. Using 1/2 x 1 HB, FW, & WL, bolt the support angles with channel to the garner end panels. Auger Support Channel Dryer Auger Size Size 6" & 8" 10" 12' & 16' NA 24' ' NA Inside Panels Auger Support Angle Garner Side Cross Tie Figure 5D - Auger support assembly 26

27 Refer to Figure 5E with Tables A, B, C, D, & E: NOTE: Also refer to FINAL ELECTRICAL HOOKUP - Level Auger section for planning proper positioning of motor end / grain intake position / sensor end / auger direction / etc. Garner End Level Extension Auger Garner End Level Auger Insert Bearing & Flangette Auger Support Channel Garner End Level Auger Drive Shaft Idler Shaft Insert Bearing & Flangette Connecting Shaft(s) Figure 5E - Garner level auger assembly Table A Idler Shaft Dryer Size Auger Size 6 & & N/A N/A Table D Drive Shaft Dryer Size Auger Size 6 & & N/A N/A Table B Garner End Level Auger Dryer Size Auger Size & N/A N/A N/A N/A Table E Connecting Shaft(s) Dryer Size Auger Size 6 & & 16 N/A N/A N/A Table C Extension Auger Dryer Size Auger Size & 16 N/A N/A N/A N/A N/A

28 Refer to Figure 5E with Tables A, B, C, D, & E: Using 1/2 hardware, bolt the connecting shaft(s), drive shaft, and idler shaft to the level augers and extension auger(s) as needed. Drive Shaft Level Auger Connection Shaft 1/2" Nut 1/2" x 2" Bolt (6" & 8") 1/2" x 2 1/2" Bolt (10" & 12") TYP - ALL CONNECTIONS Figure 5E - Shaft & auger connection Refer to Figure 5F with Table F: NOTE: Ensure the drive end of shafting (with keyway) is on the same end as the motor. Move the auger assembly into place. Position the # insert bearings and # flangettes on the drive and idler shafts. Using 3/8 hardware, bolt the flange bearings with auger assembly to the auger support channels at both ends - DO NOT tighten locking collars on the insert bearings yet. 3/8" Lock Washer 3/8" Nut Table F Auger Support Channel Dryer Size Auger Size 6 & & N/A N/A /4" Insert Bearing with Locking Collars /4" Flangette 3/8" x 1 1/4" Carraige Bolt Figure 5F - Mount auger with flangettes & insert bearings 28

29 Refer to Figure 5G with Tables G, H, J, & K: NOTE: Also refer to FINAL ELECTRICAL HOOKUP - Level Auger section for planning proper positioning of motor end / grain intake position / sensor end / auger direction / etc. Level Auger Side Skirt Extension Level Auger Side Skirt Level Auger Idler Shaft Shield Level Auger Belt Shield Bracket Level Auger Side Skirt Figure 5G - Bolt Side Skirts / Hanger Bearing Holders / Splice Plates Table G Level Auger Side Skirt Dryer Size Auger Size 6 & & N/A N/A Table J Hanger Bearing Support / Side Skirt Splice Dryer Size Auger Size 6 & & N/A N/A Table H Side Skirt Extension Dryer Size Auger Size & 16 N/A N/A N/A N/A N/A Table K Level Auger Belt Shield Bracket Dryer Size Auger Size 6 & & N/A N/A

30 Refer to Figure 5H with Tables G, H, & J: Using 3/8 hardware, bolt the side skirts to the hanger bearing support / side skirt splices. 3/8" Nut 3/8" Lock Washer 3/8" Flatwasher 3/8" x 1" Bolt 3/8" Flatwasher Figure 5H - Side Skirt Splice & Hanger Bearing Support Refer to Figure 5I with Table K: Using 1/2 hardware, bolt the assembled side skirts with hanger bracket supports to the belt shield bracket on motor end and to the auger support channel. Using 1/2 hardware, bolt the assembled side skirts with hanger bracket supports to the auger support channel on idler shaft end - DO NOT include the idler shaft shield until later on. BELT SHIELD BRACKET 1/2" Nut 1/2" Lock Washer 1/2" Flatwasher 1/2" x 1 1/4" Bolt 1/2" Flatwasher Figure 5I - Bolt Side Skirts to belt shield brtacket & channel 30

31 Refer to Figure 5J with inset Table: Using 1/2 hardware, bolt the hanger bearing holder halves to the hanger bearing bracket. Determine correct wood bearing size and place it in the hanger bearing holder halves. 1/2" x 1 1/2" Bolt 1/2" Flatwasher Hanger Bearing Holder Half Hanger Bearing Holder Bracket/Side Skirt Splice 1/2" Lock Washer 1/2" Nut 1/2" Lock Washer 1/2" x 1" Bolt 1/2" Nut Wood Bearing Bearing Sizes 1-1/4" 1-1/2" 2" Figure 5J - Bolt on hanger bearing holder halves - insert wood bearings Refer to Figure 5K with inset Table: Using 1/2 x 1 HB, FW, & WL, bolt the # bin switch angles to the motor end level auger channel and the required bin switch bracket to the bin switch angles. NOTE: Final adjustmet of the switch bracket assembly is done during the initial startup and fill. Figure 5L - Bin Switch Bracket 31

32 Refer to Figure 5M with Tables L, M, N, & P: Center the auger connecting shafts in the wood bearings. Tighten down the locking collars on the insert bearings. Using 1/2 x 1 HB, FW, & WL, bolt the required idler shaft shield to the auger support channel opposite the motor end. Using 1/4 x 3/4 HB, FW, & WL, bolt the required level auger covers to the side skirts. Level Auger Cover (Long) Level Auger Cover (Short) Level Auger Idler Shaft Shield Level Auger Drive Motor Assembly Level Auger Cover Extension Figure 5M - Complete Assembly Table L Level Auger Idler Shaft Shield Dryer Size Auger Size 6 & & N/A N/A Table N Level Auger Cover (Short) Auger Size Dryer Size N/A N/A N/A N/A Table M Level Auger Cover (Long) Auger Size Dryer Size N/A N/A N/A N/A Table P Level Auger Cover (Extension) Auger Size Dryer Size & 16 N/A N/A N/A N/A N/A

33 Refer to Figure 5N with Table AA: Using four 3/4 x 6 threaded rod and hardware, assemble the level auger cover plate and motor mount base to the side skirts. Motor Mount Channel Motor Mount Hardware Motor Mount Base Level Auger Cover Plate Table AA 1/4" Whizlock Nut 1/4" x 3/4" Bolt 3/4" Nut 3/4" Threaded Rod Cover Hardware 1/4" Flatwasher Figure 5N - Motor Mount Base & Cover Plate Assembly Table AA. Level Auger Cover Plate 6 & Refer to Figure 5O: Using 5/16 x 1 HB, FW, LW, & HN, bolt the motor onto the motor mount pivot plate. Using 5/16 x 2-1/2 CB & WN, attach the motor mount pivot plate to the motor mount base. Using 1/4 x 1/4 x 2 key, attach driver pulley to the motor shaft. Using 3/8 hardware, bolt the belt shield mounting plate to the level auger belt shield bracket. Using 1/2 hardware, attach the level auger belt shield bracket to the end plate. Using 5/16 hardware, bolt the belt shield back plate to the belt shield mounting plate. Assemble the pulleys and keys onto the shafts and tighten the set screws on the pulleys. Pivot the motor mount to install the belt and adjust 3/4 rods as needed for a proper belt fit. Attach the belt shield with 5/16 wingnuts. Figure 5O - Drive System Assembly 33

34 Roof with Level Auger Refer to Figure 5P with Tables Q, R, S & T: NOTE: Also refer to FINAL ELECTRICAL HOOKUP - Level Auger section for planning proper positioning of motor end / grain intake position / sensor end / auger direction / etc. Figure 5P - Level Auger Assembly Details Table Q Level Auger Idler Shaft Dryer Size Auger Size & N/A N/A N/A 24 N/A N/A N/A Table S Level Auger Drive Shaft Dryer Size Auger Size & & N/A N/A 24 N/A N/A N/A Dryer Size Table R Roof Level Auger Auger Size N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A Dryer Table T Roof End Plates Size N/A N/A N/A N/A N/A 24 N/A N/A N/A 32 N/A N/A

35 Refer to Figure 5Q: Using 1/2 hardware, bolt the connecting shaft(s), drive shaft, and idler shaft to the level augers and extension auger(s) as needed. Drive Shaft Level Auger Connection Shaft 1/2" Nut 1/2" x 2" Bolt (6" & 8") 1/2" x 2 1/2" Bolt (10" & 12") TYP - ALL CONNECTIONS Refer to Figure 5R: Figure 5Q - Shaft and Auger Connection NOTE: Ensure the drive end of shafting (with keyway) is on the same end as the motor. Move the auger assembly into place. Position the # insert bearings and # flangettes on the drive and idler shafts. Bolt the auger assembly to end plates (See Table T) at both ends. Do not tighten locking collars on the bearings until assembly is complete - just prior to covers. 3/8" Lock Washer 3/8" Nut SEE TABLE T /4" Insert Bearing with Locking Collars /4" Flangette 3/8" x 1 1/4" Carraige Bolt Figure 5R - Mount Auger with Flangettes & Insert Bearings Using a 1/4 x 3/4 HB, FW, & WL, bolt the end plates with auger assembly to the roof. 35

36 Refer to Figure 5S, 5S1, & 5S2 with Tables U, W, & X:: Using 1/4 x 3/4 HB, FW, & WL, bolt the required side skirts to the roof. Using 3/8 x 1 HB, FW, LW, & HN, bolt the hanger bearing supports to the side skirts. NOTE: 12 side skirts have an extra splice placed under the bearing support to seal the gap from grain flow, etc. See additional details in Figures 5S2 and attach splice plate to OUTSIDE of the side skirts using 1/4 x 1 bolts with whizlock nuts. Using 1/2 hardware, bolt the hanger bearing holder halves to the hanger bearing bracket. Determine correct wood bearing size and place it in the hanger bearing holder halves. Hanger Bearing Support/Splice Side Skirt Idler Shaft Shield 6" & 8" Side Skirts Hanger Bearing Holder Half 10" Side Skirts 12" Side Skirts Differences in Side Skirts Figure 5S -.Assemble Side Skirts / Idler Shaft Shield / Hanger Bearing Support Splice EXTRA SPLICE PLATE FOR 12 AUGER SIZE ONLY 1/2" x 1 1/2" Bolt 1/2" Flatwasher Hanger Bearing Holder Half Hanger Bearing Holder Bracket/Side Skirt Splice 1/2" Lock Washer 1/2" Nut 1/2" Lock Washer 1/2" x 1" Bolt 1/2" Nut Wood Bearing Bearing Sizes 1-1/4" 1-1/2" 2" Figure 5S2 - Splice Plate Details Figure 5S1 - Hanger Plate / Wood Bearing Details 36

37 Table U Side Skirt Dryer Size Auger Size 6 & N/A N/A N/A N/A N/A N/A 32 N/A Table V Idler Shaft Shield Dryer Auger Size Size 6 8 & 10 & & N/A 24 N/A N/A Table W Support / Splice Hanger Bearing Dryer Auger Size Size 6 & & N/A Dryer Size Table X Hanger Bearing Holder Half Auger Size & & Refer to Figure 5T with Table V: Center the augers onto the wood bearings. Tighten down the locking collars on the insert bearings - both ends Using 1/2 x 1 HB, FW, & WL, bolt the required idler shaft shield to the auger support channel opposite the motor end. Figure 5T - Position Auger Assembly / Tighten Lock Collars 37

38 Refer to Figure 5U and Tables Z & AA: Using four 3/4 x 6 threaded rod and hardware, assemble the level auger cover plate and motor mount base to the side skirts. Figure 5U - Motor Mount and Auger Cover Assembly Table Z. Level Auger Cover Dryer Auger Size Size 6 & N/A N/A N/A N/A N/A 24 N/A N/A N/A N/A N/A N/A Table AA. Level Auger Cover Plate 6 &

39 Refer to Figure 5V: Using 5/16 x 1 HB, FW, LW, & HN, bolt the motor onto the motor mount pivot plate. Using 5/16 x 2-1/2 CB & WN, attach the motor mount pivot plate to the motor mount base. Using 1/4 x 1/4 x 2 key, attach driver pulley to the motor shaft. Using 3/8 hardware, bolt the belt shield mounting plate to the level auger belt shield bracket. Using 1/2 hardware, attach the level auger belt shield bracket to the end plate. Using 5/16 hardware, bolt the belt shield back plate to the belt shield mounting plate. Assemble the pulleys and keys onto the shafts and tighten the set screws on the pulleys. Pivot the motor mount to install the belt and adjust the 3/4 rods as needed for a proper belt fit. Attach the belt shield with 5/16 wingnuts. Figure 5V - Belt Shield Assembly Refer to Figure 5W: Check the completed assembly and make sure all bolts are tight & belt shield and auger shields are secure. Figure 5W - Completed Assembly 39

40 Roof with Gravity Fill Refer to Figure 5X: In all instances, use 1/4 x 3/4 HB, FW, & WL hardware. Note that middle panel assemblies already have the inner splice plates assembled. 16 dryer -- This top section is already pre-assembled. For a 16 dryer this would be all that is used. Add assembly to the upper-most tier / roof base section. 24 dryer -- Bolt one middle panel assembly & two corner assemblies together and add the top most pre-assembled 16 section. Add assembly to the upper-most tier / roof base section. 32 dryer -- Bolt two middle panel assemblies & two corner assemblies together. Atop that, add an assembled 24 dryer assembly Refer to Figure 5X: and finish with the top most preassembled 16 section. Add assembly to the upper-most tier / roof base section. 16' Gravity Fill 24' Gravity Fill 32' Gravity Fill Figure 5X - Roof with Gravity Fill - 16, 24, or 32 40

41 Assemble The Catwalk NOTE: A catwalk system is only used on models with closed roofs - if the system is NOT either a Roof With Gravity Fill system or a Roof With Level Auger system skip this section and proceed to the Safety Cage assembly section. DO THIS ASSEMBLY AT GROUND LEVEL!! Refer to Table CW1: The main catwalk parts required per dryer length are outlined in the following table. For ease of assembly, note how the various dryer lengths have sections of catwalk making up the required length along the topside of the dryer. See Figure CW4 for reference. PART # TABLE CW1 - CATWALK PARTS (QTY PER DRYER LENGTH) PART DESCRIPTION 12 & 16 DRYER 24 DRYER 32 DRYER INNER (SHORT) UPRIGHT OUTER (TALL) UPRIGHT TOEBOARD - FRONT RIGHT TOEBOARD - FRONT LEFT TOEBOARD - MIDDLE 96 N/A TOEBOARD - END WITH HINGES FLOOR PANEL N/A FLOOR PANEL - 96 N/A N/A FLOOR PANEL N/A N/A FLOOR PANEL N/A FLOOR SPLICE / SUPPORTS FLOOR SUPPORTS ACCESS CROSS BRACE HINGE - 3 X PLATFORM ACCESS DOOR F HANDLE LADDER SUPPORT BEAM LADDER SUPPORT UPRIGHTS LADDER SUPPORT BRACE HANDRAIL LOWER FRONT HANDRAIL UPPER FRONT HANDRAIL LOWER MIDDLE 96 N/A HANDRAIL UPPER MIDDLE 96 N/A HANDRAIL CROSS BRACE LADDER EXTENSION RAINL WALKTHRU HANDRAIL DIAG BRACE - END HANDRAIL SPLICE N/A HANDRAIL DIAG BRACE - SIDE MID N/A LADDER CONNECTION PLATES

42 Refer to Figure CW2: NOTE: Upright supports are factory mounted to the roof side panel. Using 1/4 hardware, assemble # inner catwalk uprights to the upper supports. Using 1/4 hardware, assemble # outer catwalk uprights to the lower supports. UPPER CATWALK UPRIGHT SUPPORT INNER (SHORT) CATWALK UPRIGHT LOWER CATWALK UPRIGHT SUPPORT OUTER (TALL) CATWALK UPRIGHT 1/4" x 3/4" BOLT 1/4" FLAT WASHER 1/4" WHIZLOCK NUT Figure CW2 - Assembly Uprights to Upright Supports Refer to Figures CW3 : NOTE: Position notched ends of these toeboards TOWARD the end of dryer where ladder is. Using 3/8 hardware, assemble # front left 106 toeboard and # front right 106 toeboards to the uprights. 3/8" x 1" BOLT CATWALK TOEBOARD FRONT RIGHT 106" LG CATWALK TOEBOARD FRONT LEFT 106" LG 3/8" NUT 3/8" LOCK WASHER Figure CW3 - Assemble Front toeboards to Uprights (Ladder ends) 42 NOTCHED END

43 Refer to Figure CW4: Use 3/8 hardware to complete toeboard installation, as per Figure CW3. For 12 or 16 dryers, install the # End Toeboard. For 24 & 32 dryers, complete assembly of the remaining side toeboards as shown, then install the # End Toeboard. NOTE For flooring and floor supports, use 1/4 x 3/4 HB & WL. Figure CW4 - Toeboard and Floorboard Layout Refer to Figures CW4 & CW5: Using 1/4 hardware, assemble any remaining floor panels required. Assemble # splice supports at edge where hinged door shuts & each floor panel joint. Assemble # supports - one at the ladder end of front floor panel & two at mid span END TOEBOARD FLOOR SUPPORTS NOTE For flooring and floor supports, use 1/4 x 3/4 HB & WL FLOOR SPLICE & SUPPORT Figure CW5 - Assemble Floor Supports and Splice / Supports 43

44 Refer to Figure CW6: Bolt the # catwalk access cross brace between the center of the # end toeboard and the center of the # floor splice support. Bolt the #F handle and # hinges to the # platform access door. Bolt the platform access door hinges to the # end toeboard PLATFORM ACCESS DOOR NOTE USE 1/4 x 3/4 LG BOLTS, FLAT WASHERS, AND WHIZLOCK NUTS. F HANDLE HINGE 3" x 3" CATWALK FLOOR SUPPORT / SPLICE CATWALK END TOEBOARD CATWALK ACCESS CROSS BRACE Figure CW6 - Assemble Floor Panel Access Door System Refer to Figure CW7: Use 1/4 x 3/4 HB, FW, and WL hardware. Bolt the # ladder support beam to the toeboards and the front floor section. Add the # ladder support legs to the support beam. Be sure to use the lower hole position to bolt BOTH the support legs AND the # support braces. Located directly beneath the ladder support legs, remove the two bolts from the lip of the top tier / roof edge. Position the support legs so that the base hole lines up with where the two bolts were removed and re-install the two bolts through the base holes of the two braces SUPPORT BEAM USE BOTTOM HOLE FOR BEAM & BRACE TOP HOLE IS NOT USED SUPPORT UPRIGHT SUPPORT BRACE Figure CW7 - Assemble Ladder Support System 44

45 Refer to Figure CS4 & Figure CW8: Use 3/8 x 1 bolts, flat washers, and flange nuts Bolt the upper handrails to the Inner & Outer Upright Supports per Table CW1 & Figure CW4. Bolt the lower handrails to the Inner & Outer Upright Supports per Table CW1 & Figure CW4. Bolt the # ladder extension uprights to the toeboards and handrails. SEE TABLE CW1 & FIGURE CW4 FOR DETAILS ON LENGTH & SECTION LOCATION HANDRAIL UPPER FRONT 106" HANDRAIL LOWER FRONT 106" LADDER EXTENSION Figure CW8 - Assemble Handrails & Ladder Extensions Refer to Figure CW9: Using 3/8 hardware, bolt the # handrail cross braces and the # diagonal end braces to the end inner & outer uprights. Using 1/4 hardware, bolt the # handrail splice on the underside of top railings - where any two top handrails butt up. NOTE: FOR GRAVITY FILL ROOF STYLES ONLY -- Using 1/4 x 3/4 HB & WL, install # lateral braces between the inner top handrail and re-use existing bolts in the gravity fill overlapped lips LATERAL BRACE (SEE SPECIAL NOTE) HANDRAIL CROSS BRACE Figure CW9 - Assemble End Rails DIAG END BRACE HANDRAIL SPLICE 45

46 Refer to Figure CW10: NOTE: The diagonal side braces go ONLY on the 96 long sections. On 24 dryers, they are at the end 96 section opposite the ladder end. On 32 dryers they are at the middle 96 section. Using 3/8 hardware, bolt the # diagonal side braces to the inner & outer uprights BRACE - DIAG SIDE MID Figure CW10 - Assemble Diagonal Side Braces (Example shown is a 24 dryer) Refer to Figure CW11: Using 3/8 hardware, bolt the # ladder extensions to the bottom of # ladder connection plates. These connection plates will attach to the top of the ladder system is installed using # ladder clips with 3/8 hardware AFTER THE TOPSIDE IS INSTALLED LADDER EXTENSION LADDER EXTENSION CONNECTION Figure CW11 - Assemble Ladder Extension Connection Plates 46

47 Safety Cage Assembly Dryers with Roof & Catwalk System Refer to Figure CW12: Use # cage kit. Use # box of hardware. # # # # Figure CW12 - # Cage for Roofs with Catwalk 47

48 Dryers with Open Top (Garner) Refer to Figure CW13: Use # cage kit. Use # box of hardware. # # # # # NOTE: UPPER-MOST # LADDER BRACKET SHOULD BE POSITIONED AGAINST THE TOP LIP OF VERTICAL GARNER END PANEL FOR EXTRA RIGIDITY. Figure CW13 - Cage Assembly to Side Ladder System 48

49 6. INSTALLATION Position Lower Dryer at Location Position the lower dryer section at the final location. BE SURE to support the lower section using a crane or setting it on temporary blocks, etc.. Anchor Lower To Pad / Foundation Most dryer system utilize a NECO support leg option. Some dryer systems utilize both concrete piers and either the NECO legs or customer supplied legs. No matter the method, double-check and verify proper assembly - make sure system is secure. Check & Verify ALL anchor attachment systems before installing optional leg kit or the addition of any upper dryer sections. DETERMINE NEXT STEP -- If the dryer is configured for a NECO support leg system, proceed to the following section. If other means are being used, after the lower section achor system is completed and verified continue with Stack and Secure s. 49

50 Install NECO Leg Kit (OPTIONAL) NOTE: Skip this section if the dryer system does not utilize the optional NECO lifting legs. OVERVIEW The optional lifting leg system is based on requirements that vary with the size and capacity of the dryer. Leg kits are available in 24, 48, or 60 lengths. Most dryer systems with legs are set atop a concrete slab. Some do not have a slab, but have individual foundation piers for support and anchoring. The dryer should also be secured in a secondary manner (guy wires, for example). This is especially true for taller dryers, which have greater surface area exposed to the wind. Refer to Figure 6B and the descriptions on the following page to identify the leg styles and locations: WARNING Be sure to support the dryer s lower section assembly by hanging from a crane or sitting on blocks prior to installing ANY lifting legs. WARNING Torque all attachment hardware to the proper values -- 1/2 grade 5 bolts -- to 65 ft-lbs torque value 5/8 grade 5 bolts -- to 135 ft-lbs torque value A LEGS OUTER & INNER B LEG(S) CENTER C LEGS COLUMN Figure 6B - Working dryer setup - with optional NECO leg kit. 50

51 Leg styles and location: A Side legs are located around the outside & inside perimeter of the dryer. B Center leg(s) are located in the area where the tongue meets the dryer frame and can be a single or double leg setup - based on the dryer height and load requirements. Table 6T1 - A Side Leg (Outter & Inner) ATTENTION - Use 5/8 x 1 1/2 bolts, flat washer, and flange nut Part Elevation Length Number inches mm inches mm / / / C Column legs (if needed) are located to provide column support for the platforms. Note: Single blower dryers DO NOT require these supports because there are no upper platforms. 5/8" WHIZLOCK NUT 5/8" X 1 1/2" BOLT 5/8" FLATWASHER WARNING Be sure to torque all legs properly as they are being installed - then, double-check torque values upon completion. Use shims, if needed -- Figure 6C - Frame to Side Leg Hardware Arrangement The extra hole is used for extra high capacity frames. A A Outer Legs & Inner Legs Refer to Figures 6C & 6D, with Table 6T1: NOTE: Extra-high capacity dryers(ehc) use the 2nd set of holes for added strength. Figure 6D - A attachment hole locations While the dryer lower section is hanging from a crane or setting on blocks: bolt the A outer side legs only around the outside perimeter of the dryer frame. Once the A side legs are mounted around the outside, go ahead and mount the inner A side legs to the inside frame positions. 51 B Center Leg(s) - Single or Double Dryers with seven tiers or less will use the B Single Leg style as shown in Figure 6E, with part numbers for available heights shown in Table 6T2.

52 C Column Support Legs B NOTE: Dryers with only one section (one blower) do not use column support legs. Part numbers for C Column Support Legs are shown in Table 6T4. Bolt the required column support leg to the I-beam on top of the dryer tongue using ½ x 1½ bolts and hardware as shown in Figure 6G.. Figure 6E - Center Single Leg Attachment Table 6T2. B Center Single Leg ATTENTION - Use 1/2 x 1 1/2 bolts, flat & lock washer, and nut Part Number Elevation Length inches mm inches mm / / Dryers with more then seven tiers will use the B Double Leg style, as shown in Figure 6F, with part numbers for available heights shown in Table 6T3. B Figure 6F - Center Double Leg Attachment Figure 6G - Column (Platform) Support Attachment Table 6T3. B Center Double Leg ATTENTION - Use 1/2 x 1 1/2 bolts, flat & lock washer, and nut Part Elevation Length Number inches mm inches mm / / / Table 6T4. C Platform Support Legs ATTENTION - Use 1/2 x 1 1/2 bolts, flat & lock washer, and nut Part Elevation Length Number inches mm inches mm / / /8 1965

53 Stack & Secure s WARNING Do NOT stack any additional sections on top of the bottom section unless it is secured to the foundation. ATTENTION -- The following stacking information is applicable for: Upper dryer sections - made up of 3-6 tier levels Top-most filling dryer section - made up of 1-2 tier levels and the topside filling system. NOTE: All styles of fill systems, including catwalk and / or safety cage, should be completely assembled on the ground and then lifted into position and secured. OVERVIEW Refer to APPENDIX - Dryer Layout Configuratioins for specifics on sections and section stacking order. Depending on the dryer model configuration, certain parts are installed at the factory and certain parts require installation as the sections are stacked. STACKING ORDER - If your dryer has multiple sections, make sure you stack the sections in the proper order. The dryer section with the cord set labeled 1 is the longest cord and would be the upper-most section located the furthest away from the control panel. Position the rest likewise - #2 cord set would be the next dryer section toward the bottom and so on. LP FUELED DRYERS: Be carefull of the LP vaporizer coils when stacking sections - they stick up slightly and can be damaged!!! PLATFORM SUPPORT COLUMNS: These are shipped wired to the platforms and should be mounted at the bottom to the Platform Support Angles prior to adding the next dryer section. LADDER SECTIONS: If ladder section lengths are level with the top tier of a dryer section, they are factory mounted. If they are not level with the shipped top tier, the ladder section for that section is wired to the platform floor - see Ladder Installation section for details. NEXT SECTION PLATFORM SUPPORT COLUMNS BOTTOM SECTION 53

54 Remove Lifting Lug Top Plates Refer to Figure 6H: Prior to stacking any dryer sections, REMOVE all # Lifting Lug Top Plates from corners - if these are left in place, the next sections flange lips will NOT position correctly. ALL of the factory mounted Corner Support Gussets MUST STAY ATTACHED. NOTE: Lifting lugs can be left in place or removed. If removed, replace the hardware Lifting Lug Top Plate , L Lifting Lugs Corner Support Gussets Figure 6H - Remove Lifting Lug Top Plates Install Plenum End Panel Spacers Refer to Figure 6J: Position # Plenum End Panel Spacer for installation where ANY two Air Plenum End Panels meet together. This piece will be secured when the outside lip 1/4 hardware is put in. End Plenum Spacer Plenum End Panel 1/4" x 3/4" Bolt 1/4" Flatwasher End Plenum Spacer 1/4" Whizlock Nut Figure 6J - Position Air Plenum Spacer 54

55 Install Transition / Plenum Fill Strips Refer to Figure 6K: When the transition lip is level with the dryer sections top tier AND the next section to stack has a plenum end panel, use a # transition / plenum fill strip to secure the top of the transition to the underside lip of that next stacks plenum end panel. Use 1/4 x 3/4 HB, FW, & WL to secure the fill strip at both edges. Transition/Plenum Fill Strip Top of Transition Figure 6K - Install Transition/Plenum Fill Strip Install Platform Support Columns Refer to Figure 6L with Table 6T5: SKIP to next step if the dryer does NOT have multiple platforms. The Support Column Angles are factory mounted and the correct support columns are wired to the platform for shipment. Use 1/2 x 5 1/2 bolts and hardware to attach the Support Columns to the Support Angles. ATTENTION - The Support Columns must be in position PRIOR to install of the next section. TABLE 6T5 SUPPORT COLUMN SIZE REQUIREMENTS # OF TIERS IN DRYER SECTION USE COLUMN PART # COLUMN LENGTH (REFERENCE) FOR 3 TIERS /16 FOR 4 TIERS /16 FOR 5 TIERS /16 FOR 6 TIERS /16 COLUMN SUPPORT ANGLE Figure 6L - Attach Column with Support Angles 55

56 Raise the next section & Lower into Position Either MINIMIZE strap angles or use a spreader system to raise the sections. USE SPREADER SYSTEM GUIDE LINES Use the support columns as guides and lower the section into initial position. Ensure that the lowering flange lips overlap properly all around. Refer to Figure 6M: NOTE: Do Not remove crane from supporting the load until all assembly / installation for that section is complete. Line up flange lips and secure the four corners first to ensure position is held - proceed with 6N through 6S, then make sure all bolts are present and tight. 1/4" x 3/4" Bolt 1/4" Flatwasher ALIGNMENT PUNCH HELPS CENTER HOLES 1/4" Whizlock Nut Figure 6M - Basic Outer / Inner Lip Connection 56

57 Secure Platform Support Columns Refer to Figures 6N: Using ½ x 5½ bolts and hardware, secure the Support Columns to the # support tabs fastened to the cross support tube. CROSS SUPPORT TUBE Figure 6N - Secure top of Platform Support Legs Install Body Braces Refer to Figures 6O: Position and bolt a # body section brace under the overlapped outside and inside flange lips, centered directly under ALL tier splices. INSTALL EXTERIOR BRACES FIRST NOTE: On model #D24108 shipped in sections (NOT assembled and towed) a divider floor will be installed in the plenum - the divider floor provides the needed support, so exterior braces should be installed, but interior braces are not needed. 1/4" x 3/4" Bolt 1/4" Flatwasher Body Brace 1/4" Whizlock Nut Figure 6O - Body Brace Connection 57

58 Install Divider Floor (Model #24108 ONLY) NOTE: Skip this section if the dryer is NOT a model #D24108 AND the two sections were NOT assembled at the factory and towed to location as one unit. All other models # s have the divider floor(s) installed at the factory - see APPENDIX - Dryer Layout Configurations Refer to Figure 6P: Lay the divider floor sections in position - oriented so that divider door is closest to the rear access plenum door. Note the locations for the floor braces - these are at all floor panel joints and at mid-span for the longer floor panels. The mid-span floor braces can be installed prior to laying out panels Floor Sheet 77" Floor Sheets 68" Floor Sheet 77" Slide Door Right Seal Divider Door Floor Sheet 39" Slide Door Left Seal Figure 6P. Position floor panels - Locate brace poitions Refer to Figure 6Q: Secure the floor panels to the overlapped interior tier lips using 1/4 hardware. Rivet # floor braces to the floor panels with the rivets facing down. Figure 6Q - Bolt on floor plates & rivet braces 58

59 Refer to Figure 6R: At the end of the divider floor, bolt in the # right & # left door seals. Position the # right & # left gussets at approximate mid-length of the door seals and using them as a template, drill holes & secure with 3/16 rivets. Using 1/4 hardware, bolt on the # door slides & slide the # divider door into place. Slide Door Seal 1/4" x 3/4" Bolt 1/4" Flatwasher 3/16" Rivet Divider Door 1/4" x 3/4" Bolt 1/4" Flatwasher Seal - Right Seal - Left 3/16" Drill 1/4" Whizlock Nut Figure 6R - Install divider door system Door Slide Gusset - Left Gusset - Right Install Plenum Cross Braces Refer to Figure 6S1: NOTE: Cross brace installation is NOT done if THAT tier level has a divider floor or cooling floor. Either of these floor structures provide the necessary cross stability - skip to next step. Using 1/4 x 3/4 HB, FW, & WL bolt # cross braces at or near every interior side panel splice plate location. CROSS BRACE INSIDE SPLICE PLATES Figure 6S1 - Attach body section cross braces 59

60 Optional Removal of Platform Braces / Lifting Lugs Refer to Figure 6S: NOTE: The following items can be removed AFTER the dryer section has been stacked and secured. The Platform Shipping Braces can either be left in place or removed. The Lifting Lugs can either be left in place or removed. Replace all hardware Lifting Lugs Platform Braces Figure 6S- Platform Braces & Lifting Lugs can be removed or left in place Attach Ladder s OVERVIEW Ladder location depends on model type - single blower units have the ladder system mounted at the rear of dryer, to the LEFT of the plenum door. Dryers with multiple platforms have the ladder system mounted at the front of dryer, going up through the platform floors, on the opposite side of transition fuel train. If the ladder section matches the dryer section (4 tier section would match an 8 ladder section) the installation is completed at the factory. See APPENDIX - Dryer Layouts for specifics. The 10 (#040370) & 8 (#040369) ladder sections include two ladder brackets with each section supplied. The 4 (#044117) section includes one ladder bracket and is used only as the top-most section in the ladder system when required. It will always have to be installed. The top-most section of ladder (10, 8, or 4 ) attaches to the # Ladder Connection Plates of the Safety Cage system using the # ladder clips and 3/8 hardware. If the ladder section for a dryer section would be above the upper-most tier level for shipping, that ladder section is NOT factory mounted - it is shipped wired to that dryer section s platform. On most domestic systems, the brackets have been factory mounted when possible. It is suggested to either add each ladder section as the dryer sections are installed upward or to wait until all dryer sections and topside filling section have been installed. 60

61 Refer to Figure 6T: NOTE: For dryers with a roof and catwalk system, the 6 dimension from the edge of tier to the # ladder bracket edge should be held closely or the # ladder attachment brackets will not match up correctly. Note how the ladder bracket is positioned against the lip of a tier sdection - this provides alignment and additional stability. Drill 3/8" (10mm) Holes 6" (152mm) Figure 6T - Transfer drill holes to mount Ladder Brackets 61

62 Refer to Figure 6U: Fasten the ladder sections to each bracket using two # ladder clips per bracket. 3/8" FLATWASHER 3/8" LOCK WASHER 3/8" NUT 6" (152mm) FROM OUTSIDE OF TIER TO LADDER # LADDER BRACKET 3/8" FLATWASHER 3/8" LOCK WASHER 3/8" NUT 3/8" x 1" BOLT (3X) 3/8" FLATWASHER 3/8" x 1 1/2" CARRIAGE BOLT # LADDER CLIP (2 PER LADDER BRACKET) Figure 6U - Bolt on Ladder Refer to Figure 6V: Between ladder sections, place a # Ladder Splice into each ladder leg as shown so that both sections are aligned and securely bolted together. # LADDER SPLICE 3/8" x 1" BOLT 3/8" FLATWASHER (2X) 3/8" LOCK WASHER 3/8" NUT LADDER SECTION Figure 6V - Bolt ladder sections together with ladder splice 62

63 Install Topside Filling WARNING Be sure to utilize spreader bars or similalr means to properly lift the unit. Main lift component should be vertical - do not use sharp angles on strapping!! Refer to Figure 6W: NOTE: Assembly of the topside filling section, attached to the topmost tier section, should have been done at ground level. Ensure the topside system is completed to this level before proceeding further. Make sure the # lifting lug top plates were removed for the section being stacked upon. Lift the completed topside filling section as one completed unit - use guide lines to assist in positioning. Figure 6W - Lift assembled topside filling section Refer to Figure 6X: NOTE: Be sure the safety cage # ladder attachment brackets or final lader section line up correctly with the lower existing ladder sections upon final positining. Install into final position and secure Reference Figures 6J thru 6V and complete all that are necessary to secure the section. NOTE: In most cases, the top-most ladder section is a 4 section and already attached to the safety cage attachment brackets - use ladder clips to secure the two ladder sections together. For some models, the final ladder section may be 8 or 10 and need to be installed to the safety cage ladder attachment brackets. Figure 6X - Install into final position and secure # ATTACHMENT BRACKET Refer to Figure 6Y: Using 3/8 hardware, finish connection of ladder system to the cage ladder connection brackets. # LADDER CLIP 63 Figure 6Y - Finish ladder connection

64 7. FINAL SYSTEM HOOKUP Adjust Control Panel Height Refer to Figure 7A: NOTE: Support the weight of the Control Box with a forklift as you adjust its height. Loosen the fasteners that hold the Control Box in place. The vertical guide rails can also be adjusted upward or downward. Position Control Box at a comfortable operator height and secure in position. Figure 7A - Adjust the height of the control panel Final Electrical Hookup WARNING NECO recommends hiring an expert for proper advise, accurate paperwork, and safe procedures to complete electrical work in conformance with local codes. All electrical wiring will terminate at the control panel for standard control system dryers. The customer is responsible for providing materials & labor to the dryer system. A properly sized fused disconnect box must be in place PRIOR to finall connections are made to the dryer control box and all personell should know the location and how to operate it. 64

65 Refer to Figure 7B: The dryer has a series of cables / wires that are wound up on the right side of the Control Box. They are identified with a location - such as Burner-1, Burner-2, Mod-1, Mod-2, etc. with #1 being the TOPMOST section, #2 being the next section down, etc. Route the cords - utilize the platform column supports for multiple sections and wire ties, etc. Figure 7B - Identify and group cords. Modulating Motor Cable(s) Refer to Figure 7C: Connect knurled nut of each GREY Modulating Motor Cord to the proper Modulating Motor(s). Figure 7C - Connect Modulating Motors 65

66 Blower Motor Wire(s) Refer to Figure 7D, 7D1, & 7D2: Attach the cords through the holes in the left side of the control panel, using proper conduit connectors / clamps. Blower #1 starts at the top - See APPENDIX - DRYER CONFIGURATIONS for additional information and identification of section (blower) numbers Connect each blower system to the same numbered starter package within the main control following either the single phase (1P) or three phase (3P) examples shown below : Single Phase (1P) Wiring: Connect wires T1 & T2 into the bottom of the respective starter(s). Note that T3 loops from the lower-middle postion back up to the upper-right position to provide internal feedback within the control system. Connect the green ground wire to the ground terminal in the Control Box. Three Phase (3P) Wiring: Connect wires T1, T2, & T3 into the bottom of the respective starter(s). Connect the green ground wire to the ground terminal in the Control Box. L1 L2 L3 L1 L2 L3 SINGLE PHASE (1P) THREE PHASE (3P) MOTOR STARTER MOTOR STARTER T1 T3 T2 T1 T2 T3 BLOWER # MOTOR STARTER BLOWER # MOTOR STARTER 66

67 Thermocouple Wire(s) NOTE: Keep thermocouple wires away from the vaporizer coils on LP fueled systems. Refer to Figure 7E: The thermocouple wire(s) are wound up next to the thermocouple in the bottom section. Wire #1TC going to the top dryer section, wire #2TC the next section down, and so on. Remove a bolt from the inner lip connection to route the wire and place the clip with wire next to the factory mounted High Temp Bulb for that section. REMOVE A INNER LIP BOLT TO ROUTE THE WIRES THROUGH Burner Box Cables(s) Figure 7E - Position Thermocouple Wire(s) Refer to Figure 7F: Unwind the yellow connect the YELLOW cable(s) labeled Burner Box 1, Burner Box 2, etc, into the bottom of the burner boxes. Figure 7F - Burner Box Connection 67

68 Fill Switch & Low Switch Location The installation location of the Fill & Low switches depends upon the style of fill and configuration of the intake grain supply. The various installation positions come from the factory covered with a # cover plate. Determine the correct switch position for the equipment configuration, install the switches, and connect the wiring as shown. ROOF WITH GRAVITY FILL SYSTEM Gravity fill systems intake grain at the center - the intake auger system must match to this location. THE FOLLOWING POSITIONS SHOULD STAY COVERED THE ROUND POSITIONS IN THE ANGLED END ROOF PANELS. 2. the ROUND AND SQUARE POSITIONS IN THE TOP TIER END PANELS. 3. TOTAL POSITIONS TO REMAIN COVERED ARE 4X ROUND & 2X SQUARE. FILL AUGER EXIT CHUTE NEEDS TO MATCH UP TO THIS FLANGE FILL DRYER SWITCH FLANGE IS 30 DEG. LOW DRYER SWITCH FLANGE IS 45 DEG. #059167R ROTARY SWITCH HOLE COVER PLATE # NOTE: FOR GRAVITY FEED SYSTEMS, THE FILL & LOW DRYER SWITCH ARE IDENTICAL, EXCEPT FOR THE ANGLE OF THE MOUNTING FLANGE. 68

69 Fill Dryer Switch - Gravity Fill System FILL DRYER SWITCH # Low Dryer Switch - Gravity Fill System LOW DRYER SWITCH #

70 LEVEL AUGER FILL SYSTEM OVERVIEW Grain intake position must be a minimum of 2 from either end of the dryer. Factory configuration, per motor cable length and catwalk access, has the level auger motor located at the front end of the dryer closest to the control box. The Fill Dryer Switch and the Low Dryer Switch must be located at the OPPOSITE end of intake grain entry for correct operation. Standard auger motor rotation brings the intake grain FORWARD from a grain entry position located at the rear end of the dryer. Reversed auger rotation results in the opposite. STANDARD AUGER MOTOR ROTATION PUSHES GRAIN TOWARD FRONT OF DRYER INTAKE GRAIN AT REAR (2 FT FROM END) REAR OF DRYER FILL & LOW SWITCHES AT OPPOSITE END OF FILLING FRONT OF DRYER INTAKE GRAIN AT FRONT (2 FT FROM END) REVERSE THE AUGER MOTOR ROTATION TO PUSH GRAIN TOWARD REAR OF DRYER 70

71 ROOF WITH LEVEL AUGER SYSTEM Fill Dryer Switch FILL DRYER SWITCH # COVER PLATE # FRONT OF DRYER Low Dryer Switch LOW DRYER SWITCH #

72 GARNER (OPEN TOP) WITH LEVEL AUGER SYSTEM NOTE: Be sure to install the Fill Dryer Switch & Low Dryer Switch at the end of dryer OPPOSITE the grain intake into the level auger system. The example below shows the Fill & Low switches mounted at the front of dryer for intake grain entry at the rear of dryer. Be sure to use # cover plates for these positions at other end. Fill Dryer Switch & Low Dryer Switch The Fill Dryer Switch mounts in the angled bracket / mount plate assembly - see circled detail area. The Low Dryer Switch mounts in the top tier end panel - install a # cover plate to close off the empty Low switch postion at opposite end.. FILL DRYER SWITCH LOCATION (SWITCH NOT SHOWN) # FRONT OF DRYER LOW DRYER SWITCH # (SEE MOUNTING NOTE) SWITCH BRACKET DETAIL NOTE: BE SURE TO MOUNT SO THAT SWITCH IS IN DOWNWARD POSITION TO HELP REDUCE ANY MOISTURE PROBLEMS. SPECIAL BRACKET POSTION THE ANGLE BRACKETS AND MOUNT PLATE WITH ATTACHED FILL DRYER SWITCH NEEDS TO BE POSITIONED SO THAT THE ROTARY VANES ARE FACING THE INCOMING FLOW OF GRAIN. A GOOD STARTING POINT IS TO SET THE UNIT AT A SLIGHT ANGLE BELOW HORIZONTAL. FINAL POSITIONING IS DONE DURING EQUIPMENT STARTUP. 72

73 Connect Fill & Low Switch Cables Refer to Figure 7G: The actual wiring for these two switches is included within the bundled YELLOW cables going from the Main Control (Standard Control) through the Burner Box. The upper-most dryer section burner box will have the remaining cable coiled and marked for Fill Dryer and Low Dryer. Figure 7G - Fill & Low Switch Cable These standard lengths are sufficient for all styles of fill where the two switches are located at the front of the dryer. It may be necessary to use the extension cables provided when the two switches are located at the rear of the dryer. 73

74 Wet Bin Empty & Dry Bin Full Sensor NOTE: The wet bin empty sensor and dry bin full sensor are provided by the customer. If these sensors are not used, skip to the Discharge Plugged sensor section. Refer to Figure 7H: The dry bin full sensor should be placed near the top of the dry holding bin. The wet bin empty sensor should be placed near the bottom of the wet holding bin. Once the sensors have been positioned, route the wires to the terminal strip. NOTE: Remove the orange wire jumpers one at a time when wiring each switch. Connect the Dry Bin Full sensor to terminals 7 and 8. Connect the Wet Bin Empty sensor to terminals 7 and 9W. ORANGE JUMPER WIRES Figure 7H - Control Panel Terminal Block Example 74

75 Wet & Dry Transport Motor NOTE: Motor starters are provided on 1 or 2 burner dryer systems only - 3 burner systems and larger use customer supplied starters. Refer to the electrical schematic inside the control panel door and Figure 7J: The control is furnished with two dry contacts for wiring the wet & dry grain conveying motors. Connect the Dry Transport Motor with the appropriate wires to the DRY1 & DRY2 terminal blocks and to a customer supplied motor starter coil. Connect a NC auxillary overload contact from the Dry Transport Starter to terminals 36 & 37. Remove the existing orange jumper wire. Connect the Wet Transport Motor with the appropriate wires to the WET1 & WET2 terminal blocks and to a customer supplied motor starter coil. Connect a NC auxillary overload contact from the Dry Transport Starter to terminals 36 & 37. Remove the existing orange jumper wire. These contacts are rated 5A@250 VAC or 2A@24 VDC. Figure 7J - Wet & Dry Auger Connections ATTENTION After installation is complete check the motor wires for the correct motor rotation & auger rotation direction. 75

76 Discharge Plugged Sensor NECO recommends that the discharge plugged sensor be installed between the dryer discharge and the take-away. Refer to Figure 10K: Shown is an optional square discharge with the Plugged Discharge Sensor installed - contact your local dealer for this NECO built optional switch housing. Optional NECO Square Discharge: Standard 6" Auger High Capacity 8" Auger Extra High Capacity 10" Auger " Extension Weldment Table 10K - Installed Discharge Plugged Sensor in optional NECO housing Refer to Figure 10L: Shown is a custom discharge with the Plugged Discharge Sensor installed. Table 10L - Installed Discharge Plugged Sensor in custom housing 76