GRAIN PUMP LOOP CONVEYING SYSTEM

Transcription

1 GRAIN PUMP LOOP CONVEYING SYSTEM LAYOUT The Grain Pump Conveyor can be used in many different ways and operation can vary from installation to installation. Thought given to proper grain system layout prior to conveyor installation can prevent later problems in the grain flow plan and avoid possible bottle-necks. A layout should be made to determine the exact location of conveyor, inlets, outlets, power source, support and mounting locations. Grain pumps are an EXCELLENT LONG LIFE SYSTEM. They generally do not require significant repair parts or other maintenance. Use these general guidelines to help layout your conveyor system: Grain Pumps are designed to move grain in one direction only and in a direction that does not allow grain to flow through the take-up corner. Electric drive corners are located on the top of the grain pump loop. If your system only requires one drive corner, it needs to be positioned above the take-up corner. Leave adequate room to perform periodic maintenance. The conveyor will handle a wide range of free flowing grains. It should not be used with highly corrosive material, such as fertilizer. The life of the conveyor chain will be shortened when the chain is allowed to sit in water or is operated in acidic conditions, so avoid these situations. The intake rate from other feeding conveyors should not exceed the particular capacity of this conveyor. It is important that a firm, level foundation or support structure be provided on which the conveyor can be mounted. This support should be ample to carry the load of the conveyor when fully loaded. Locate outlets where connecting bands will not interfere with outlets or control. Do Not cut or modify the tube connecting bands. Grain Pump Systems are usually installed around rows of storage structures or flat storage buildings, with access for vehicle or rail traffic. Grain bins may be conventional or elevated on a supporting structure with hopper bottoms. Evaluate what other equipment may need access to the conveyor system, such as grain dryers or grain cleaners. Systems have been used to transfer between trucks and rail cars with several temporary storage tanks included. Following are major items that should be considered when selecting a system and options: A. Type of material to be conveyed. B. Volume of material to be conveyed (bushels per hour/tons per hour). C. Duty Cycle: What is the usage cycle or annual expected hours of usage? D. Location and amount of material fed into system. E. Location and number of outlets. F. How will the conveyor be supported? G. Further expansion. Will more bins be added and where? H. The direction of grain flow. i

2 Analyzing Facility Size, Loop Size and Storage Turns (Specifically in selecting the Loop size and model) Determine the adequate volume flow rate to support your intended input and output. The systems are rated in Bushel per Hour/ Tons per hour capacity. Calculate the expected annual operating hours usage: Total Storage Volume x Storage Turns Rated Capacity of Loop Consider the material to convey and its abrasive characteristics as this may be the determining factor for which Loop Conveyor is chosen: o Standard Farm o Standard Farm with upgrades: (Standard Farm model with tubing thickness upgrades) o Commercial o Commercial with upgrades ( and 6 loops) Tubing thickness upgrade on The 6 is standard with highest classification. Use the Annual Operating Hours Chart for considering the Loop Model: o Usage classifications are a suggestion only, and even though an application may only call for a standard duty pump based on the hours of operation, it may be desirable to use a commercial loop for other reasons. Usage Annual Classification* Operating Hours Standard Farm 0-50 Standard Farm with upgrades Commercial Commercial with 750 and greater upgrades * Classification is dependent on operating conditions and practices ii

3 SYSTEM SUPPORT INFORMATION Towers or other adequate supports are needed to hold the vertical ends of the Grain Pump System in position. Consider the weight per foot of a fully loaded tubular conveyor (see illustration below), and the individual corners and other components, particularly the ones with drives which weigh considerably more. The horizontal tubular conveyor should be supported with 5 ft. maximum intervals without additional support. This can be done with vertical supports from the ground, from the bin side walls, from the bin roof at the peak, or suspended from a building frame. Consult the Bin/Building manufacturers concerning their recommendations for loads their Bin/Building will support in these areas. Weight per foot of tubular conveyor: Refer to the loop specifications for the weight per foot. Calculate the weight for multiple drops, added features, bracing, catwalk, etc PLANNING A SYSTEM. Is there room for a row of bins (silos) plus the possibility for expansion? These systems tend to last a long time. Consider your operating plan, location of controls, power distribution, driveway, and turn around areas.. If planning a flat storage building, assure the building is capable of supporting the Full load of the loop, grain, and catwalk (this load is in addition to your regional roof load requirements).. Can spouts be run to an adjoining storage area if desired? 4. If there is a dryer involved, consider separate conveyors from the wet holding to the dryer and from the dryer to storage. This enables the grain pump to always be free for grain from the field and keeps the low capacity, long continuous hours of use on less expensive conveyors. 5. Consider two drive-over dump receiving hoppers for grain pump systems that will have many trucks or wagons dumping grain. This will result in more continuous operation which can almost double capacity. 6. If larger/wider drive-over pits are desired consider the following: a. The wider the inlet is for the drive-over pits, the deeper or taller it will need to be to maintain angle of flow in the hopper. The options are to lower the tube or raise the driveway. b. To lower the tubes, spouts will have to be added to the inlets for the intermediate wells, and the loop will have either a deeper trench or higher elevated bins. c. If the drive is raised, carefully consider the ramp grade, load design, side personnel access, safety rails, and overhead clearance. 7. A grain pump loop must have a climbable tower at each end and access to every overhead drop. Catwalk can be considered for the full length, but it is generally not necessary if every bin (silo) has a ladder extending to the overhead drop area. When catwalk is not used full length, some catwalk may be needed to reach the drop over the driveway. 8. Every component of a grain pump loop system should end up located above grade to avoid water issues that can rust the conveyors housing and chain. If located below ground level in a trench or pit, adequate drainage to daylight or sump pump is required. Assure landscaping diverts drainage away from pit; covers should be used over any open areas to shed water. iii

4 9. When choosing a system size, consider capacity required now as well as into the future. These units will handle a lot of grain before major part s replacement is necessary. The loop is modular, as length can be added in the future up to the maximum designed length for the particular system. 0. Plan for enough space between bin (silo) foundations to allow space for bin well controls (this is outside space between bins). Concrete foundations, trenches and floors need to have maintenance access and clearances considered in the design layout. Refer to the equipment/component specifications to plan adequate space and clearances.. If concrete is placed before the system arrives, the corner support pads should be lower than the bottom of the horizontal tubular housing; there are support feet on the bottom corners (refer to the equipment specifications). Again, if concrete trenches or pits are utilized, assure maintenance access is adequate.. Make sure there is suitable electrical power available. Single phase power may be used if HP requirements allow.. Make sure amp meters are used so motor loads can be observed by the operator. Soft start electrical motor starters are recommended. 4. Chain inspection ports are recommended. Utilize one inspection port between the drive-over pit and the first loop corner to monitor physical tube fill. Utilize ports after each bin if possible. Ports are for horizontal tubes only. 5. Chain access section kits are available for use on the horizontal tubes only. Grain Pump Quotation Hints. To calculate the total length and height of a Grain Pump system add four feet to the height of the bin, the adequate distance between bins, and the minimum of a twenty foot driveway.. When using a two-drive system, make sure the horsepower demand between the two drive corners does not exceed the drive rating of the furthest drive corner. It may be necessary to choose higher rated drive corners in this instance.. Deduct approximately 0 foot of tube, chain, and paddle for the Basic Four Corner system with Drive. 4. Deduct the appropriate amount of tube, chain, and paddle for each 90 Degree Discharge. 5. Deduct the appropriate amount of tube, chain, and paddle for the Inlet Dump Hopper. 6. An average bin system will need an additional connecting band for each 90 Degree Discharge. 7. Add sets of half bands per bin, plus an additional 6 sets for mounting supports to the Grain Pump. Larger bin diameters may require more. 8. Use one square to round adapter for each 90 Degree Discharge. 9. Figure enough space between bins to allow adequate access to the bin well control kits (refer to component specifications). 0. Quote one center well per bin, plus enough intermediate wells on one side of the center to free a sweep auger path. Add at least one more intermediate well for the opposite side next to the bin wall. This will allow stable bin unloading. Since most systems are designed with false floors and go through the center of the bin, quote two bin flanges per bin.. If you use a rack and pinion control w/control pipe kit on the sweep side, plan for adequate space and component usage for intermediate well(s) on the back side.. Quote one ground control kit with each overhead drop. iv

5 . Have an inspection port between the drive-over pit and the first bottom corner. If possible, place one inspection port after each bin. Consider where to utilize chain access sections. Installation of a Grain Pump Loop System. Lift and install each component into place with the chain and paddles already in place within the component. The chain in a section can be attached to the chain in the next section before the connecting band is used to connect the housings. This procedure helps to assure all of the chain and paddles are oriented correctly. Also, it is easier than pulling the chain through with a rope or cable, particularly since a chain can roll over in a long length. If pulling a chain and paddle assembly through, orientation should be checked through bin wells or drops visually.. Check the manual carefully for tips on attaching the paddles to the chain, chain tension, oil levels, etc.. It will usually be necessary to cut some tubular housing to length for fit. This is often done using a cutting wheel in a hand grinder. Be sure to mark the cut by marking the tube using the end of a connecting band, or some device, to obtain a good straight cut. Do not cut with a cutting torch unless time is spent to grind the housing straight and smooth. 4. Be sure tubes are butted solidly together inside the connecting band. If this is not done, the chain load will pull them together and cause the conveyor chain to loosen. 5. Connecting bands must be tightened and retightened until all bolts are tightened evenly. 6. Half bands should be utilized for any welded connection; do not weld braces directly to tube sections. 7. The auto take-up is recommended on vertical loops. The auto take-up maintains pressure on the chain slack for a range of motion. Once the auto take-up is out of motion, the chain will need links removed and the auto take-up reset for a new cycle. The location on the auto takeup should be monitored on a daily operation pre-check list. 8. For slanted loops, the manual take-up is required. Chain should be tightened with no slack in mind. There is no need to over-tighten, but if a paddle can be moved or twisted without firm pressure, it isn t tight enough. A chain should likely be tensioned several times during initial operation before the slack is out. 9. Check and recheck the oil level in reducer drives. The gear reducers are shipped WITHOUT lubricating oil. If oil is not added to the correct operating level, the reducer will be ruined, and they are expensive. 0. Soft-start electric motor starters are an additional cost, but they are recommended for grain pump loop systems. This kind of starter is preferred by electricity suppliers because it limits the size of the start-up surge on the lines. It also protects the grain pump from a large start-up impact on components.. Check the chain at low speed for missing paddles, missing cotter keys in connecting links, or missing paddle bolts. This checking should be done before the busy season starts. Checks are recommended at initial start-up of a new machine and on a periodic preventative maintenance inspection plan. It is recommended to use a secondary drive to run the loop at a slow speed for this inspection. A hydraulic chain inspection kit is available.. Connecting bands should be placed at the :00 or 9:00 position. Place the bands so one of the bolt flanges forms a drip edge over the top of the other. v

6 GRAIN PUMP LOOP GRAIN PUMP LOOP CONVEYOR INFORMATION A Grain Pump is a chain and paddle En Masse conveyor moving through a round housing. A Loop system allows you to do total loading and unloading with a single drive. Grain Pumps will handle a wide range of free flowing materials. They are primarily intended for grain or grain products. They will move material into and out of grain storage structures, vehicles, dryers and other facilities with ease and gentleness. Grain Pump Loops are also well suited for blending materials while being transferred from one structure to another. The height and length of a Loop system are limited by the combined power required to move grain those distances. The vertical component requires greater power per foot (meter), so taller units will be more limited in horizontal length. System lengths of several hundred feet are common. However, relatively small systems to accomplish more specific tasks are often built. NOTE: 0" (5.4 cm) Model shown SPECIFICATIONS Dimensions of Conveying Chamber 6'' (5. cm) 8'' (0. cm) 0'' (5.4 cm) '' (0.5 cm) Maximum Capacity *,500 BPH (4 TPH) 4,000 BPH (08 TPH) 6,000 BPH (6 TPH) 0,000 BPH (70 TPH) Chain Travel in FPM 5 FPM (99.06 MPM) 5 FPM (99.06 MPM) 5 FPM (99.06 MPM) 400 FPM (.9 MPM) Head Shaft RPM Housing Gauge, ** Galv. ga. (.66 mm) ga. (.66 mm) ga. (.66 mm) 0 ga. (.4 mm) Paddle Thickness (UHMW) /8'' (0 mm) /8'' (0 mm) /'' ( mm) /'' ( mm) Corner Shaft Diameter /'' (8 mm) '' (5 mm) '' (76 mm) 7/6'' (87 mm) Conveyor Chain 8X 8XHH 8X HH 8X HH Conveyor Sprocket Tooth 4 Tooth 6 Tooth Tooth Conveyor HP (kw) Required * - Per foot (meter) Vertical.0 HP (.48 kw).5 HP (.85 kw).50 HP (. kw).75 HP (.8 kw) - Per foot (meter) Horizontal.05 HP (. kw).08 HP (.9 kw). HP (.7 kw).8 HP (.44 kw) Weight per foot Tubular Conveyor - Empty 0.5 lbs./ft. 8 lbs./ft. 0 lbs./ft. 6.5 lbs./ft. Weight per meter of Tubular Conveyor- Empty (4.9 kg/m) (7.9 kg/m) ( kg/m) (5.7 kg/m) - Full of 56 lb. per bu. material 9.5 lbs./ft. 4 lbs./ft. 45 lbs./ft. 6 lbs./ft. - Full of (70 kg per cu. meter) material (8. kg/m) (4.7 kg/m) (59.5 kg/m) (89. kg/m) * Clean, dry, and non abrasive grain ** For 0 ga. housing on 8 Models - Add $7.00/ft. ** For 0 ga. housing on 0 Models - Add $6.00/ft. ** For 7 ga. housing on Models - Add $.00/ft. For Spout Components and Accessories not listed, refer to Custom Auger Section - Spouting & Accessories Section or consult the factory A 04

7 GRAIN PUMP LOOP GRAIN PUMP LOOP SELECTION There are several criteria: Capacity in bushels (tons) per hour. The sizes offered provide maximum capacities of *,500 BPH (4 TPH) on the 6'' (5. cm) Pump, *4,000 BPH (08 TPH) on the 8'' (0. cm) unit, *6000 BPH (6 TPH) on the 0'' (5.4 cm), and 0,000 BPH (70 TPH) on the (0.5 cm). Select a diameter size that will provide the desired capacity in bushels per hour. Consider the possibility of future additional storage structures to be served by a lengthened Loop. System capacity. This is expressed as the storage capacity of the bins or other storage structures served by the Grain Pump. With a Grain Pump Loop, the same conveyor is used to load, transfer and unload storage. Generally, larger capacity systems should use larger diameter Grain Pump Loop machines. System utilization. Here we should consider how often the system storage will be loaded, transferred or unloaded per year. How many bushels (tons) will the Grain Pump Loop handle doing these operations? System Life. This is best expressed as hours of operation. The 6'', 8'' and 0'' (5. cm, 0. cm and 5.4 cm) sizes can each be expected to operate the same number of hours before repairs are needed due to wear. At maximum capacity an 8'' (0. cm) system can be expected to handle twice that of a 6'' (5. cm) before repairs due to wear. The wear in some parts of a system will be nearly as great at partial capacity as at full capacity, so hours of operation, and not just quantity of material handled, must be considered. A 6'' (5. cm) system handling clean wheat or corn at full capacity should move one million or more bushels (7,000 tons) before repairs due to wear are needed. Under ideal conditions this amount could be substantially higher. Extensive operation at partial capacity or handling material that is more abrasive (or containing dirt and grit) will result in less material handled before repairs are needed. Larger diameter systems can be expected to increase handling potential according to the values stated earlier. There are 8'' (0. cm) systems reported to have handled over five million bushels (5,000 tons) with only routine maintenance (primarily, keeping slack out of the chain). These values are not guaranteed, but are offered to assist in making a system selection. * These capacities are rated conveying clean, dry and non-abrasive grain. 04

8 GRAIN PUMP LOOP CONVEYOR DRIVE INFORMATION Loop units are provided with Dodge gear reducer drives to be driven by one or two electric motors. There are maximum power limits for each drive, but when greater power than can be provided by one drive is needed, a second drive of equal power can often be added. Drives are always located at upper corners. A single drive must always be located at the top corner after the last discharge. IMPORTANT OPERATION INFORMATION The intake rate should not exceed the capacity of the loop being used. Overfeeding a Grain Pump Loop may cause plugging. We recommend the loading rate be monitored by an amp meter on the electric motor drive(s), as well as a visual inspection opening close to the first corner where grain starts up. The Grain Pump will operate more smoothly, move grain and last longer if loaded 80% of fill instead of an uncontrolled approach to 00% of fill. Soft Start motors are always recommended to protect a conveyor from high torque shocks against a unit that may have inadvertently been stopped under load or plugged. HOW TO CALCULATE TOTAL HORSEPOWER The power required per foot (meter) of conveyor (power factor) is given in the specifications chart on page. Note that it is based on grain material of approximately 56 pounds per bushel (70 kg per cu. meter). Adjust the power requirements up or down for material of a different density.. Determine the vertical height of the system, usually the peak of the tallest bin plus ' ( meter). Multiply the vertical height by the HP (kw) factor to determine the vertical power requirement.. Add the total upper and lower horizontal length of conveyor that will contain material during operation. If you plan to recirculate the grain at full capacity from one storage structure to another, it may add length to the power calculation. Multiply the total horizontal length by the HP (kw) factor to determine the horizontal power requirement.. Add the vertical and horizontal power together to find the total system power required. 00' (0.48 m) 0' (6.58 m) UPPER HORIZONTAL LENGTH (Grain Movement) Drive Corner 90 Corner 40' (.9 m) BIN A BIN B 90 Corner Inspection Corner 0' (6.0 m) LOWER HORIZONTAL LENGTH (Grain Movement) In this example, there is 40 ft. (.9 m) of vertical conveyor and 0 ft. (6.58 m) of horizontal conveyor that will contain grain. 6'' (5. cm) 8'' (0. cm) 0'' (5.4 cm) '' (0.5 cm) Vertical HP (kw) Requirement - 40' (.9 m) x HP (kw) Factor = 8 HP (5.9 kw) 4 HP (0.4 kw) 0 HP (4.9 kw) 0 HP (. kw) Horizontal HP (kw) Requirement - 0' (6.58 m) x HP (kw) Factor = 6 HP (4.4 kw) 9.6 HP (7. kw). HP (9.8 kw).6 HP (6. kw) Total HP (kw) Vertical + Horizontal = 4 HP (0.4 kw).6 HP (7.6 kw). HP (4.7 kw) 5.6 HP (8.4 kw) Electric Motor size required 5 HP ( kw) 5 HP (8.5 kw) 40 HP (0 kw) 60 HP (45 kw) If there were plans to transfer grain from Bin A to Bin B, an additional 5 ft. (0.67 m) of horizontal length must be added to the calculation. - 5' (0.67 m) x HP (kw) FACTOR =.75 HP (. kw).80 HP (.0 kw).85 HP (.8 kw) 6. HP (4.6 kw) Total HP (kw) Vertical & Horizontal 5.75 HP (.7 kw) 6.40 HP (9.6 kw) 7.05 HP (7.6 kw) 57.9 HP (4. kw) Electric motor size required 0.00 HP (5 kw) 0.00 HP ( kw) HP (0 kw) HP (45 kw) 0766A 04

9 GRAIN PUMP LOOP 6" (5. cm) GRAIN PUMP LOOP SYSTEM Basic unit includes four corners. One or two corners will have drives depending on the type of drive system to be used. One corner will be the inspection corner leaving one or two standard sprocket corners. Includes reducer drive(s), motor mount(s), sheaves, drive belts, drive safety guarding, conveyor chain, paddles and housing connectors. The motor(s) and its controls are not included. The motor pulley(s) is included. Corners include ga. (.66 mm) entrance and exit tubes. Basic 4 Corner System with Drive P06405 P06475 P0640 P0645 P0640 P0645 P0640 P HP (4 kw) 7 / HP (5.5 kw) 0 HP (7.5 kw) 5 HP ( kw) 0 HP (5 kw) 5 HP (8.5 kw) 0 HP ( w) Two 5 HP ( kw) - One motor at each corner $ 9, , ,75.00,08.00,486.00, , , Basic 4 Corner System with Drive & Auto Take-up (Not for angled units) P06405-TU P06475-TU P0640-TU P0645-TU P0640-TU P0645-TU P0640-TU P0645-TU 5 HP (4 kw) 7 / HP (5.5 kw) 0 HP (7.5 kw) 5 HP ( kw) 0 HP (5 kw) 5 HP (8.5 kw) 0 HP ( kw) Two 5 HP ( kw) - One motor at each corner $ 0, , ,84.00,7.00,69.00, ,4.00 6,88.00 Tube Conveyor Sections Includes gauge (.66 mm) galvanized tubular housing, chain, paddles, housing connecting band and chain connector. P060 P060 P069 P0640 0' long (6.0 m) section 0' long (9.4 m) section 9 long (.89 m) section 40 long (.9 m) section $,094.00,44.00,97.00,

10 GRAIN PUMP LOOP 6" (5. cm) GRAIN PUMP LOOP SYSTEM Discharge with Gate Components Includes 8 ft. (.44 m) of gauge (.66 mm) tubular housing with discharge and gate, chain, paddles, housing connecting band and chain connector. This discharge has a 6'' (5. cm) square flanged outlet, rack and pinion gate, UHMW slides and sealed construction. P Discharge with Gate and Control Wheel PA0060 Ground Control Kit PA00609 Chain Style Ground Control Kit PA0060 Electric Control Kit for Drop /0V, 60 Hz, PH PA00604 Electric Control Kit for Drop - 0V, 50 Hz, PH PA00605 Electric Control Kit for Drop - 575V, 60 Hz, PH PA00606 Electric Control Kit for Drop /460V, 60 Hz, PH PA00607 Electric Control Kit for Drop /0V, 60 Hz, PH, Explosion proof motor PA00608 Electric Control Kit for Drop /460V, 60 Hz, PH, Explosion proof motor For spouting components, refer to Spouting & Accessory Section. $, ,460.00,66.00,460.00,460.00,58.00,58.00 PA0650 PA0650 PA0650 PA0660 PA0660 PA06604 Bin Well Components *Center Well with Pivot *Intermediate Well *Rack and Pinion Controls for Wells 6 (5. cm) Half Band w/inspection Port 6 (5. cm) Inlet Hopper Chain Access Section x 5 (.5 m) $ ,70.00 PA06605 Chain Access Section x (.9 m) * Use standard Bin Unloading Control Pipe Kits., " (5. cm) Inlet Dump Hoppers Provides a 6'' (9.4 cm) wide dumping area in several different lengths. Includes a specified length of gauge (.66 mm) tubular housing with conveyor chain, paddles, housing connecting band and chain connector. There is an adjustable flow control in the hopper. Inlet dump hoppers include either drive-over grating or safety screen. P060 P06 P060 P06 P060 P06 Hopper 4 /'' (.08 m) long with 6'-0" (.8 m) of tubular housing and two sections of drive-over grating Hopper 4 /'' (.08 m) long with 6'-0" (.8 m) of tubular housing and safety screen Hopper 6 /'' (.59 m) long with 7'-8'' (.4 m) of tubular housing and three sections of drive-over grating Hopper 6 /'' (.59 m) long with 7'-8" (.4 m) of tubular housing and safety screen Hopper 0 /'' (.60 m) long with '-0" (.5 m) of tubular housing and five sections of drive-over grating Hopper 0 /'' (.60 m) long with '-0" (.5 m) of tubular housing and safety screen 5 $,56.00,.00,09.00,440.00,945.00,

11 GRAIN PUMP LOOP 8" (0. cm) GRAIN PUMP LOOP SYSTEM Basic unit includes four corners. One or two corners will have drives depending on the type of drive system to be used. Units with two drive corners will have the drives on the same side of the loop. One corner will be the inspection corner leaving one or two standard sprocket corners. Includes reducer drive(s), motor mount(s), sheaves, drive belts, drive safety guarding, conveyor chain, paddles and housing connectors. The motor(s) and its controls are not included. The motor pulley(s) is included. Corners include ga. (.66 mm) entrance and exit tubes. Basic 4 Corner System with Drive P0845 P0840 P0840 P08440 P0845 P0840 P HP ( kw) 0 HP (5 kw) 0 HP ( kw) 40 HP (0 kw) Two 5 HP ( kw) - One motor at each corner Two 0 HP (5 kw) - One motor at each corner Two 0 HP ( kw) - One motor at each corner $,950.00, ,7.00 7, , ,549.00,8.00 Basic 4 Corner System with Drive & Auto Take-up (Not for angled units) P0845-TU P0840-TU P0840-TU P08440-TU P0845-TU P0840-TU P0840-TU 5 HP ( kw) 0 HP (5 kw) 0 HP ( kw) 40 HP (0 kw) Two 5 HP ( kw) - One motor at each corner Two 0 HP (5 kw) - One motor at each corner Two 0 HP ( kw) - One motor at each corner $, , , , ,7.00 0,578.00,09.00 Tube Conveyor Sections Includes gauge (.66 mm) galvanized tubular housing, chain, paddles, housing connecting band and chain connector. P080 P080 P089 P0840 0' (6.0 m) long section 0' (9.4 m) long section 9 (.89 m) long section 40 (.9 m) long section $,8.00,07.00,700.00,

12 GRAIN PUMP LOOP 8" (0. cm) GRAIN PUMP LOOP SYSTEM Discharge with Gate Components Includes specified length of gauge (.66 mm) tubular housing with discharge and gate, chain, paddles, housing connecting band and chain connector. This discharge has an 8'' (0. cm) square flanged outlet, rack & pinion gate, UHMW slides and sealed construction. P080 P080 PA0060 PA0060 PA00609 PA0060 PA00604 PA00605 PA00606 PA00607 PA Discharge with 9" Gate opening, Control Wheel, 8' of tube 90 Discharge with 54" Gate opening, Control Wheel, '-6" of tube Ground Control Kit for 9" Gate opening Ground Control Kit for extended length drops Chain Style Ground Control Kit Electric Control Kit for Drop /0V, 60 Hz, PH Electric Control Kit for Drop - 0V, 50 Hz, PH Electric Control Kit for Drop - 575V, 60 Hz, PH Electric Control Kit for Drop /460V, 60 Hz, PH Electric Control Kit for Drop /0V, 60 Hz, PH, Explosion proof motor Electric Control Kit for Drop /460V, 60 Hz, PH, Explosion proof motor $,0.00, ,460.00,66.00,460.00,460.00,58.00,58.00 For spouting components, refer to Spouting & Accessory Section. For hard surfacing on drop tube, add "-HS" to, i.e. P080-HS. Add $00.00 to. PA0850 PA0850 PA0850 PA08504 PA08505 PA08506 PA08507 PA0860 PA0860 PA08604 PA08605 Bin Well Components * Center Well 8'' (45.7 cm) lg. w/rollers, removable flange * Intermediate Well w/rollers - (.0 cm) wide * Rack and Pinion for 8 (45.7 cm) lg. Wells Flat Storage Well w/grating, 5-08/0V, 60 Hz, PH Flat Storage Well w/grating, 5-08/0V, 60 Hz, PH, Explosion Proof Motor Flat Storage Well w/grating, 08-0/460V, 60 Hz, PH Flat Storage Well w/grating, 08-0/460V, 60 Hz, PH, Explosion Proot Motor 8 (0. cm) Half-Band w/inspection Port 8 (0. cm) Inlet Hopper Chain Access Section x 5 (.5 m) Chain Access Section x (.9m) $ ,5.00 5, ,5.00 5, ,50.00,95.00 * Use Standard Bin Unloading Control Pipe Kits. NOTE: Intermediate well and center well can adapt to commercial bin unloading control pipe kit from commercial grain pump section and any commercial rack & pinion. 8" (0. cm) Inlet Dump Hoppers Provides a 6'' (9.4 cm) wide dumping area in several different lengths. Includes a specified length of gauge (.66 mm) tubular housing with conveyor chain, paddles, housing connecting band and chain connector. There is an adjustable flow control in the hopper. Inlet dump hoppers include either drive-over grating or safety screen. P080 P08 P080 P08 P080 P08 P08 P08-50 P085 P0840 P084 P0850 PA0860 Hopper 4-/'' (.08 m) long with 6'-0" (.8 m) of tubular housing and two sections of drive-over grating Hopper 4-/'' (.08 m) long with 6'-0" (.8 m) of tubular housing and safety screen Hopper 6-/'' (.59 m) long with 7'-8'' (.4 m) of tubular housing and three sections of drive-over grating Hopper 6-/'' (.59 m) long with 7'-8'' (.4 m) of tubular housing and safety screen Hopper 0-/'' (.60 m) long with '-0" (.5 m) of tubular housing and five sections of drive-over grating Hopper 0-/'' (.60 m) long with '-0" (.5 m) of tubular housing and safety screen Hopper 0-/'' (.60 m) long with '-0" (.5 m) of tubular housing and five sections of drive-over grating with electric rack and pinion 5-08/0V, 60 Hz, PH Hopper 0-/'' (.60 m) long with '-0" (.5 m) of tubular housing and five sections of drive-over grating with electric rack and pinion 0-0V, 50 Hz, PH Hopper 0-/'' (.60 m) long with '-0" (.5 m) of tubular housing and five sections of drive-over grating with electric rack and pinion 5-08/0V, 60 Hz, PH, Explosion Proof Motor Hopper 5'' (.8 m) long with '-" (.94 m) of tubular housing and six sections of drive-over grating. Hopper 5'' (.8 m) long with '-" (.94 m) of tubular housing and safety screen Hopper 45'' (.68 m) long with 4'-0" (4.7 m) of tubular housing and seven sections of drive-over grating. Band-on Hopper x 0 (76. cm) long with a bolt-on cover. 7 $,768.00,46.00,08.00,67.00,59.00,5.00 7,9.00 7, , ,07.00, ,

13 GRAIN PUMP LOOP 0" (5.4 cm) GRAIN PUMP LOOP Heavy Duty with 8XHH Conveyor Chain Basic unit includes four corners. One or two corners will have drives depending on the type of drive system to be used. Units with two drive corners will have the drives on the same side of the loop. One corner will be the inspection corner leaving one or two standard sprocket corners. Includes reducer drive(s), motor mount(s), sheaves, drive belts, drive safety guarding, conveyor chain, paddles and housing connectors. The motor(s) and its controls are not included. The motor pulley(s) is included. Corners include ga. (.66 mm) entrance and exit tubes. Basic 4-Corner System with Drive P040 P040 P0440 P0450 P040 P040 P0440 P HP (5 kw) 0 HP ( kw) 40 HP (0 kw) 50 HP (7 kw) Two 0 HP (5 kw) - One motor at each corner Two 0 HP ( kw) - One motor at each corner Two 40 HP (0 kw) - One motor at each corner Two 50 HP (7 kw) - One motor at each corner $ 5, , , , ,777.00, ,5.00 9,7.00 Basic 4-Corner System with Drive & Auto Take-up (Not for angled units) P040-TU P040-TU P0440-TU P0450-TU P040-TU P040-TU P0440-TU P0450-TU One 0 HP (5 kw) Motor 4-Corner System One 0 HP ( kw) Motor 4-Corner System One 40 HP (0 kw) Motor 4-Corner System One 50 HP (7 kw) Motor 4-Corner System Two 0 HP (5 kw) Motors 4-Corner System Two 0 HP ( kw) Motors 4-Corner System Two 40 HP (0 kw) Motors 4-Corner System Two 50 HP (7 kw) Motors 4-Corner System $6, ,8.00 0, ,77.00, , , ,0.00 Tube Conveyor Sections Includes gauge (.66 mm) galvanized tubular housing, chain, paddles, housing connecting band and chain connector. P00 P00 P09 P040 0 (6.0 m) long section 0 (9.4 m) long section 9 (.89 m) long section 40 (.9 m) long section $,690.00,47.00,8.00,

14 0" (5.4 cm) GRAIN PUMP LOOP SYSTEM Discharge with Gate Components GRAIN PUMP LOOP Includes specified length of gauge (.66 mm) tubular housing with discharge and gate, chain, paddles, housing connecting band and chain connector. This discharge has an 0'' (5.4 cm) square flanged outlet, rack and pinion gate, UHMW slides and sealed construction. P00 P00 PA0060 PA0060 PA00609 PA0060 PA00604 PA00605 PA00606 PA00607 PA Discharge with 9" Gate option and Control Wheel, 8' of tube 90 Discharge with 54 Gate option, Control Wheel, '-6" of tube Ground Control Kit for 9" Gate option Ground Control Kit for extended length drops Chain Style Ground Control Kit Electric Control Kit for Drop /0V, 60 Hz, PH Electric Control Kit for Drop - 0V, 50 Hz, PH Electric Control Kit for Drop - 575V, 60 Hz, PH Electric Control Kit for Drop /460V, 60 Hz, PH Electric Control Kit for Drop /0V, 60 Hz, PH, Explosion proof motor Electric Control Kit for Drop /460V, 60 Hz, PH, Explosion proof motor For spouting components, refer to Spouting & Accessory Section. For hard-surfacing on drop tube, add "-HS" to, i.e. P00-HS. Add $00.00 to. PA0507 PA0508 PA0509 PA060 PA060 PA060 PA0604 PA0605 PA0540 PA PA054 PA054 PA054 PA0606 PA0607 Bin Well Components *Center Well 8" (45.7 cm) long with Rollers (for floors) *Intermediate Well with Rollers (for floors) *Rack and Pinion Controls for Wells w/8 (45.7 cm) Travel (for floors) 0 (5.4 cm) Half-Band w/inspection Port 0 (5.4 cm) Inlet Hopper Inspection Port w/back Band x (0.5 cm x 0.5 cm) Chain Access Section x 5 (.5 m) Chain Access Section x (.9 m) Flat Storage Well w/grating, 5-08/0V, 60 Hz, PH Flat Storage Well w/grating, 0-0V, 50 Hz, PH Flat Storage Well w/grating, 08-0/460V, 60 Hz, PH, Flat Storage Well w/grating, 5-08/0V, 60 Hz, PH, Explosion proof motor Flat Storage Well w/grating, 08-0/460V, 60 Hz, PH, Explosion proof motor Inlet Hopper w/back Band, 8 lg. (45.7 cm) - 0 Ga. (.4 mm) Inlet Hopper w/back Band, 6 lg. (9.4 cm) - 0 Ga. (.4 mm) $,.00, ,460.00,66.00,460.00,460.00,58.00,58.00 Control Pipe Kits for 0 Standard Grain Pump Wells (for floors) The Standard Grain Pump series is designed with two /" ( mm) pipes to the center well. An additional / ( mm) pipe on each side of the center gate pull allows individual control of intermediate wells. Rack and Pinion Control (above) makes gate operation easy. Each kit includes the pipe necessary to control the gates as described above. Kit may be used on 0 (5.4 cm) Standard Grain Pump systems only. $ ,445.00, ,8.00 5, ,8.00 5, , *NOTE: The center well, intermediate wells and rack & pinion are meant to be used only with the control pipe kits below. Bin Dia. Weight Bin Dia. 68'-69' ( m) 7' (.95 m) 75' (.86 m) 78' (.77 m) 80' (4.8 m) 8' (4.99 m) 90' (7.4 m) 9' (8.04 m) 05' (.00 m) ' (4.44 m) 0' (6.58 m) Weight $ 5.00 $ $ 5.00 $ $ $ $ 7.00 $ $ $ $ 9.00 PA050 PA05 PA05 PA05 PA054 PA055 PA056 PA057 PA058 PA059 PA050 PA05 4' (7. m) 7' (8. m) 0' (9.4 m) '-4' ( m) 6' (0.97 m) 7'-9' ( m) 40' (.9 m) 4' (.80 m) 48'-49' ( m) 54'-55' ( m) 60' (8.9 m) 6' (9.0 m).5 lbs. (0 kg).5 lbs. (5 kg) 8 lbs. (7 kg) 4.5 lbs. (0 kg) 50.5 lbs. ( kg) 55.5 lbs. (5 kg) 58 lbs. (6 kg) 60 lbs. (7 kg) 70 lbs. ( kg) 79.5 lbs. (6 kg) 87 lbs (9 kg) 9.5 lbs. (4 kg) $76.00 $87.00 $98.00 $0.00 $.00 $4.00 $4.00 $58.00 $65.00 $ $ $ PA05 PA05 PA054 PA055 PA056 PA057 PA058 PA059 PA050 PA05 PA lbs. (44 kg) 0 lbs. (46 kg) 04.5 lbs. (47 kg) lbs. (5 kg).5 lbs. (5 kg) 9 lbs. (54 kg).5 lbs. (60 kg) 9.5 lbs. (6 kg) 57.5 lbs. (7 kg) 69 lbs. (77 kg) 87.5 lbs. (85 kg) 9 04-

15 GRAIN PUMP LOOP 0" (5.4 cm) GRAIN PUMP LOOP SYSTEM Bin Well Components (for 5 floors) PA050 PA050 PA050 *Center Well 8" (45.7 cm) long with Rollers (for 5 floors) *Intermediate Well with Rollers (for 5 floors) *Rack and Pinion Controls for Wells w/8 (45.7 cm) Travel (for 5 floors) $ *NOTE: The center well, intermediate wells and rack & pinion are meant to be used only with the control pipe kits below. Control Pipe Kits for 0 Standard Grain Pump Wells (for 5 floors) Each kit includes / ( mm) galvanized pipe for center well and (5 mm) pipe for intermediate wells. Bin Dia. Weight Catalog No Bin Dia. Weight B4A B7A B0A BA B6A -5 (7 m m) 6'-8 (7.9 m m) 9- (8.84 m m) ' (0.06 m) 6' (0.97 m) 4 lbs. ( kg) 7 lbs. ( kg) 9 lbs. ( kg) lbs. (5 kg) 5 lbs. (6 kg) $46.00 $6.00 $70.00 $86.00 $.00 B4A B48A B54AC B60A 4' (.80 m) 48' (4.6 m) 54' (6.46 m) 60' (8.9 m) 4 lbs. (9 kg) 48 lbs. ( kg) 57 lbs. (6 kg) 66 lbs. (0 kg) $ $ $.00 $ " (5.4 cm) Inlet Dump Hoppers Heavy Duty with 8XHH Conveyor Chain Provides a 6'' (9.4 cm) wide dumping area in several different lengths. Includes a specified length of gauge (.66 mm) tubular housing with conveyor chain, paddles, housing connecting band and chain connector. There is an adjustable flow control in the hopper. Inlet dump hoppers include either drive-over grating or safety screen. P00 P0 P00 P0 P00 P0 P040 P04 P04 Hopper 4-/'' (.08 m) long with 6'-0" (.8 m) of tubular housing and two sections of drive-over grating Hopper 4-/'' (.08 m) long with 6'-0" (.8 m) of tubular housing and safety screen Hopper 6-/'' (.59 m) long with 7'-8'' (.4 m) of tubular housing and three sections of drive-over grating Hopper 6-/'' (.59 m) long with 7'-8'' (.4 m) of tubular housing and safety screen Hopper 0-/'' (.60 m) long with '-0" (.5 m) of tubular housing and five sections of drive-over grating Hopper 0-/'' (.60 m) long with '-0" (.5 m) of tubular housing and safety screen Hopper 4-/'' (.68 m) long with 4'-4" (4.7 m) of tubular housing and seven sections of drive-over grating Hopper 4-/ (.68m) long with 4-4 (4.7 m) of tube, no grating or screen Hopper 4-/ (.68m) long with 4-4 (4.7 m) of tubular housing and seven sections of drive-over grating with electric rack & pinion gate $,904.00,604.00,85.00,848.00,48.00, ,578.00, , A 04

16 " (0.5 cm) GRAIN PUMP LOOP with 8XHH Conveyor Chain Basic unit includes four corners. One or two corners will have drives depending on the type of drive chosen. Units with two drive corners will have the drives on the same side of the loop. One corner will be the inspection corner leaving one or two standard sprocket corners. Includes reducer drives, motor mounts, sheaves, drive belts, drive safety guarding, conveyor chain, paddles and connection bands. The motors and its controls are not included. The motor pulleys are included. Basic 4 Corner System with Drive P40 P450 P460 P450 P460 One 0 HP ( kw) One 40 HP or 50 HP (0 kw or 7 kw) One 60 HP (45 kw) Two 40 HP or 50 HP (0 kw or 7 kw) Two 60 HP (45 kw) $7, ,858.00, , , Basic 4 Corner System with Drive & Auto Take-up (Not for angled units) P40-TU P450-TU P460-TU P450-TU P460-TU One 0 HP ( kw) One 40 HP or 50 HP (0 kw or 7 kw) One 60 HP (45 kw) Two 40 HP or 50 HP (0 kw or 7 kw) Two 60 HP (45 kw) Tube Conveyor Sections GRAIN PUMP LOOP $8,004.00,6.00 4, , , Includes 0 gauge (.4 mm) galvanized tubular housing, chain, paddles, housing connecting band and chain connector. P0 P0 P9 P40 0' (6.0 m) long section 0' (9.4 m) long section 9' (.89 m) long section 40' (.9 m) long section $,488.00, , , Discharge with Gate Components Includes specified length of 0 gauge (.4 mm) tubular housing with discharge and gate, chain, paddles, housing connecting band and chain connector. This discharge has a '' (0.5 cm) square flanged outlet, rack and pinion gate, UHMW slides and sealed construction. P0 P0 PA0060 PA00609 PA0060 PA00604 PA00605 PA00606 PA00607 PA Discharge with 4" Gate opening, Control Wheel, ' of tube 90 Discharge with 60 Gate opening, Control Wheel, 5' of tube Ground Control Kit f/extended length drops Chain Style Ground Control Kit Electric Control Kit f/drop /0V, 60 Hz, PH Electric Control Kit f/drop - 0V, 50 Hz, PH Electric Control Kit f/drop - 575V, 60 Hz, PH Electric Control Kit f/drop /460V, 60 Hz, PH Electric Control Kit for Drop /0V, 60 Hz, PH, Explosion proof motor Electric Control Kit for Drop /460V, 60 Hz, PH, Explosion proof motor $ 4,.00 6, ,460.00,66.00,460.00,460.00,58.00,58.00 For spouting components, refer to Spouting & Accessory Section. For hard-surfacing on drop tube, add -HS to, i.e. P0-HS. Add $00.00 to. 0 04

17 PA50 PA50 PA505 PA506 PA507 PA60 PA60 PA605 PA509 PA60 PA604 PA606 PA5 PA5 PA5 PA54 " (0.5 cm) GRAIN PUMP LOOP SYSTEM Bin Well Components NOTE: For control pipes, use kits from commercial grain pump section. " (0.5 cm) Inlet Dump Hoppers GRAIN PUMP LOOP (0.5 cm) Center Well w/pivot & Rollers 8 long '' (0.5 cm) Intermediate Well (0.5 cm) Rack & Pinion w/8 Stroke Linear Actuator Kit for Single Control Pipe '' (0.5 cm) Bin Flange See Commercial Grain Pump for Control Pipe Kits (0.5 cm) Half-Band w/inspection Port (0.5 cm) Inlet Hopper Inlet Hopper w/back-band, 6 lg. - 0 ga. (0.5 cm) By-Pass Center Well with Tube (0.5 cm) Inspection Port w/back Band (4 x 4 ) (6 6 cm x 6-6 cm) (0.5 cm) Chain Access Section x 5 (.5 m) (0.5 cm) Chain Access Section x (.9 m) Flat Storage Well w/grating, 5-08/0V, 60 Hz, PH Flat Storage Well w/grating, 08-0/460V, 60 Hz, PH Flat Storage Well w/grating, 5-08/0V, 60 Hz, PH, Explosion proof motor Flat Storage Well w/grating, 08-0/460V, 60 Hz, PH, Explosion proof motor $ 5.00 Provides inlet area in several different lengths. Includes a specified length of 0 gauge (.4 mm) tubular housing with conveyor chain, paddles, housing connecting band and chain connnector , , ,745.00, , , , ,79.00 P0 P P P4 P0 P40 P5 P55 P56 P57 Hopper 4-/'' (.08 m) long with 8'-0" (.44 m) of tubular housing and two sections of drive-over grating. Hopper 4-/'' (.08 m) long with 8'-0" of (.44 m) tubular housing and flow control. Hopper 4-/ (.08 m) long with rack and pinion gate. Includes 8-0 (.44 m) of tubular housing and two sections of drive-over grating. Hopper 4-/'' (.08 m) long with 8'-0" of (.44 m) tubular housing and solid cover. Hopper 0-/'' (.60 m) long with '-0'' (.66 m) of tubular housing and flow control and five sections of drive-over grating. Hopper -/'' (. m) long with 4'-0" (4.7 m) of tubular housing flow control and six sections of drive-over grating. Hopper 4-/ (.6 m) long with rack and pinion gate. Includes 96 (4.98 m) of tubular housing, seven sections of drive-over grating and electric gate control 08-0/460V, PH, 60 Hz. Hopper 4-/ (.6 m) long with rack and pinion gate. Includes 96 (4.98 m) of tubular housing, seven sections of drive-over grating and electric gate control 5-08/0V, PH, 60 Hz. Hopper 4-/ (.6 m) long with rack and pinion gate. Includes 96 (4.98 m) of tubular housing, seven sections of drive-over grating and electric gate control 08-0/460V, PH, 60 Hz, Explosion Proof Motor. Hopper 4-/ (.6 m) long with rack and pinion gate. Includes 96 (4.98 m) of tubular housing, seven sections of drive-over grating and electric gate control 5-08/0V, PH, 60 Hz, Explosion Proof Motor. $,88.00, ,655.00, , ,595.00,4.00,4.00,84.00,

18 GRAIN PUMP LOOP REDUCER DRIVE CORNER SPROCKET CORNER B A B C D 6" (5. cm) 5'' (88.9 cm) 6-/''(4.9 cm) 40 /6" (.04 m) 57-/4'' (.45 m) 8" (0. cm) 4-/6" (.07 m) 0-/4" (5.4 cm) 48-/4" (.4 m) 68-/" (.74 m) 0" (5.4 cm) 4-/" (.08 m) " (5. cm) 50-/4" (.8 m) 68-/" (.74 m) " (0.5 cm) 54" (.7 m) 8" (7. cm) 6" (.60 m) 86" (.8 m) A B C D 6" (5. cm) 4 7/8" (.09 m) 40 /6" (.04 m) 5 /8'' (89. cm) 5 /8'' (89. cm) 8" (0. cm) 50 7/8" (.9 m) 48 7/8" (.4 m) 4 /" (.08 m) 4 /" (.08 m) 0" (5.4 cm) 5 /8" (. m) 50 /8" (.7 m) 4 /" (.08 m) 4 /" (.08 m) " (0.5 cm) 66" (.68 m) 6" (.60 m) 54" (.7 m) 54" (.7 m) E 4" (6.0 cm) -/4" (80.6 cm) " (78.7 cm) 9" (99. cm) INSPECTION CORNER 90 DISCHARGE with GATE 6" (5. cm) 8" (0. cm) 0" (5.4 cm) " (0.5 cm) A 8-0 (.44 m) 8-0 (.44 m) 8-0 (.44 m) -0 (.66 m) * -6 (.8 m) * -6 (.8 m) *5-0 (4.57 m) B 6-9 / (.07 m) C 0-/6" (76.4 cm) Discharge 6" (5. cm) sq. 6-9 / (.07 m) *8-0 /8 (.70 m) -/6" (78.9 cm) 8'' (0. cm) sq. Opening *These dimensions are for extended length drops. 6-9 / (.07 m) *8-0 /8 (.70 m) -/6" (8.4 cm) 0'' (5.4 cm) sq. 9 - /4 (.04 m) * -5 (.48 m) 48" (. m) '' (0.5 cm) sq. A B C D E F 6" (5. cm) 44-/4" (. m) 66-/8" (.68 m) 74" (.88 m) 48-/" (. m) 6-/8" (6. cm) -7/8" (0. cm) 8" (0. cm) 5-5/8" (.6 m) 69-/6" (.77 m) 78-/6" (.00 m) 60-/4" (.5 m) 8-/8" (. cm) -7/8" (5. cm) 0" (5.4 cm) 6-/8" (.55 m) 7-/8" (.8 m) 8" (.06 m) 6-/8" (.55 m) 0-/8" (6.4 cm) 5-7/8" (40. cm) " (0.5 cm) 68" (.7 m) 7" (.8 m) 84-/4" (.4 m) 75" (.9 m) -/" (.8 cm) 9" (48. cm) 0795A 0784A 09A-B 087A 04

19 GRAIN PUMP LOOP INLET DUMP HOPPER 4-/ (.08 m) 8-/ (.0 m) 0-/ (.80 m) 5 (.8 m) 4-/ (.6 m) 45 (.70 m) 4-/4 (7.5 cm) 4-/4 (.06 m) 5-/4 (90.8 cm) RACK & PINION CONTROL 7-5/8'' (44.8 cm) 7 (.8 m) 9 (.4 m) (.5 m) 55 (.94 m) 7 (4.7 m) 68 (4.7 m) SIDE VIEW END VIEW Height of Hopper With Grating Installed With Screen Installed To Flange A B C 6" (5. cm) '' (5. cm) 9-/'' (49.5 cm) 7-/4' (45. cm) 8" (0. cm) ' (55.9 cm) 0-/'' (5. cm) 8-/4'' (47.6 cm) 0" (5.4 cm) 4'' (6.0 cm) -/'' (57. cm) 0-/4'' (5.7 cm) " (0.5 cm) 4-5/8'' (6.5 cm) -/8'' (58.7 cm) -/8'' (54. cm) Note: For concrete dimensions, see Page 9 in Mass-Ter Mover Conveyor section. *CENTER WELL * INTERMEDIATE WELL TOP VIEW TOP VIEW CUT AWAY VIEW FRONT END VIEW CUT AWAY VIEW FRONT END VIEW A B C D E F G 6" (5. cm) 7-/8'' (4.5 cm) '' (.0 cm) 6'' (40.6 cm) '' (0.5 cm) 6-/4'' (7. cm) -/8'' (7.9 cm) 9-/4'' (4.8 cm) 8" (0. cm) 5-7/8" (40. cm) -/" (.8 cm) 0-/8" (5.8 cm) 6-/8" (4.6 cm) 8-/4" (.0 cm) -/4'' (8. cm) -/4'' (. cm) 0" (5.4 cm) 7-/8" (4.5 cm) " (.0 cm) " (55.9 cm) 8" (45.7 cm) 7-7/8" (0 cm) -/4'' (5.7 cm) -7/8'' (.7 cm) " (0.5 cm) 8-/8" (46.0 cm) 4" (5.6 cm) " (55.9 cm) 7-/4" (45. cm) 0-/" (6.7 cm) -7/8'' (9.8 cm) 6-/'' (4.9 cm) A B C D E F G 6" (5. cm) -/8'' (0.8 cm) 8'' (0. cm) 6'' (40.6 cm) '' (0.5 cm) 6-/4'' (7. cm) -5/8'' (4. cm) 9-/4'' (4.8 cm) 8" (0. cm) 4-5/8'' (7. cm) 0-5/8 (7.0 cm) 5-7/8'' (40. cm) -/'' (.8 cm) 8-/8'' (0.6 cm) -/4'' (5.7 cm) -/8'' (0.8 cm) 0" (5.4 cm) 5-7/8'' (40. cm) -/'' (.8 cm) 6-5/8'' (4. cm) -5/8'' (. cm) 7-7/8 (0 cm) -/4'' (5.7 cm) -7/8'' (.7 cm) " (0.5 cm) -/4'' (56.5 cm) 4-/4'' (6. cm) 4-/'' (87.6 cm) -/8'' (. cm) 0-/8'' (5.7 cm) -/4'' (5.7 cm) 6-/8'' (4.0 cm) 088A 0845A 0799A 0800A 04

20 GRAIN PUMP DOUBLE RUN DOUBLE RUN DESIGN CONCEPTS. Grain Pumps will handle a wide range of free flowing materials. They should not be used with highly corrosive material such as fertilizer.. Do not exceed maximum lengths listed in the power charts.. Overfeeding a Grain Pump may cause plugging. Intake rate should not exceed the particular capacity of the drive. Hutchinson recommends loading be monitored by using an amp meter on electric drive. Locate the amp meter where it is easily visible to the operator. The Grain Pump will operate more smoothly, move more grain and last longer if loaded at 90% of fill or less, instead of an uncontrolled approach to 00%. 4. Grain pumps must be adequately supported to be rigid and straight. Supports should be spaced at 0' (6.0 m) to 0' (9.4 m) intervals. Dimensions of Conveying chamber Maximum Capacity * Chain Travel Head Shaft RPM Housing Gauge Galv. ** Paddles UHMW Head Shaft Dia. Boot Shaft Dia. Conveyor Chain Conveyor Sprocket 6" round (5. cm) 500 BPH (4 TPH) 8 FPM (0.0 MPM) 6 4 (.9 mm) /8" (0 mm) /" (8 mm) /" (8 mm) 8X Tooth SPECIFICATIONS DOUBLE RUN SYSTEM 8" round (0. cm) 4000 BPH (08 TPH) 9 FPM (00.8 MPM) 6 4 (.9 mm) /8" (0 mm) " (5 mm) " (5 mm) 8X Tooth 0" round (5.4 cm) 6000 BPH (6 TPH) 48 FPM (06.07 MPM) 4 (.66 mm) /" ( mm) " (5 mm) " (5 mm) 8XHH 4 Tooth " round (0.5 cm) 0,000 BPH (70 TPH) 400 FPM ( MPM) 0 0 (.4 mm) /" ( mm) -7/6" (87 mm) -7/6" (87 mm) 8XHH 8 Tooth * Clean, dry and non-abrasive grain. ** For 0 ga. housing on 8 Models - Add $7.00/ft. ** For 0 ga. housing on 0 Models - Add $.00/ft. ** For 7 ga. housing on Models - Add $4.00/ft. CROSS SECTION OF HOUSING 0860A 4 04

21 DOUBLE RUN CONVEYOR COMPONENTS FOR 6 GRAIN PUMP DOUBLE RUN SYSTEMS (For operating Horizontally or Inclined Up to 60.) Motor Pulley Not Included with Standard Boot with Drive - Use 4" (0. cm) O.D. Sheave. Motor Pulley Is Included with Head Section with Reducer Drive. REF. NO. DESCRIPTION CATALOG NO. WEIGHT LIST PRICE DRIVE BOOT SECTIONS * (Drive preassembled at factory) Standard Boot w/drive Electric Drive -B, Up to 0 HP (7.5 kw) P64C4 40 lbs. (8 kg) $,0.00 HEAD SECTION * (Use w/drive Boot Section) Head Section w/take up P64C4 6 lbs. (5 kg) $, HEAD SECTION w/reducer Drive* (Drive preassembled at factory) Motor Pulley Included Electric Drive, Up to 5 HP (4 kw) Electric Drive, Up to 0 HP (7.5 kw) Electric Drive, Up to 5 HP ( kw) P65C4R P654C4R P655C4R 05 lbs. (8 kg) 5 lbs. (47 kg) 440 lbs. (00 kg) $ 4, , ,8.00 BOOT SECTION * (Less Drive) For use with Head Section w/reducer Drive Standard Boot (Less Drive) P646C4 4 lbs. (0 kg) $,64.00 TUBE HOUSING SECTION * 5' (.5 m) Double Tube Section 0' (.05 m) Double Tube Section 0' (6.0 m) Double Tube Section ' (9.75 m) Double Tube Section P605C4 P60C4 P60C4 P6C4 0 lbs. (46 kg) 75 lbs. (79 kg) 0 lbs. (50 kg) 485 lbs. (0 kg) $ ,0.00,7.00, INLET COMPONENTS Incline Hopper Cover P650A P65A lbs. (0 kg) 5 lbs. (6 kg) $ OUTLET COMPONENTS Head Discharge Spout 90 Head Discharge Spout 45 Intermediate Drop w/gate Rack & Pinion Intermediate Loop Style Drop (for Horizontal use only) P667A P668A P648A P650A P657A 7 lbs. (8 kg) 6 lbs. (7 kg) 56 lbs. (5 kg) 7 lbs. (8 kg) 5 lbs. (6 kg) $ , MISC. COMPONENTS Chain Access Section x (.9 m) long, band-on Chain Access Section x 5 (.5 m) long, band-on * Indicates items that include chain, paddles and two connecting bands. Paddles are shipped assembled. 05A P686A P687A 96 lbs. (44 kg) 46 lbs. (66 kg) $

22 DOUBLE RUN CONVEYOR COMPONENTS FOR 8 GRAIN PUMP DOUBLE RUN SYSTEMS (For operating Horizontally or Inclined Up to 60.) Motor Pulley not Included with Standard Boot with Drive - Use 4." (0.7 cm) P.D. Sheave for 8 (0. cm) Pump. Motor Pulley is included with Head Section with Reducer Drive. P844C4 60 lbs. (8 kg) 4,.00 **Standard Boot with drop-through gated outlet and drive: Add DT to Catalog Number, i.e. P84C4DT. Add $78.00 to. DT adds 6 lbs. ( kg) on 8. **Standard Boot with drive on right side: Add RH to, i.e. P84C4RH. remains the same. REF. NO. DESCRIPTION CATALOG NO. WEIGHT LIST PRICE A STANDARD DRIVE BOOT SECTIONS * (Drive preassembled at factory) **Standard Boot w/drive Electric Drive -B, Up to 5 HP ( kw) Electric Drive 4-B, Up to 0 HP (5 kw) STANDARD BOOT SECTION * (Less Drive) For use with Head Section w/reducer Drive Standard Boot (Less Drive) Standard Boot w/drop Through Non-Inlet Boot (Less Drive) WIDE BOOT SECTIONS *(Drive Preassembled at factory) All wide 8 boots include motor pulley & bushing. Wide Boot, HP to 5 HP w/weasler reducer (4 to ) Wide Boot, 7-/ HP to 0 HP w/weasler reducer (4 to ) Wide Boot, 5 HP to 0 HP w/weasler reducer (4 to ) Wide Boot, HP to 5 HP w/dodge reducer (TA07H05) Wide Boot, 7-/ HP to 0 HP w/dodge reducer (TA07H05) Wide Boot, 5 HP w/dodge reducer (TA5H05) Wide Boot, 0 HP w/dodge reducer (TA0H05) Wide boot with drop-through outlet and drive: Add DT to, i.e. P89C4DT. Add $75.00 to. Wide boot with drop-though outlet does not include spout; select head discharge spout from Page 6A to bolt on to outlet. If rack & pinion control with gate is desired, use P85A. 6 P84C4 P846C4 P846C4DT P847C4 P890C4 P89C4 P89C4 P89C4 P894C4 P895C4 P896C4 60 lbs. (8 kg) 60 lbs. (6 kg) 86 lbs. (75 kg) 65 lbs. (75 kg) 900 lbs. (408 kg) 905 lbs. (4 kg) 95 lbs. (40 kg) 840 lbs. (8 kg) 840 lbs. (8 kg) 880 lbs. (99 kg) 90 lbs. (4 kg) Multiple tall hoppers can be stacked or tapered hopper added to full hopper(s). * Indicates items that include chain, paddles and two connecting bands. Paddles are shipped assembled. $ 4,06.00 $,708.00,980.00,87.00 $6,9.00 6,9.00 6, , , , , WIDE BOOT SECTION * (Less Drive) For use with Head Section w/reducer Drive 8 Wide Boot (less drive) P897C4 595 lbs. (70 kg) $, Wide Boot w/drop Through P897C4DT 575 lbs. (6 kg),98.00 Wide boot with drop-though outlet does not include spout; select head discharge spout from Page 6A to bolt on to outlet. If rack & pinion control with gate is desired, use P85A. 4 4A 5 5A 4 4A 5 5A * STANDARD INLET COMPONENTS Inlet Hopper Tapered Hopper Inlet Hopper Cover Tapered Hopper Cover Bypass Inlet Intermediate Inlet (for use on bottom tube only) WIDE BOOT INLET COMPONENTS Tall Hopper Extension for 8 wide boot Tapered Hopper Extension for 8 wide boot Cover f/tall Hopper for 8 wide boot Cover f/tapered Hopper f/8 wide boot P870A P0805A P87A P0806A P88C4 P88A P87A P87A P874A P875A lbs. (4 kg) lbs. (4 kg) lbs. (5 kg) 4 lbs. (9 kg) 0 lbs. (00 kg) 00 lbs. (45 kg) 56 lbs. (5 kg) 40 lbs. (8 kg) 5 lbs. (6 kg) 6 lbs. (6 kg) $ , $

23 DOUBLE RUN FOR 8 GRAIN PUMP DOUBLE RUN SYSTEMS REF. NO. DESCRIPTION CATALOG NO. WEIGHT LIST PRICE HEAD SECTION * (Use w/drive Boot Section) Head Section w/take up, up to 0 HP P84C4 60 lbs. (7 kg) $, HEAD SECTION w/reducer Drive* (Drive preassembled at factory) Motor Pulley Included Electric Drive, Up to 5 HP (4 kw) Electric Drive, Up to 0 HP (7.5 kw) Electric Drive, Up to 5 HP ( kw) Electric Drive, Up to 5 HP (8.5 kw) P85C4R P854C4R P855C4R P856C4R 05 lbs. (8 kg) 5 lbs. (47 kg) 70 lbs. (68 kg) 4 lbs. (96 kg) $ 4, , ,0.00 7, TUBE HOUSING SECTION * 5' (.5 m) Double Tube Section 0' (.05 m) Double Tube Section 0' (6.0 m) Double Tube Section ' (9.75 m) Double Tube Section P805C4 P80C4 P80C4 P8C4 40 lbs. (64 kg) 40 lbs. (09 kg) 40 lbs. (95 kg) 670 lbs. (04 kg) $ ,57.00,.00, A B OUTLET COMPONENTS Head Discharge Spout 90 Head Discharge Spout 60 Head Discharge Spout 45 Intermediate Drop w/gate Intermediate Loop Style Drop (for Horizontal use only) 60 Intermediate Loop Style Drop Rack & Pinion Rack & Pinion Gate f/head Discharge Spout P867A P866A P868A P87A P857A P858A P850A P85A 6 lbs. (6 kg) 4 lbs. (5 kg) 4 lbs. (5 kg) 67 lbs. (0 kg) 60 lbs. (7 kg) 56 lbs. (7 kg) 0 lbs. (9 kg) 70 lbs. ( kg) $ ,69.00, , MISC. COMPONENTS Chain Access Section x long band-on Chain Access Section x 5 long band-on P886A P887A 0 lbs. (46 kg) 54 lbs. (70 kg) $ A 04-

24 DOUBLE RUN CONVEYOR COMPONENTS FOR 0 GRAIN PUMP DOUBLE RUN SYSTEMS (For operating Horizontally or Inclined Up to 60.) Motor Pulley is included with Head Section with Reducer Drive. REF. NO. DESCRIPTION CATALOG NO. WEIGHT LIST PRICE STANDARD DRIVE BOOT SECTIONS * (Drive preassembled at factory) Motor Pulley not Included with Standard Boot with Drive - Use.8 (97 mm) P.D. Sheave for up to 0 HP (5 kw) Use 5. (. cm) P.D. Sheave for 5 HP-0 HP (8.5 kw- kw). **Standard Boot w/drive Electric Drive -B, Up to 5 HP ( kw) Electric Drive 4-B, Up to 0 HP (5 kw) Electric Drive 4-B, Up to 0 HP ( kw) P04C4 P044C4 P045C4 76 lbs. (4 kg) 746 lbs. (8 kg) 875 lbs. (97 kg) **Standard Boot with drop-through gated outlet and drive: Add DT to Catalog Number, i.e. P04C4DT. Add $4.00 to. DT add 0 lbs. (4 kg) on 0. $ 4,.00 4, ,80.00 A STANDARD BOOT SECTION * (Less Drive) For use with Head Section w/reducer Drive Standard Boot (Less Drive) Standard Boot w/drop Through Non-Inlet Boot (Less Drive) P046C4 P046C4DT P047C4 490 lbs. ( kg) 50 lbs. (6 kg) 77 lbs. (6 kg) $,898.00,8.00, A 5 5A 6 7 STANDARD INLET COMPONENTS Tall Hopper Extension Tapered Hopper Extension Cover f/tall Hopper Extension Cover f/tapered Hopper Bypass Inlet Intermediate Inlet (for use on bottom tube only) P070A P07A P07A P07A P08C4 P08A WIDE BOOT SECTIONS *(Drive Preassembled at factory) All wide 0 boots include motor pulley & bushing. Wide Boot, 7-/ HP to 0 HP w/weasler reducer Wide Boot, 5 HP to 0 HP w/weasler reducer Wide Boot, 5 HP to 0 HP w/weasler reducer Wide Boot, 7-/ HP to 0 HP w/dodge reducer Wide Boot, 5 HP to 0 HP w/dodge reducer Wide Boot, 5 HP w/dodge reducer P090C4 P09C4 P09C4 P09C4 P094C4 P095C4 7 lbs. (7 kg) 5 lbs. (6 kg) 8 lbs. ( kg) 48 lbs. ( kg) 50 lbs. (59 kg) 4 lbs. (64 kg) 85 lbs. (58 kg) 90 lbs. (540 kg) 5 lbs. (60 kg) 50 lbs. (5 kg) 95 lbs. (54 kg) 70 lbs. (576 kg) 40 lbs. (608 kg) Wide Boot, 0 HP w/dodge reducer P096C4 Wide boot with drop-through outlet and drive: Add DT to, i.e. P09C4DT. Add $4.00 to. Select Head discharge spout from next page to bolt on to outlet. If rack & pinion control with gate is desired, use P05A. WIDE BOOT SECTION * (Less Drive) For use with Head Section w/reducer Drive 0 Wide Boot (less drive) P097C4 80 lbs. (76 kg) 0 Wide Boot w/drop Through P097C4DT 80 lbs. (76 kg) $ , $6, , , , , , , $, , A 5 5A WIDE BOOT INLET COMPONENTS Tall Hopper Extension for 0 wide boot Tapered Hopper Extension for 0 wide boot Cover f/tall Hopper for 0 wide boot Cover f/tapered Hopper f/0 wide boot Multiple tall hoppers can be stacked or tapered hopper added to full hopper(s) * Indicates items that include chain, paddles and two connecting bands. Paddles are shipped assembled P077A P079A P078A P080A 6 lbs. (8 kg) 4 lbs. (0 kg) 4 lbs. (9 kg) 4 lbs. (9 kg) $

25 DOUBLE RUN CONVEYOR COMPONENTS FOR 0 GRAIN PUMP DOUBLE RUN SYSTEMS (For operating Horizontally or Inclined Up to 60.) REF. NO. DESCRIPTION CATALOG NO. WEIGHT LIST PRICE HEAD SECTION * (Use with Drive Boot Section) Head Section w/take up, up to 0 HP Head Section w/take up, up to 0 HP P04C4 P04C4 6 lbs. (9 kg) 77 lbs. (6 kg) $,66.00,5.00 HEAD SECTION with Reducer Drive* (Drive preassembled at factory) Motor Pulley Included Motor Pulley is included with Head Section with Reducer Drive. Electric Drive, Up to 0 HP (7.5 kw) w/dodge Reducer Electric Drive, Up to 5 HP ( kw) w/dodge Reducer Electric Drive, Up to 0 HP (5 kw) w/dodge Reducer Electric Drive, Up to 5 HP (8.5 kw) w/dodge Reducer Electric Drive, Up to 0 HP ( kw) w/dodge Reducer Electric Drive, Up to 40 HP (0 kw) w/dodge Reducer P054C4R P055C4R P056C4R P057C4R P058C4R P06C4R 40 lbs. (95 kg) 480 lbs. (8 kg) 56 lbs. (4 kg) 546 lbs. (48 kg) 66 lbs. (84 kg) 67 lbs. (89 kg) $ 5, ,4.00 7, , , ,00.00 TUBE HOUSING SECTION * 5' (.5 m) Double Tube Section 0' (.05 m) Double Tube Section 0' (6.0 m) Double Tube Section 0' (9.4 m) Double Tube Section P005C4 P00C4 P00C4 P00C4 50 lbs. ( kg) 45 lbs. (9 kg) 755 lbs. (4 kg) 00 lbs. (499 kg) $,9.00,5.00, , A OUTLET COMPONENTS Head Discharge Spout 90 Head Discharge Spout 60 Head Discharge Spout 45 Intermediate Loop Style Drop (for Horizontal use only) 60 Intermediate Loop Style Drop Rack & Pinion Control (f/drop-though Standard Boot) Rack & Pinion Gate (f/head Discharge Spout) P067A P066A P068A P057A P058A P050A P05A 45 lbs. (0 kg) 47 lbs. ( kg) 48 lbs. ( kg) 76 lbs. (80 kg) 7 lbs. (78 kg) 4 lbs. ( kg) 84 lbs. (8 kg) $ ,69.00, , MISC. COMPONENTS Chain Access Section x long band-on Chain Access Section x 5 long band-on P086A P087A lbs. (5 kg) 70 lbs. (77 kg) $ * Indicates items that include chain, paddles and two connecting bands. Paddles are shipped assembled

26 DOUBLE RUN CONVEYOR COMPONENTS FOR GRAIN PUMP DOUBLE RUN SYSTEMS (For operating Horizontally or Inclined Up to 60.) 5 Motor Pulley is included with Standard Boot with Drive - Motor Pulley is included with Head Section with Reducer Drive. REF. NO. DESCRIPTION CATALOG NO. WEIGHT LIST PRICE DRIVE BOOT SECTIONS * (Drive preassembled at factory) **Standard Boot w/drive Electric Drive -B, 5-0 HP (-5 kw) P4C4 Electric Drive -B, 5-0 HP (8.5 -kw) P44C4 Electric Drive 4-B, HP (0-7 kw) P45C4 Electric Drive 4-B, 60 HP (45 kw) P46C4 80 lbs. (55 kg) **Standard Boot with drop-through gate outlet and drive: Add DT to Catalog Number, i.e. P4C4DT. Add $ to. DT add 40 lbs. (8 kg) on. * Indicates items that include chain, paddles and two connecting bands. Paddles are shipped assembled lbs. (56 kg) 60 lbs. (56 kg) 80 lbs. (55 kg) $ 8, , , ,6.00 HEAD SECTION * (Use w/drive Boot Section) Head Section w/take up, up to 60 HP (45 kw) P4C4 490 lbs. ( kg) $, A * A HEAD SECTION w/reducer Drive* (Drive preassembled at factory) Motor Pulley Included Electric Drive, 0 HP (5 kw) P55C4R 770 lbs. (49 kg) $ 8, Electric Drive, 0 HP ( kw) P56C4R 865 lbs. (9 kg) 9,6.00 Electric Drive, 50 HP (7 kw) P57C4R 990 lbs. (449 kg), Electric Drive, 60 HP (45 kw) P58C4R Contact Factory BOOT SECTION * (Less Drive) For use with Head Section w/reducer Drive Standard Boot (Less Drive) P47C4 750 lbs. (40 kg) Standard Boot w/drop Through P47C4DT 790 lbs. (58 kg) Non-Inlet Boot (Less Drive) P48C4 505 lbs. (9 kg) TUBE HOUSING SECTION * 5' (.5 m) Double Tube Section 0' (.05 m) Double Tube Section 0' (6.0 m) Double Tube Section 0' (9.4 m) Double Tube Section INLET COMPONENTS Tapered Hopper Extension Cover for Tapered Hopper Tall Hopper Extension Cover for Tall Extension (will fit boot w/o hopper also) By-Pass Inlet Intermediate Inlet (for use on bottom tubes only) OUTLET COMPONENTS Head Discharge Spout Spout w/ Sq. Opening Head Discharge Spout 60 Head Discharge Spout 45 Intermediate Loop Style Drop (for Horiz. use only) 60 Intermediate Loop Style Drop Rack & Pinion (f/drop Through Boot) Rack & Pinion Gate f/head Discharge Spout) MISC. COMPONENTS Chain Access Section x long, band-on Chain Access Section x 5 long, band-on P05C4 P0C4 P0C4 P0C4 P70A P7A P7A P7A P8C4 P8A P66A P66A-SF P67A P68A P57A P58A H4A P5A P86A P87A 40 lbs. (54 kg) 585 lbs. (65 kg) 060 lbs. (48 kg) 545 lbs. (70 kg) 40 lbs. (8 kg) 55 lbs. (5 kg) lbs. (60 kg) 40 lbs. (8 kg) 450 lbs. (04 kg) 50 lbs. (68 kg) 50 lbs. ( kg) 54 lbs. (4 kg) 65 lbs. (9 kg) 69 lbs. ( kg) 45 lbs. (97 kg) 45 lbs. (88 kg) 8 lbs. (8. kg) 00 lbs. (45 kg) 6 lbs. (5 kg) 80 lbs. (8 kg) $ 5, ,564.00,7.00 $,796.00,4.00 5, ,70.00 $ , $ ,966.00, ,.00 $

27 DOUBLE RUN DOUBLE RUN GRAIN PUMP POWER CALCULATION Select the angle of operation and a grain pump size that can deliver the needed capacity. The capacities listed are maximum and will likely only be achieved in horizontal operation. Maximum capacity will likely reduce as operating angle increases due to reduced feeding efficiency at the intake. In the higher angles of operation, capacity reductions from maximum of 0% to 50% are possible. Use of the Inlet Extension will place grain higher in the boot for increased feeding efficiency. Use the tables below to determine the horsepower per foot (kw per meter) for the operating capacity and angle of operation. The power values are for maximum capacity. For operating capacity below maximum, reduce the power proportionally. Multiply the conveyor length by the horsepower per foot (kw per meter) to find the required power. For calculation purposes, the head and boot together are feet (.96 m) of conveyor length. Then add the length of tube housing sections for total conveyor length. 6 DOUBLE RUN POWER TABLE MAXIMUM CAPACITY IS 500 BPH (4 TPH) Angle of Operation Horsepower per foot (kw per meter) Horizontal.04 (.0) 5.06 (.5) (.07) 45.0 (.9) (.4) 8 DOUBLE RUN POWER TABLE MAXIMUM CAPACITY IS 4000 BPH (08 TPH) Angle of Operation Horsepower per foot (kw per meter) Horizontal.076 (.85) 5. (.75) 0.67 (.407) 45. (.54) (.658) 0 DOUBLE RUN POWER TABLE MAXIMUM CAPACITY IS 6000 BPH (6 TPH) Angle of Operation Horsepower Per Foot (kw per meter) Horizontal.4 (.78) 5.70 (.44) 0.50 (.60) 45. (.8) (.988) DOUBLE RUN POWER TABLE MAXIMUM CAPACITY IS 0,000 BPH (70 TPH) Angle of Operation Horsepower Per Foot (kw per meter) Horizontal.8 (.49) 5.68 (.654) 0.97 (.968) (.78) (.54) 0 04

28 HEAD SECTION DOUBLE RUN TUBE HOUSING Includes Two Connecting Bands 6 & 8-6 (9.4 cm) 0-8 (96.5 cm) - 47 (0.5 cm) 6" - 4-7/8" (7.8 cm) 8" - 7" (4. cm) 0" - -/4" (55. cm) - 7-/ (68.6 cm) 6" - 8 7/8" (.5 cm) 8" - 9" (.9 cm) 0" - -/4 (9.8 cm) " - 5-/ (8. cm) 6 Model SIDE VIEW OF STANDARD BOOT WITH DRIVE SPOUTS For use on Head Discharge only. For units inclined over 0, use 45 Spout or reverse position of 90 Spout. 8, 0 & Model A G F D E A B E F C SIDE VIEW OF HEAD SECTION WITH REDUCER DRIVE (6 & 8 ) 9" (48. cm) '-" (99. cm) A B C D E F G 6" (5. cm) 4-/4" (6. cm) 5-/4" (8.7 cm) 7-/" (9. cm) -/4" (55. cm) 7-5/8" (9.4 cm) 8-9/6" (.7 cm) 5-/4" (40.0 cm) 8" (0. cm) 4" (6.0 cm) -7/8" (. 7 cm) 7-/" (9. cm) -/8" (54. cm) 9-/6" (4.6 cm) 0-9/6" (6.8 cm) 5-/4" (8.7 cm) 0" (5.4 cm) 8" (7. cm) -/4" (4.9 cm) 8-/" (.6 cm) -/8" (54. cm) -/4" (9.8 cm) -/" (.8 cm) 7-/" (44.5 cm) 6" Model - Discharge Opening Size = 8" (0. cm) 8" Model - Discharge Opening Size = 0" (5.4 cm) 0" Model - Discharge Opening Size = " (0.5 cm) " Model - Discharge Opening Size = 4" (5.6 cm) " (0.5 cm) -/8" (8.6 cm) 4-7/6" (6.7 cm) 0" (5.4 cm) -/4" (55. cm) -/4" (4.9 cm) 4-/" (6.8 cm) 0-7/8" (5.0 cm) ' (9.4 cm) 054A-B 055A A 000A4 054A-A 04