PORTABLE Lo-Pro BATCHING SILO MANUAL
PORTABLE Lo-Pro BATCHING SILOMANUALLegal 8’-6” Wide Legal 13’-6” TallOverall Length is 26’Portable Lo-Pro Batching Silo 800 CF. capacity (30 ton) **Cement Low-Profile design. 10 “ screw conveyor 12cu. ft. per minutedischarge capacity. 10HP Electric Motor. Loss weight batching computer. Cone fluidizer system with distribution tank. 4– speed jacks. Overload protection with high level alarm. Other options available**Cement can weigh between 88-94 lbs. per cubic foot depending on how aerated it is.1135 E. Wooley Rd.Oxnard CA, 93030Ph #Fax #805-247-0418805-247-0246www.CementSilos.com
LOMANUALMANUALPortable Lo-Pro batching siloThe Standard DSS Low Profile Batching Silo is equipped with all the necessary equipment for operation. Electrical power to the panel and an air supplyis all that is needed. The unique feature of this silo is it’s low profile design. Acrane is not required to set up this unit in the field.Be sure to keep the silo as moisture free as possible. Foreign objects orhardened cement will cause the auger system to jam. Clean out holes are installed in the auger to free jammed material. If the silo is not to be used for anextended length of time it should be cleaned out completely, as not to havehardened material dislodge into the auger system upon resumption of use. Theauger system is designed to start under a full load, if some problem occurs jamgates are installed at the auger inlet points so material can be shut off from theauger in emergency situations. Keep the bearings greased (do not over grease)and check the lubricant level in the gear box, as it is not to run dry. Running drywill cause major damage to power transmission unit. Keep the auger dischargefree of cement build up. Remove the boot sock occasionally and free any hardened materials. Neglect causes the drive to be over worked and could cause themotor to burn out.The silo is equipped with a AirMax style dust collector. Be sure to checkthe dust socks for excess build up of cement. . The socks need to be checked tomake sure they stay on the holders and the cleanout compartment cleaned outproperly. Neglect may cause damage to the dust socks or possible damage tothe silo. Care of these units depends on how much they are used.The silo is equipped with an emergency pop-off valve. If the socks or airtransfer system would plug, the valve would lift up relieving the pressure. Thevalve is adjusted by DSS but may need further adjusting on site. DO NOTOVER TIGHTEN. Do not over fill the silo. Over filling of this unit could causea hazardous situation. The air transfer system will plug and the pop-off valvemay also be rendered unable to function, causing the dust collector to breakloose or the top to be forced open or possibly off. BE CAREFUL NOT TOOVERFILL1135 E. Wooley Rd.Oxnard CA, 93030Ph #Fax #805-247-0418805-247-0246www.CementSilos.com
LOMANUALMANUALCollector SpecificationsTotal Filtration AreaAir to Cloth Ratio (ACFM/Sq.’)Pressure Drop (in. H 2O)Air CapacityOutlet Area (Sq.’)Cleaning MethodVibrator (Air or Electric)Vibrator Air Consumption (High Press.)Vibrator PowerDuty CycleNormal Operating PressureMax Operating PressureOver pressure relief settingsFilter Bag SpecificationsFilter Bag CountReplacement Filter Bag Model #DimensionsFilter Area (Per)Material WeightFiberConstructionPermeabilityMullen Burst DryTemperature LimitEfficiency (PM-10)150 Sq. Ft.2.56”375 C.F.M.58Shaker PlateRotary Style8 CFM (Max)120 V/ 1 ph1.5 hours8 - 15 PSI *20 PSI *18 PSI *Vibrator Specifications18 hung styleDC150S8” OD X 48” Height8.33 Sq. ‘9 oz. / Sq. Yd.100% PolyesterSpun/Spun25 c.f.m.500 PSI275 Deg. F.99.99%Air VibratorVPM @ 60 PSICFM @ 60 PSINoise @ 60 PSIControlModel V-19042007.5 CFM70 dbManualElectric VibratorVoltage/ampsVPMNoiseControlModel 2P-75115v/0.5 amp360
PORTABLE Lo-Pro BATCHING SILO MANUAL 1135 E. Wooley Rd. Ph # 805-247-0418 Oxnard CA, 93030 Fax # 805-247-0246 www.CementSilos.
* O/A Silo height is based on the 800mm clearance under the cone, for silos with the 1300mm clearance, add 500mm to the overall silo height. ** Silo capacity indicated is the true volume of the entire shell of the silo. Please allow extra capacity in the silo you chose to allow for: a) Variations in product density due to aeration of product
impact on the silo technology related to the storage and retrieval of pow dered mineral bulk products. In the pictures on the right the diffe-rent steps of a silo building are shown, i.e. from the start of buil-ding the silo to its completion and its start-up. Aeration section and silo outlet Central cone silo after feeding Emptying degree 99%
gear. Once in position the Collinson engineer will secure the silo to the base, when completed the silo is ready for your use. 2.4 Materials The silo has been designed to store free flowing materials less than 750 kg/m³ in density. The capacity stated for your model of silo is the true volume of the silo. To accommodate free space
124 Samples from 68 Silo Faces Legume, Grass, Mixed, Corn Silage & BMR CS 2004 Æ2008, Most in 2006 & 2007 Crop Seasons. Led us to these conclusions Bunker Silo/Pile Density Study - Describe Silo Filling Dynamic Relative . to DM Densities:
o Determine the percentage of coal contained in the volume of the coal silo. o Create a scale drawing of the silo at full capacity. As well as modeling the percentage of the volume of the silo that would contain coal. o Calculate the surface area of a complex three dimensional object. o Determine and analyze building material needs and cost.
Subsequent increase of the silo capacity Removable Standardized silo design Less engineering hours Short Delivery Time Economic storage capacity with planning reliability - world-wide! ZEPPELIN - over 100 years of innovation Thank you for your attention! Title: 01 BOLT-TEC Silo englisch_20101008
1.1. Inventorying Concrete Materials 1.2. Storing Concrete Materials 1.3. Water-Cement Ratio 1.4. Concrete Batching 1.5. Stationary Mixing and Delivery 1.6. Ready Mixing and Delivery 1.7. Hot Weather Batching 1.8. Cold Weather Batching 2. Concrete Paving Site Preparation and Construction 2.1. Preparing the Subgrade and Subbase 2.2. Setting .
mathematics at an advanced level, including articulation to university degree study. The Unit will provide learners with opportunities to develop the knowledge, understanding and skills to apply a range of differential and integral calculus techniques to the solution of mathematical problems. Outcomes On successful completion of the Unit the learner will be able to: 1 Use differentiation .
