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installations.",{"title":1344,"searchDepth":1345,"depth":1345,"links":1346},"",3,[1347,1349,1350,1351],{"id":40,"depth":1348,"text":41},2,{"id":555,"depth":1348,"text":556},{"id":1299,"depth":1348,"text":1300},{"id":1323,"depth":1348,"text":1324},"Process Instrumentation and Level Measurement","Non-contact radar sensors, pressure transmitters, and continuous level measurement systems for industrial process automation.","i-lucide-gauge",[1356,1357,1358,1359],"PLICSCOM Display and Adjustment Module with Bluetooth 5.0","PACTware, AMS, PDM, and DTM Process Configuration Software","VEGA Tools Mobile Application for iOS and Android","Standard DN 50–DN 200 Flanges, Hygienic Fittings, and NPT\u002FG Thread Mounts","USD","2026-10-01T00:00:00Z","Universal 80 GHz continuous non-contact radar level sensor engineered by VEGA for extreme process conditions, high-temperature chemical reactors, and high-pressure vessels.",[1364,1370],{"name":1365,"url":1366,"type":1367,"format":1368,"size":1369},"VEGAPULS 6X Specification Datasheet","\u002Fstore\u002Finstrumentation\u002Fvegapuls-6x\u002Fdatasheet-vegapuls-6x.pdf","Datasheet","pdf","1.9 MB",{"name":1371,"url":1372,"type":1373,"format":1368,"size":1374},"VEGAPULS 6X Operating & Safety Manual","\u002Fstore\u002Finstrumentation\u002Fvegapuls-6x\u002Fmanual-vegapuls-6x.pdf","Manual","4.2 MB",false,"md",[1378,1382],{"src":1379,"alt":1380,"caption":1381},"\u002Fstore\u002Finstrumentation\u002Fvegapuls-6x\u002Fgallery-1.png","VEGAPULS 6X mounted on a high-pressure chemical reactor vessel","Flange-mounted 80 GHz radar profiling turbulent liquid levels in high-temperature chemical processing",{"src":1383,"alt":1384,"caption":1385},"\u002Fstore\u002Finstrumentation\u002Fvegapuls-6x\u002Fgallery-2.png","VEGAPULS 6X displaying Bluetooth wireless calibration on tablet","Non-contact setup via VEGA Tools app using Bluetooth 5.0 wireless connectivity",[1387,1388,1389,1390,1391,1392],"Employs high-focus 80 GHz radar technology with a narrow 3° beam angle to ignore internal vessel obstructions","Handles extreme process temperatures from -196 °C to +250 °C and pressures from -1 to 25 bar (-100 to 2,500 kPa)","Achieves millimeter-level measurement accuracy (≤ 1 mm) over range up to 120 meters","Non-contact radar measuring principle eliminates mechanical wear, clogging, and maintenance","IEC 62443-4-2 cybersecurity compliance and functional safety up to SIL2\u002FSIL3 (homogeneous redundancy)","Supports 4-20 mA\u002FHART, Profibus PA, Foundation Fieldbus, Modbus, and Ethernet-APL field interfaces","\u002Fstore\u002Finstrumentation\u002Fvegapuls-6x\u002Fimage.png",true,"2026-10-01T08:00:00Z",{"readingTime":1397},{"text":1398,"minutes":1399,"time":1400,"words":1401},"2 min read",1.77,106200,354,"\u002Fstore\u002Finstrumentation\u002Fvegapuls-6x",{"title":1404,"description":1405},"VEGAPULS 6X 80 GHz Radar Level Sensor | NodeWave","Explore the VEGAPULS 6X 80 GHz continuous non-contact radar level sensor by VEGA. Engineered for high-temperature chemical reactors, high pressure, and SIL2\u002F3 applications.","VEGA-PULS-6X",[1408,1412,1415,1418,1423,1426,1430,1433,1437],{"category":1409,"label":1410,"value":1411},"Measurement and Signal Processing","Operating Frequency","80 GHz (W-band) with optional 6 GHz \u002F 26 GHz modes",{"category":1409,"label":1413,"value":1414},"Maximum Range & Beam Angle","120 m (393.7 ft) range | ~3° beam angle",{"category":1409,"label":1416,"value":1417},"Measurement Accuracy","≤ 1 mm",{"category":1419,"label":1420,"value":1421,"unit":1422},"Process and Operating Limits","Process Temperature Range","-196 to +250","°C",{"category":1419,"label":1424,"value":1425},"Process Pressure Range","-1 to 25 bar (-100 to 2,500 kPa)",{"category":1427,"label":1428,"value":1429},"Communication and Electronics","Signal Output Options","4-20 mA\u002FHART, Profibus PA, Foundation Fieldbus, Modbus, Ethernet-APL",{"category":1427,"label":1431,"value":1432},"Wireless Commissioning","Integrated Bluetooth 5.0 (up to 25 m line of sight)",{"category":1434,"label":1435,"value":1436},"Safety and Cybersecurity","Functional Safety & Cybersecurity","SIL2 \u002F SIL3 certified (IEC 61508) | IEC 62443-4-2 Level 2",{"category":1438,"label":1439,"value":1440},"Enclosure and Construction","Wetted Materials & Housing","316L, PP, PTFE, PEEK | IP66\u002FIP68\u002FIP69K (Plastic, Stainless Steel, Aluminum)","store\u002Finstrumentation\u002Fvegapuls-6x",[1443,31,1444,1445,1446,1447],"VEGA","Radar Level Sensor","80 GHz","Chemical Reactors","SIL2\u002FSIL3",[1449,1450,1451,1452],"High-Temperature and High-Pressure Chemical Reactor Level Profiling","Aggressive Media Tanks with PTFE\u002FPEEK Wetted Materials","Tall Silos, Bunkers, and Solids Storage with Heavy Dust and Turbulence","Hygienic Pharmaceutical and Food Processing Vessels","0T5S2YTorhJo04XaEUf6b_xbnpsQSI5Q8LsZ5mjinEY",[1455,1460],{"title":1456,"path":1457,"stem":1458,"description":1459,"children":-1},"Siemens SITRANS LR560 Radar Level Transmitter","\u002Fstore\u002Finstrumentation\u002Fsitrans-lr560","store\u002Finstrumentation\u002Fsitrans-lr560","High-frequency 78 GHz FMCW radar level transmitter designed by Siemens for continuous monitoring of dry bulk solids up to 100 meters in high-dust industrial silos.",{"title":1461,"path":1462,"stem":1463,"description":1464,"children":-1},"Cisco Catalyst IE3400 Heavy Duty Switch","\u002Fstore\u002Fnetworking\u002Fcisco-catalyst-ie3400","store\u002Fnetworking\u002Fcisco-catalyst-ie3400","High-density modular DIN-rail industrial switch delivering secure, high-bandwidth, and low-latency network backbones for DCS platforms.",[1466],{"id":1467,"title":1456,"_path":6,"anchors":1468,"badge":1475,"body":1476,"category":1352,"categoryDescription":3206,"categoryIcon":1354,"compareAtPrice":6,"compatibility":3207,"currency":1360,"date":1361,"description":1459,"downloads":3212,"draft":1375,"excerpt":6,"extension":1376,"featured":1375,"gallery":3221,"highlights":3230,"image":3237,"inStock":1394,"lastUpdated":3238,"meta":3239,"navigation":1394,"path":1457,"price":6,"seo":3245,"sku":3248,"specs":3249,"stem":1458,"tags":3279,"useCases":3286,"version":6,"__hash__":3291},"store\u002Fstore\u002Finstrumentation\u002Fsitrans-lr560.md",[1469,1472],{"label":1470,"icon":10,"to":1471,"target":12},"Official Siemens Industrial Support Portal","https:\u002F\u002Fsupport.industry.siemens.com\u002Fcs\u002Fproducts\u002F7ml5440",{"label":1473,"icon":1338,"to":1474,"target":12},"Siemens Level Measurement Portfolio","https:\u002F\u002Fwww.siemens.com\u002Fglobal\u002Fen\u002Fproducts\u002Fautomation\u002Fprocess-instrumentation\u002Flevel-measurement.html","78 GHz FMCW | 100m Range",{"type":19,"value":1477,"toc":3200},[1478,1631,1633,1734,1791,2001,2003,2005,3160,3162,3164,3179,3181,3183,3186],[22,1479,1480],{},[25,1481,27,1482,1485,1486,1489,1490,1553,1554,323,1593,363],{},[29,1483,1484],{},"Siemens SITRANS LR560"," is a 2-wire, ",[29,1487,1488],{},"78 GHz FMCW radar level transmitter"," engineered specifically for\ncontinuous level measurement of dry bulk solids. Featuring an exceptionally narrow ",[29,1491,1492,1552],{},[46,1493,1495,1514],{"className":1494},[49],[46,1496,1498],{"className":1497},[53],[55,1499,1500],{"xmlns":57},[59,1501,1502,1511],{},[62,1503,1504],{},[116,1505,1506,1509],{},[65,1507,1508],{},"4",[122,1510,124],{},[73,1512,1513],{"encoding":75},"4^\\circ",[46,1515,1517],{"className":1516,"ariaHidden":81},[80],[46,1518,1520,1523],{"className":1519},[85],[46,1521],{"className":1522,"style":137},[89],[46,1524,1526,1529],{"className":1525},[94],[46,1527,1508],{"className":1528},[94],[46,1530,1532],{"className":1531},[147],[46,1533,1535],{"className":1534},[151],[46,1536,1538],{"className":1537},[155],[46,1539,1541],{"className":1540,"style":137},[159],[46,1542,1543,1546],{"style":162},[46,1544],{"className":1545,"style":167},[166],[46,1547,1549],{"className":1548},[171,172,173,174],[46,1550,124],{"className":1551},[178,174]," beam angle"," and a\nspecialized flush lens antenna, it tracks material levels reliably through heavy dust clouds in tall silos up to\n",[29,1555,1556],{},[46,1557,1559,1575],{"className":1558},[49],[46,1560,1562],{"className":1561},[53],[55,1563,1564],{"xmlns":57},[59,1565,1566,1572],{},[62,1567,1568,1570],{},[65,1569,1097],{},[69,1571,459],{},[73,1573,1574],{"encoding":75},"100\\text{ meters}",[46,1576,1578],{"className":1577,"ariaHidden":81},[80],[46,1579,1581,1584,1587],{"className":1580},[85],[46,1582],{"className":1583,"style":431},[89],[46,1585,1097],{"className":1586},[94],[46,1588,1590],{"className":1589},[94,98],[46,1591,459],{"className":1592},[94],[46,1594,1596,1613],{"className":1595},[49],[46,1597,1599],{"className":1598},[53],[55,1600,1601],{"xmlns":57},[59,1602,1603,1610],{},[62,1604,1605,1608],{},[65,1606,1607],{},"328",[69,1609,733],{},[73,1611,1612],{"encoding":75},"328\\text{ ft}",[46,1614,1616],{"className":1615,"ariaHidden":81},[80],[46,1617,1619,1622,1625],{"className":1618},[85],[46,1620],{"className":1621,"style":313},[89],[46,1623,1607],{"className":1624},[94],[46,1626,1628],{"className":1627},[94,98],[46,1629,733],{"className":1630},[94],[38,1632,41],{"id":40},[25,1634,1635,1636,1674,1675,1733],{},"Monitoring levels in bulk storage silos—such as cement, fly ash, grains, and plastic pellets—presents severe challenges\nfrom dust suspension, material buildup, and steep sloped surfaces. The SITRANS LR560 addresses these conditions by\nemitting short-wavelength ",[46,1637,1639,1656],{"className":1638},[49],[46,1640,1642],{"className":1641},[53],[55,1643,1644],{"xmlns":57},[59,1645,1646,1653],{},[62,1647,1648,1651],{},[65,1649,1650],{},"78",[69,1652,71],{},[73,1654,1655],{"encoding":75},"78\\text{ GHz}",[46,1657,1659],{"className":1658,"ariaHidden":81},[80],[46,1660,1662,1665,1668],{"className":1661},[85],[46,1663],{"className":1664,"style":90},[89],[46,1666,1650],{"className":1667},[94],[46,1669,1671],{"className":1670},[94,98],[46,1672,71],{"className":1673},[94]," microwave signals. The narrow ",[46,1676,1678,1695],{"className":1677},[49],[46,1679,1681],{"className":1680},[53],[55,1682,1683],{"xmlns":57},[59,1684,1685,1693],{},[62,1686,1687],{},[116,1688,1689,1691],{},[65,1690,1508],{},[122,1692,124],{},[73,1694,1513],{"encoding":75},[46,1696,1698],{"className":1697,"ariaHidden":81},[80],[46,1699,1701,1704],{"className":1700},[85],[46,1702],{"className":1703,"style":137},[89],[46,1705,1707,1710],{"className":1706},[94],[46,1708,1508],{"className":1709},[94],[46,1711,1713],{"className":1712},[147],[46,1714,1716],{"className":1715},[151],[46,1717,1719],{"className":1718},[155],[46,1720,1722],{"className":1721,"style":137},[159],[46,1723,1724,1727],{"style":162},[46,1725],{"className":1726,"style":167},[166],[46,1728,1730],{"className":1729},[171,172,173,174],[46,1731,124],{"className":1732},[178,174]," beam ensures the radar signal passes\ncleanly between narrow nozzles and structural internal rebar, focusing directly on the material surface.",[181,1735,1736],{"color":183,"icon":184},[25,1737,1738,1741,1742,1790],{},[29,1739,1740],{},"Self-Cleaning Lens & Active Air Purge:"," The flush-mounted PEEK\u002FPEI lens antenna is inherently resistant to sticky\ndust build-up. For extreme applications, an integrated ",[46,1743,1745,1770],{"className":1744},[49],[46,1746,1748],{"className":1747},[53],[55,1749,1750],{"xmlns":57},[59,1751,1752,1767],{},[62,1753,1754,1756,1761,1764],{},[65,1755,399],{},[1757,1758,1760],"mi",{"mathvariant":1759},"normal","\u002F",[65,1762,1763],{},"8",[69,1765,1766],{},"-inch",[73,1768,1769],{"encoding":75},"1\u002F8\\text{-inch}",[46,1771,1773],{"className":1772,"ariaHidden":81},[80],[46,1774,1776,1780,1784],{"className":1775},[85],[46,1777],{"className":1778,"style":1779},[89],"height:1em;vertical-align:-0.25em;",[46,1781,1783],{"className":1782},[94],"1\u002F8",[46,1785,1787],{"className":1786},[94,98],[46,1788,1766],{"className":1789},[94]," NPT air-purge connection allows continuous or\nperiodic blowing to keep the optical cavity clean.",[365,1792,1793,1940],{},[368,1794,1796],{"icon":370,"label":1795},"High-Frequency Radar & Aiming 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obstructions while\noptimizing signal reflection off sloped bulk solids.",[376,1864,1865,1868,1869,1933],{},[29,1866,1867],{},"Integral Aiming Flange:"," Optional stainless steel or painted aluminum aiming mechanism allows alignment up\nto ",[46,1870,1872,1891],{"className":1871},[49],[46,1873,1875],{"className":1874},[53],[55,1876,1877],{"xmlns":57},[59,1878,1879,1888],{},[62,1880,1881],{},[116,1882,1883,1886],{},[65,1884,1885],{},"15",[122,1887,124],{},[73,1889,1890],{"encoding":75},"15^\\circ",[46,1892,1894],{"className":1893,"ariaHidden":81},[80],[46,1895,1897,1900,1903],{"className":1896},[85],[46,1898],{"className":1899,"style":137},[89],[46,1901,399],{"className":1902},[94],[46,1904,1906,1910],{"className":1905},[94],[46,1907,1909],{"className":1908},[94],"5",[46,1911,1913],{"className":1912},[147],[46,1914,1916],{"className":1915},[151],[46,1917,1919],{"className":1918},[155],[46,1920,1922],{"className":1921,"style":137},[159],[46,1923,1924,1927],{"style":162},[46,1925],{"className":1926,"style":167},[166],[46,1928,1930],{"className":1929},[171,172,173,174],[46,1931,124],{"className":1932},[178,174]," off-center to point the beam directly at the discharge cone.",[376,1935,1936,1939],{},[29,1937,1938],{},"Process Intelligence Firmware:"," Embedded signal processing filters out false reflections caused by structural\nringing and dust cloud reflections.",[368,1941,1944],{"icon":1942,"label":1943},"i-lucide-cpu","Commissioning and Hardware Construction",[373,1945,1946,1952],{},[376,1947,1948,1951],{},[29,1949,1950],{},"Safe Programming without Opening:"," Configure the unit safely in hazardous areas using the intrinsically safe\ninfrared handheld programmer without opening the enclosure lid.",[376,1953,1954,1957,1958,481],{},[29,1955,1956],{},"Industrial IP68 Housing:"," Housed in a heavy-duty 316L stainless steel casing rated IP68 \u002F NEMA 4X\u002F6, designed for\nharsh weather and temperatures up to ",[46,1959,1961,1980],{"className":1960},[49],[46,1962,1964],{"className":1963},[53],[55,1965,1966],{"xmlns":57},[59,1967,1968,1977],{},[62,1969,1970,1972,1975],{},[122,1971,252],{},[65,1973,1974],{},"200",[69,1976,211],{},[73,1978,1979],{"encoding":75},"+200\\text{ 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4X\u002F6",[561,2939,2940],{"label":1240},[565,2941,2942,2950],{},[568,2943,2944],{},[571,2945,2946,2948],{},[574,2947,1249],{"align":576},[574,2949,1252],{"align":576},[582,2951,2952,3016,3026,3150],{},[571,2953,2954,2959],{},[587,2955,2956],{"align":576},[29,2957,2958],{},"Communications Output",[587,2960,2961,2962,3015],{"align":576},"2-wire ",[46,2963,2965,2988],{"className":2964},[49],[46,2966,2968],{"className":2967},[53],[55,2969,2970],{"xmlns":57},[59,2971,2972,2985],{},[62,2973,2974,2976,2979,2982],{},[65,2975,1508],{},[69,2977,2978],{},"–",[65,2980,2981],{},"20",[69,2983,2984],{}," mA",[73,2986,2987],{"encoding":75},"4\\text{--}20\\text{ 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I\u002FII\u002FIII Div 1\u002F2",[551,3161],{},[38,3163,1300],{"id":1299},[1302,3165,3166,3172],{},[1305,3167,3169],{"icon":1314,"title":3168},"Cement and Powder Silos",[25,3170,3171],{},"Accurate level measurement of cement, raw meal, fly ash, and lime in high-dust pneumatic filling conditions.",[1305,3173,3176],{"icon":3174,"title":3175},"i-lucide-wheat","Grain and Food Processing",[25,3177,3178],{},"Continuous tracking of corn, wheat, sugar, and wood pellets across long-range storage hoppers.",[551,3180],{},[38,3182,1324],{"id":1323},[25,3184,3185],{},"Access product manuals, drawings, and technical guides directly from Siemens:",[1302,3187,3188,3194],{},[1305,3189,3191],{"icon":10,"title":3190,"target":12,"to":1471},"Official Siemens Industry Support Portal",[25,3192,3193],{},"Download firmware updates, GSD files, and comprehensive operating instructions directly from Siemens.",[1305,3195,3197],{"icon":1338,"title":3196,"target":12,"to":1474},"Siemens Radar Level Measurement Guide",[25,3198,3199],{},"Explore radar selection guides, accessory kits, and DCS integration libraries for Siemens level sensors.",{"title":1344,"searchDepth":1345,"depth":1345,"links":3201},[3202,3203,3204,3205],{"id":40,"depth":1348,"text":41},{"id":555,"depth":1348,"text":556},{"id":1299,"depth":1348,"text":1300},{"id":1323,"depth":1348,"text":1324},"Non-contact radar transmitters, level switches, and continuous measurement devices for solids and liquid process automation.",[3208,3209,3210,3211],"Siemens SITRANS Mobile IQ and SITRANS Library DCS Integration","4-20 mA with HART, PROFIBUS PA, or FOUNDATION Fieldbus Systems","3-inch, 4-inch, and 6-inch Universal Flat-Faced Flanges (ANSI, DIN, JIS)","Siemens Intrinsically Safe Infrared Handheld Programmer & Local Display Interface (LDI)",[3213,3217],{"name":3214,"url":3215,"type":1367,"format":1368,"size":3216},"Siemens SITRANS LR560 Technical Datasheet","\u002Fstore\u002Finstrumentation\u002Fsitrans-lr560\u002Fdatasheet-sitrans-lr560.pdf","1.8 MB",{"name":3218,"url":3219,"type":1373,"format":1368,"size":3220},"Siemens SITRANS LR560 Instruction & Operating Manual","\u002Fstore\u002Finstrumentation\u002Fsitrans-lr560\u002Fmanual-sitrans-lr560.pdf","5.4 MB",[3222,3226],{"src":3223,"alt":3224,"caption":3225},"\u002Fstore\u002Finstrumentation\u002Fsitrans-lr560\u002Fgallery-1.png","Siemens SITRANS LR560 mounted on top of a tall cement storage silo","Flange-mounted 78 GHz radar level transmitter tracking sloped bulk solids in a high-dust storage silo",{"src":3227,"alt":3228,"caption":3229},"\u002Fstore\u002Finstrumentation\u002Fsitrans-lr560\u002Fgallery-2.png","Siemens SITRANS LR560 lens antenna with integrated aiming flange and air-purge connection","Flush-mount lens antenna with optional integral aimer and 1\u002F8-inch NPT air-purge cleaning connection",[3231,3232,3233,3234,3235,3236],"High-frequency 78 GHz FMCW radar operation delivering an exceptionally narrow 4° beam angle to avoid internal silo obstructions","Self-cleaning flush lens antenna design resists dust coating, product buildup, and sticky solid condensation","Integrated 1\u002F8-inch NPT air-purge connection provides active cleaning capability for extreme dust conditions","Optional integral aiming flange allows physical beam angling directly toward the discharge cone or draw point","Plug-and-play setup via Quick Start Wizard, Process Intelligence echo processing, and infrared handheld programmer","Robust 316L stainless steel enclosure rated IP68 \u002F NEMA 4X\u002F6, capable of handling process temperatures up to 200 °C","\u002Fstore\u002Finstrumentation\u002Fsitrans-lr560\u002Fimage.png","2026-10-01T08:15:00Z",{"readingTime":3240},{"text":3241,"minutes":3242,"time":3243,"words":3244},"3 min read",2.08,124800,416,{"title":3246,"description":3247},"Siemens SITRANS LR560 Radar Level Transmitter | NodeWave","Explore the Siemens SITRANS LR560 78 GHz FMCW Radar Level Transmitter. Features 100m range, 4-degree narrow beam, lens antenna, and air purge for high-dust dry silos.","SIE-LR560-RADAR",[3250,3254,3257,3259,3261,3263,3266,3269,3272,3276],{"category":3251,"label":3252,"value":3253},"Radar Performance and Range","Operating Frequency & Principle","78 GHz FMCW (W-band) continuous radar",{"category":3251,"label":3255,"value":3256},"Maximum Measuring Range","100 m (328 ft) standard | 40 m (131 ft) short-range option",{"category":3251,"label":2234,"value":3258},"4° narrow beam angle",{"category":3251,"label":1416,"value":3260},"Greater of ±25 mm (1 in) or 0.25% of range",{"category":1419,"label":1420,"value":3262,"unit":1422},"-40 to +200",{"category":1419,"label":3264,"value":3265},"Process Pressure Rating","Up to 3 bar g (43.5 psi g) maximum",{"category":1427,"label":3267,"value":3268},"Output Communication Options","2-wire 4-20 mA \u002F HART, PROFIBUS PA, FOUNDATION Fieldbus",{"category":1427,"label":3270,"value":3271},"Supply Voltage","Nominal 24 VDC (up to 30 VDC max) loop-powered",{"category":3273,"label":3274,"value":3275},"Mechanical and Enclosure","Lens Antenna Materials","PEEK (100 m version) \u002F PEI (40 m version)",{"category":3273,"label":3277,"value":3278},"Enclosure Rating & Weight","IP68 \u002F Type 4X\u002F6 | 316L Stainless Steel housing (~3.15 kg)",[3280,3281,3282,3283,3284,3285],"Siemens","SITRANS LR560","Radar Level Transmitter","78 GHz FMCW","Bulk Solids","Dusty Silos",[3287,3288,3289,3290],"Cement Powder, Fly Ash, and Clinker Storage Silos","Grain Elevators, Agriculture Silos, and Food Processing Hoppers","Plastic Powder and Pellet Raw Material Storage Vessels","Coal Bunkers, Wood Chip Silos, and Aggressive Mineral Storage","bAQ2kHrqfn5-K1nlsoa5lg_61jRl9ykaQJ6Ole3fDAE",1791086642049]