{"id":17547,"date":"2021-03-30T10:13:55","date_gmt":"2021-03-30T10:13:55","guid":{"rendered":"https:\/\/contrologic.co.th\/web\/products\/uncategorized\/vaisala-k%e2%80%91patents-seedmaster-sm-3\/"},"modified":"2021-03-30T10:21:03","modified_gmt":"2021-03-30T10:21:03","slug":"vaisala-k%e2%80%91patents-seedmaster-sm-3","status":"publish","type":"product","link":"https:\/\/contrologic.co.th\/web\/th\/products\/analytical-products\/liquid\/vaisala-k%e2%80%91patents-seedmaster-sm-3\/","title":{"rendered":"Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3"},"content":{"rendered":"<p>for multiparameter sugar crystallization monitoring and automatic seeding<br \/>\nVaisala K\u2011PATENTS\u00ae SeedMaster SM-3 is a unique third generation crystallization transmitter and seeding device to be used with the Vaisala K-PATENTS\u00ae Process Refractometer. The SM-3 allows for accurate in-line and real-time monitoring of supersaturation and crystal content over the complete process of crystallization, and implementation and control of automatic or manual seeding. The SM-3 can be connected to one or two Vaisala K-PATENTS\u00ae Process Refractometer sensors and to one or two crystallizers.<\/p>\n<p>Supersaturation is the driving force of crystallization. Crystal growth (speed of crystallization) depends on this parameter. High supersaturation means faster crystal growth and vice-versa. Also excessive supersaturation results in poor crystal quality and formation of fines and conglomerates. These need to be melted, concentrated, recycled and crystallized again. The SeedMaster SM-3 calculates supersaturation on-line taking into account all parameters of the supersaturation function.<\/p>\n<p>The measured and calculated data, parameters and digital (ON\/OFF) data can be transmitted both ways between the SeedMaster SM-3 and a computer or control system. The communication is based on the MODBUS\/TCP\/IP client\/server communication protocol between the devices on the Ethernet TCP\/IP network. The SeedMaster SM-3 plays as server, takes requests and data from peripheral devices (e.g. the other measuring devices, i.e. clients) and processes the information and sends its output to the control system using the MODBUS.<\/p>\n<p>The SM-3 can also be equipped with an optional SM-3 l\/O unit that handles analog standard current inputs and outputs and ON\/OFF digital inputs and outputs in case the process l\/O data are not handled by the control system. The data transmission between the SM-3 and SM-3 l\/O unit is based on digital communication.<\/p>\n","protected":false},"excerpt":{"rendered":"<p>for multiparameter sugar crystallization monitoring and automatic seeding<br \/>\nVaisala K\u2011PATENTS\u00ae SeedMaster SM-3 is a unique third generation crystallization transmitter and seeding device to be used with the Vaisala K-PATENTS\u00ae Process Refractometer. The SM-3 allows for accurate in-line and real-time monitoring of supersaturation and crystal content over the complete process of crystallization, and implementation and control of automatic or manual seeding. The SM-3 can be connected to one or two Vaisala K-PATENTS\u00ae Process Refractometer sensors and to one or two crystallizers.<\/p>\n<p>Supersaturation is the driving force of crystallization. Crystal growth (speed of crystallization) depends on this parameter. High supersaturation means faster crystal growth and vice-versa. Also excessive supersaturation results in poor crystal quality and formation of fines and conglomerates. These need to be melted, concentrated, recycled and crystallized again. The SeedMaster SM-3 calculates supersaturation on-line taking into account all parameters of the supersaturation function.<\/p>\n<p>The measured and calculated data, parameters and digital (ON\/OFF) data can be transmitted both ways between the SeedMaster SM-3 and a computer or control system. The communication is based on the MODBUS\/TCP\/IP client\/server communication protocol between the devices on the Ethernet TCP\/IP network. The SeedMaster SM-3 plays as server, takes requests and data from peripheral devices (e.g. the other measuring devices, i.e. clients) and processes the information and sends its output to the control system using the MODBUS.<\/p>\n<p>The SM-3 can also be equipped with an optional SM-3 l\/O unit that handles analog standard current inputs and outputs and ON\/OFF digital inputs and outputs in case the process l\/O data are not handled by the control system. The data transmission between the SM-3 and SM-3 l\/O unit is based on digital communication.<\/p>\n","protected":false},"featured_media":16715,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_acf_changed":false},"product_cat":[487],"product_tag":[],"acf":[],"yoast_head":"<!-- This site is optimized with the Yoast SEO plugin v22.6 - https:\/\/yoast.com\/wordpress\/plugins\/seo\/ -->\n<title>Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3 - Contrologic<\/title>\n<meta name=\"description\" content=\"for multiparameter sugar crystallization monitoring and automatic seeding Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3 is a unique third generation crystallization transmitter and seeding device to be used with the Vaisala K-PATENTS\u00ae Process Refractometer. The SM-3 allows for accurate in-line and real-time monitoring of supersaturation and crystal content over the complete process of crystallization, and implementation and control of automatic or manual seeding. The SM-3 can be connected to one or two Vaisala K-PATENTS\u00ae Process Refractometer sensors and to one or two crystallizers. Supersaturation is the driving force of crystallization. Crystal growth (speed of crystallization) depends on this parameter. High supersaturation means faster crystal growth and vice-versa. Also excessive supersaturation results in poor crystal quality and formation of fines and conglomerates. These need to be melted, concentrated, recycled and crystallized again. The SeedMaster SM-3 calculates supersaturation on-line taking into account all parameters of the supersaturation function. The measured and calculated data, parameters and digital (ON\/OFF) data can be transmitted both ways between the SeedMaster SM-3 and a computer or control system. The communication is based on the MODBUS\/TCP\/IP client\/server communication protocol between the devices on the Ethernet TCP\/IP network. The SeedMaster SM-3 plays as server, takes requests and data from peripheral devices (e.g. the other measuring devices, i.e. clients) and processes the information and sends its output to the control system using the MODBUS. The SM-3 can also be equipped with an optional SM-3 l\/O unit that handles analog standard current inputs and outputs and ON\/OFF digital inputs and outputs in case the process l\/O data are not handled by the control system. The data transmission between the SM-3 and SM-3 l\/O unit is based on digital communication.\" \/>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" href=\"https:\/\/contrologic.co.th\/web\/th\/products\/analytical-products\/liquid\/vaisala-k\u2011patents-seedmaster-sm-3\/\" \/>\n<meta property=\"og:locale\" content=\"th_TH\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3 - Contrologic\" \/>\n<meta property=\"og:description\" content=\"for multiparameter sugar crystallization monitoring and automatic seeding Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3 is a unique third generation crystallization transmitter and seeding device to be used with the Vaisala K-PATENTS\u00ae Process Refractometer. The SM-3 allows for accurate in-line and real-time monitoring of supersaturation and crystal content over the complete process of crystallization, and implementation and control of automatic or manual seeding. The SM-3 can be connected to one or two Vaisala K-PATENTS\u00ae Process Refractometer sensors and to one or two crystallizers. Supersaturation is the driving force of crystallization. Crystal growth (speed of crystallization) depends on this parameter. High supersaturation means faster crystal growth and vice-versa. Also excessive supersaturation results in poor crystal quality and formation of fines and conglomerates. These need to be melted, concentrated, recycled and crystallized again. The SeedMaster SM-3 calculates supersaturation on-line taking into account all parameters of the supersaturation function. The measured and calculated data, parameters and digital (ON\/OFF) data can be transmitted both ways between the SeedMaster SM-3 and a computer or control system. The communication is based on the MODBUS\/TCP\/IP client\/server communication protocol between the devices on the Ethernet TCP\/IP network. The SeedMaster SM-3 plays as server, takes requests and data from peripheral devices (e.g. the other measuring devices, i.e. clients) and processes the information and sends its output to the control system using the MODBUS. The SM-3 can also be equipped with an optional SM-3 l\/O unit that handles analog standard current inputs and outputs and ON\/OFF digital inputs and outputs in case the process l\/O data are not handled by the control system. The data transmission between the SM-3 and SM-3 l\/O unit is based on digital communication.\" \/>\n<meta property=\"og:url\" content=\"https:\/\/contrologic.co.th\/web\/th\/products\/analytical-products\/liquid\/vaisala-k\u2011patents-seedmaster-sm-3\/\" \/>\n<meta property=\"og:site_name\" content=\"Contrologic\" \/>\n<meta property=\"article:publisher\" content=\"https:\/\/www.facebook.com\/contrologic.co.th\" \/>\n<meta property=\"article:modified_time\" content=\"2021-03-30T10:21:03+00:00\" \/>\n<meta property=\"og:image\" content=\"https:\/\/contrologic.co.th\/web\/wp-content\/uploads\/2021\/03\/VS0001.png\" \/>\n\t<meta property=\"og:image:width\" content=\"1290\" \/>\n\t<meta property=\"og:image:height\" content=\"860\" \/>\n\t<meta property=\"og:image:type\" content=\"image\/png\" \/>\n<meta name=\"twitter:card\" content=\"summary_large_image\" \/>\n<meta name=\"twitter:label1\" content=\"Est. reading time\" \/>\n\t<meta name=\"twitter:data1\" content=\"1 \u0e19\u0e32\u0e17\u0e35\" \/>\n<script type=\"application\/ld+json\" class=\"yoast-schema-graph\">{\"@context\":\"https:\/\/schema.org\",\"@graph\":[{\"@type\":\"WebPage\",\"@id\":\"https:\/\/contrologic.co.th\/web\/th\/products\/analytical-products\/liquid\/vaisala-k%e2%80%91patents-seedmaster-sm-3\/\",\"url\":\"https:\/\/contrologic.co.th\/web\/th\/products\/analytical-products\/liquid\/vaisala-k%e2%80%91patents-seedmaster-sm-3\/\",\"name\":\"Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3 - Contrologic\",\"isPartOf\":{\"@id\":\"https:\/\/contrologic.co.th\/web\/#website\"},\"primaryImageOfPage\":{\"@id\":\"https:\/\/contrologic.co.th\/web\/th\/products\/analytical-products\/liquid\/vaisala-k%e2%80%91patents-seedmaster-sm-3\/#primaryimage\"},\"image\":{\"@id\":\"https:\/\/contrologic.co.th\/web\/th\/products\/analytical-products\/liquid\/vaisala-k%e2%80%91patents-seedmaster-sm-3\/#primaryimage\"},\"thumbnailUrl\":\"https:\/\/contrologic.co.th\/web\/wp-content\/uploads\/2021\/03\/VS0001.png\",\"datePublished\":\"2021-03-30T10:13:55+00:00\",\"dateModified\":\"2021-03-30T10:21:03+00:00\",\"description\":\"for multiparameter sugar crystallization monitoring and automatic seeding Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3 is a unique third generation crystallization transmitter and seeding device to be used with the Vaisala K-PATENTS\u00ae Process Refractometer. The SM-3 allows for accurate in-line and real-time monitoring of supersaturation and crystal content over the complete process of crystallization, and implementation and control of automatic or manual seeding. The SM-3 can be connected to one or two Vaisala K-PATENTS\u00ae Process Refractometer sensors and to one or two crystallizers. Supersaturation is the driving force of crystallization. Crystal growth (speed of crystallization) depends on this parameter. High supersaturation means faster crystal growth and vice-versa. Also excessive supersaturation results in poor crystal quality and formation of fines and conglomerates. These need to be melted, concentrated, recycled and crystallized again. The SeedMaster SM-3 calculates supersaturation on-line taking into account all parameters of the supersaturation function. The measured and calculated data, parameters and digital (ON\/OFF) data can be transmitted both ways between the SeedMaster SM-3 and a computer or control system. The communication is based on the MODBUS\/TCP\/IP client\/server communication protocol between the devices on the Ethernet TCP\/IP network. The SeedMaster SM-3 plays as server, takes requests and data from peripheral devices (e.g. the other measuring devices, i.e. clients) and processes the information and sends its output to the control system using the MODBUS. The SM-3 can also be equipped with an optional SM-3 l\/O unit that handles analog standard current inputs and outputs and ON\/OFF digital inputs and outputs in case the process l\/O data are not handled by the control system. 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The SM-3 allows for accurate in-line and real-time monitoring of supersaturation and crystal content over the complete process of crystallization, and implementation and control of automatic or manual seeding. The SM-3 can be connected to one or two Vaisala K-PATENTS\u00ae Process Refractometer sensors and to one or two crystallizers. Supersaturation is the driving force of crystallization. Crystal growth (speed of crystallization) depends on this parameter. High supersaturation means faster crystal growth and vice-versa. Also excessive supersaturation results in poor crystal quality and formation of fines and conglomerates. These need to be melted, concentrated, recycled and crystallized again. The SeedMaster SM-3 calculates supersaturation on-line taking into account all parameters of the supersaturation function. The measured and calculated data, parameters and digital (ON\/OFF) data can be transmitted both ways between the SeedMaster SM-3 and a computer or control system. The communication is based on the MODBUS\/TCP\/IP client\/server communication protocol between the devices on the Ethernet TCP\/IP network. The SeedMaster SM-3 plays as server, takes requests and data from peripheral devices (e.g. the other measuring devices, i.e. clients) and processes the information and sends its output to the control system using the MODBUS. The SM-3 can also be equipped with an optional SM-3 l\/O unit that handles analog standard current inputs and outputs and ON\/OFF digital inputs and outputs in case the process l\/O data are not handled by the control system. The data transmission between the SM-3 and SM-3 l\/O unit is based on digital communication.","robots":{"index":"index","follow":"follow","max-snippet":"max-snippet:-1","max-image-preview":"max-image-preview:large","max-video-preview":"max-video-preview:-1"},"canonical":"https:\/\/contrologic.co.th\/web\/th\/products\/analytical-products\/liquid\/vaisala-k\u2011patents-seedmaster-sm-3\/","og_locale":"th_TH","og_type":"article","og_title":"Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3 - Contrologic","og_description":"for multiparameter sugar crystallization monitoring and automatic seeding Vaisala K\u2011PATENTS\u00ae SeedMaster SM-3 is a unique third generation crystallization transmitter and seeding device to be used with the Vaisala K-PATENTS\u00ae Process Refractometer. The SM-3 allows for accurate in-line and real-time monitoring of supersaturation and crystal content over the complete process of crystallization, and implementation and control of automatic or manual seeding. The SM-3 can be connected to one or two Vaisala K-PATENTS\u00ae Process Refractometer sensors and to one or two crystallizers. Supersaturation is the driving force of crystallization. Crystal growth (speed of crystallization) depends on this parameter. High supersaturation means faster crystal growth and vice-versa. Also excessive supersaturation results in poor crystal quality and formation of fines and conglomerates. These need to be melted, concentrated, recycled and crystallized again. The SeedMaster SM-3 calculates supersaturation on-line taking into account all parameters of the supersaturation function. The measured and calculated data, parameters and digital (ON\/OFF) data can be transmitted both ways between the SeedMaster SM-3 and a computer or control system. The communication is based on the MODBUS\/TCP\/IP client\/server communication protocol between the devices on the Ethernet TCP\/IP network. The SeedMaster SM-3 plays as server, takes requests and data from peripheral devices (e.g. the other measuring devices, i.e. clients) and processes the information and sends its output to the control system using the MODBUS. The SM-3 can also be equipped with an optional SM-3 l\/O unit that handles analog standard current inputs and outputs and ON\/OFF digital inputs and outputs in case the process l\/O data are not handled by the control system. 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The SM-3 allows for accurate in-line and real-time monitoring of supersaturation and crystal content over the complete process of crystallization, and implementation and control of automatic or manual seeding. The SM-3 can be connected to one or two Vaisala K-PATENTS\u00ae Process Refractometer sensors and to one or two crystallizers. Supersaturation is the driving force of crystallization. Crystal growth (speed of crystallization) depends on this parameter. High supersaturation means faster crystal growth and vice-versa. Also excessive supersaturation results in poor crystal quality and formation of fines and conglomerates. These need to be melted, concentrated, recycled and crystallized again. The SeedMaster SM-3 calculates supersaturation on-line taking into account all parameters of the supersaturation function. The measured and calculated data, parameters and digital (ON\/OFF) data can be transmitted both ways between the SeedMaster SM-3 and a computer or control system. The communication is based on the MODBUS\/TCP\/IP client\/server communication protocol between the devices on the Ethernet TCP\/IP network. The SeedMaster SM-3 plays as server, takes requests and data from peripheral devices (e.g. the other measuring devices, i.e. clients) and processes the information and sends its output to the control system using the MODBUS. The SM-3 can also be equipped with an optional SM-3 l\/O unit that handles analog standard current inputs and outputs and ON\/OFF digital inputs and outputs in case the process l\/O data are not handled by the control system. 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