Yogurt production and packaging line 4000 l / shift 0732010 Yogurt production and packaging line 4000 l / shift Yogurt production equipment consists of 4 pcs 1000 liters of yogurt fermentation tanks, transmission equipment and a fully automated filling line 150 - 200 grams plastic cups. Process operation requires two people and equipment can be made about 4000 liters (or 20000 pieses) of 200g canned yogurt cups or other similar product for a normal 8-hour working shift. Packaging equipment is manufactured in the 1980s by German Ganzhorn & Stirm (nowadays Casti) and an automatic product cup feeder has been added later on the line. Also the tray feeding device has been recently added. The production line is fully operational and suitable besides for yogurt production, also for all curdled / fermented milk packaging in 150g-200g cups. Fermentation tanks are double walled 1000 liter stainless steel vertical tanks. The product temperature can be adjusted as desired (e.g.36C) by using heating water between double walls. Control valves are manually adjusted. The fermented yogurt is transferred to two 100 liter feeding tanks of the packing line with gentle rotary lobe pumps. Filling the yogurt cups is fully automated 2-lane packing process. The main equipment are manufactures by German Canzhorn & Srimin. Later installed automatic cup feeding equipment places 150 gr - 200 gr cups in 2 rows on the filling machine. The filling machine fills cups in three phases; first to the bottom desired volume of jam and then two different layers of product mass. ( 3-layer of yogurt). The cups are closed with aluminum lids which is sealed with electric heater. Transfer conveyor moves closed cups on to a palletizing machine which loads 20 cups on each cardboard or plastic tray (tray is automatically fed by a tray feeding device) where full trays are moved to a stacker machine which piles several layers of trays (up to 1 meter tall) for transportation. Technical Specifications: The manufacturer: Ganzhorn & Stirm (Casti) Filling machine type: DOGatherm 61 Stacker type: BE 75/2 Production capacity: up to 4000 liters / shift Yogurt fermentation tanks: 4 x 1000 liters Cups & filling: 150 - 200 g / max. 3-layer filling Filling line length: about 12 meters.
Pellets are small balls of iron ore used in the production of steel. They are made with technology that uses the powder that is generated during the ore extraction process, once considered waste. The pellets are used in the production of steel which is used in the construction of bridges, cars, planes, bicycles, household appliances and much more.
Iron ores are rocks and minerals from which metallic iron can be economically extracted. The ores are usually rich in iron oxides and vary in colour from dark grey, bright yellow, or deep purple to rusty red. The iron itself is usually found in the form of magnetite, hematite, goethite, limonite or siderite. The primary use of iron ore is in the production of iron. Most of the iron produced is then used to make steel. Steel is used to make automobiles, locomotives, ships, beams used in buildings, furniture, paper clips, tools, reinforcing rods for concrete, bicycles, and thousands of other item
Compressors units (totally 4 pcs) are built by York Sabroe in 2002 and 2003 and they operate with R22 refrigerant. Two identical SAB 128 HF screw compressor units are built on a common base frame with an integrated horizontally mounted oil separators, oil circulation pumps and local operating panels. Common (for two compressors) plate type Freon / Glycol evaporator, internal glycol circulating pump and one large Freon buffer tank is also build on the same base frame. Delivery includes also evaporative condenser and LV / Control cabinet and external glycol circulating pump. Above described 2 x SAB 128 HF packages we have two for sale, one made in year 2002 and the other year 2003. Both packages are still installed and can be tested in mutually agreed time. Units have been in operation approx 6 years and 5 years and they are in very good condition. Technical data Number of compressors - 4 pcs Compressor type - SAB 128 HF Refrigerant - R 22 Cooling capacity - 4 x 379 kW ( 0 /+40C) Swept volume - 4 x 454 m3/h Electric drives (compressor) 4 x 110 kW - 400/690 V 50Hz (also suitable for 60Hz) Freon buffer tank -2 x 1650 liters Plate evaporators - Alfa-Laval M10-BW FGR Evaporative condensers - 2 x BAC VXC 116 Closed Circuit Condenser fans - 1 x 17 kW and 1 x 4 kW for each Condenser circulating pumps- 2 x Grundfors LP80 - 25/133 Glycol pumps - 2 x Grundfors LP 80 - 25/133 2 x Hilge Mahana 65-160
Iron Ore Pellets: Pellets are small balls of iron ore used in the production of steel. They are made with technology that uses the powder that is generated during the ore extraction process, once considered waste. The pellets are used in the production of steel which is used in the construction of bridges, cars, planes, bicycles, household appliances and much more. Product Type: IRON ORE PELLETS Fe (T) 64 % Si02 1.150 % Fe0 0.75 Max Ti02 0.021% Al2O3 0.319 % Ca0 1.170 % P 0.032 % S 0.031 % V205 0.004 % Cu 0.057 % N2O 1.290 % Mg0 0.069 % CCS 309 Size 16-19 mm - 7 % 09-16 mm -91 % 06-09 mm 2 % Tumbler Index- for above 6.3 mm 96.2 % -� 95 % min Abrasion Index â??for 0.5 mm 3.8 % - � 4 % max Sticking Index @950 deg C 20.1 % Bulk Density 2.17 % Compression Strength 270 Kg / Pellet � / � 150 kg / pellet Fines below 5mm (-) 5 mm 3 % max Reducibility index 55-65 %
ating line is delivered by Finnish Elmont Oy and it consist of 59 separate dipping tanks, 6 material handling cranes and related process and automation equipment. We have the dipping tanks and material handling cranes in our store for sale. Dipping tank materials are AISI 316, SS, PP, HST and PP. All tanks are 2200 mm long and 1250 mm height, widths varies from 450 to 1740 mm, volumes from 1213 to 4016 liters. All tanks are in good condition. The cranes are designed for those tanks and we have 6 pcs of them. Cranes have 0.25 kW gear motors and control panels. Structure is made of steel and they are in good condition. If you are looking for such equipment, please contact us and we are pleased to give you more deep information.
The main description of the plant equipmet is: 1. Brew House Make & Capacity: Steinecker1995 -1999 5 brews/d, 450-500 hl/brew. for 7000 kg malt, 3850 Raw grain Cast-out quantity: 500 hl, 16,5° Plato 8 Brews/ 24 hours, annual capacity 0.85 Mhl Controls are based on Siemens S5 and S7 PCS with, Botec Control system, PC Windows 2000 (Steinecker) Laboratory yield = 97.1% (2.1.09 – 28.5.09, 837 brews) The Brewhouse was installed in 1996 - 1999 by Steinecker to a high standard of control and automation and it contains the following main equipment: Wet Conditioning Mill, capacity 20 tons/hour and it is fully overhauled 2008 Configuration, main characteristics: 1 wet mill plant: 20 t/h 1 mash tun kettle plant: V=550 hl 1 lauter tun plant: D=7200mm 1 weak wort tank: V=155 hl 1 pre run vessel: V=640 hl 1 CIP- water distributor brew/whirpool kettle hot wort max. 520 hl (1 brew / 5 hours) wort cooling 400 hl/h, 10°C - Mash Kettle, a jacketed vessel 550 hl - Enzyme Dosing pot and pump - Lauter Tun complete with spent grain tank and Pondorff pneumatic grains transfer. Tun capacity 814 Hl and diameter 7200 mm, Solids capacity of 7000 kg malt and 3850 kg raw grain. Complete with internal rakes and scrapers - Pre Run Vessel complete with internal heater , volume 640 hl - Wort Boiler/ Whirlpool, gross volume 757 hl net 520 hl - Wort Cooler with aeration – GEA supplied plate heat exchanger (YOM 1990) – rated at 450 Hl/hr cooling the wort from 95oC down to less than 10oC. Cooling achieved with brewing water and then chilled water. Aeration achieved by use of a sintered disc and static mixers, and controlled manually using mass flow meters - 2 Hop Pellet Tanks - 2 Hop Oil Tanks - Brewhouse Weak Wort Tank, volume 150 hl - Alfa-Laval Decanter, year 2008, capacity 100 hl / h - 2 Weak Wort Tanks, volume approx 80 hl each - Gypsum Tank, volume approx 40 hl - Wet starch tank – volume 100 hl - Spent Grains Silo - Spent Grains Drying System - Bulk Acid tank – plastic tank with integral bund and dosing pumps
The vacuum evaporator is made by Italian Ecoteck in year 2003 and operation was stopped in early 2009 and it is in very good operational condition. This unit is made for concentrate acidic liquid wastes and therefore all liquid touching parts are made of acid proof steel ( SS 2353) or PVC. The evaporation capacity of the unit is 5000 liters / day. The unit is a complete working unit and it includes evaporator, boiler, heat pump, centrifugal pump, water-air cooler, steam ejector, control unit and all other necessary equipment to complete the unit. Operation principle: Steam rises from the boiler through a drop dispenser to the cooling unit where it condensates. The condensate drops with the gravity down to vacuum system. In-build heat pump heats up the cooling media and simultaneously cools down the condensate. Water – air cooler cools down the extra heat from the process. Necessary vacuum is generated with a centrifugal pump and a steam ejector. Condensate rejection takes place in accordance with prescheduled frequency. Technical data: Manufacturer: ECOTECH Srl Italy / Vilokan Ren Miljöteknik Sweden Type: ECO 5000 VS-HP, R407C Year made: 2003 Evaporation capacity: 5000 liters / 24 hour (pure water) Electricity consump.: about 0,15 kWh / liter pure wateri) Control unit: Siemens Micromaster 420 Compressor: Bitzer Kuhlmachinenbau GmbH, Compressor type: 6G-40,2 Compressor capacity: 126.8 m3/h, 19/28 bar Refrigenerant: R 407 C Main dimensions: 2.8 m x 1.3 m x 2.9 m Weight: 1500 kg.
Totally two identical 145 kW wind turbine units, made in 1988 by Danish A/S Nortank, total operating hours approx 75000. The equipment have been dismatled since 2008 and inspected and serviced for operation condition and they are ready for immediate delivery We have totally 2 units of uninstalled complete wind turbines manufactured by Danish A/S Nordtank in year 1988, manufactures type NTK 130 with rated power of 2 x 145 kW. The mills are in good operational condition and ready for immediate shipment. The hubs are heat treated MEEHANITE hubs made by company SABROE and are equipped with cast iron construction which allows adjustment for blade pitch angle. The blades are made by Danish company LM- Glasfiber, material is glass fiber reinforced polyester and they have self-supporting structure with bushing roots. The blades have also hydraulically activated tip brakes which automatically rotate the tips to a 90 degree break angle when wind is lost or it can be used for maintenance stoppage. The gear box in made by German Lohman & Stolterfoht and it is two step planetary gear type with high AGMA rating of 302 kW. The break system is 100% fail safe Nortank’s own hydraulically / mechanically activated brakes. Both units have they own Motorola 6809 multi-microprocessor operated control units which are housed in dust proof steel cabinets. More information on requests, for spam protection please introduce yourself properly. Main data of one mill: Manufacture’s type: NTK 130F/LM Year of manufacture 1988 Total operating hours: approx. 75000 Rated capacity, max: 145 kW Number of blades: 3 pcs Rotor diameter: 22 m Rotor speed: 44.5 rpm Cut-in wind speed: 4.0 m/sec Cut-out wind speed: 53 m/sec (120 mph) Hub height: 26 m Generator: ASEA 145 kW / 1500 rpm / 50 Hz Blade type: LM 9.7 m H/H/T diam. 21 m Gear box type: Lohman & Stolterfort GPC 145 Clutch type: Lohr & Brokamp Universal Joint No 105 Total weight: 15200 kg.
Rotary Lube Blower / Vacuum compressor KAESER EB 420 C û 38 m3/min, 53 kPa There are two identical sets of oil-free, 2 lobe rotary blowers, made by Germand Kaeser Kompressoren GmbH in year 2005 with accessories. Manufactures type is Kaeser ED 420 Compact Omega Pluss 53 and accessories include a control cabinet with two inverters and programmable Kaeser Start Control STC 30 unit, totally 6 preliminary intake air filters and 3 final air intake filters with their steel supports. The rotary blower units have removable sound enclose for noise insulation. Operation of the equipment was stopped in year 2007, total running hours approx 7000 and therefore they are in excellent operational condition. In addition, we can offer you service maintenance by the manufacturer at separate cost. This equipment is suitable for demanding dust collection and pneumatic transportation of various products due to oil free operation. For pneumatic transport application some changes in filters and other parts are needed. The rotary lobe has two blower shafts with high efficiency Omega profile in a blower block. The rotary lobe and the block have a very small distance and they are not touching each other's and therefore there is no need for lubrication oil. The rotors are driven by high efficiency electric motor via belt connection and they both are installed on the same base frame. . The inlet and discharge silencers are designed to be effective at all frequencies and are eminently suited to variable speed . Higher rotational blower speeds produce high volumetric efficiencies, which in turn lower discharge temperatures and power consumption. The Compact Range ensures that all serviceable items are accessed from the front panels of enclosures. The preliminary intake air filters are combination of cyclone and bag filter and it removes most of the dust from inlet air. Fine filter is a combination of cyclone and 138 ceramic fine filters which removes fine dust very effectively. Technical Data Manufacture's type: EB 420 Compact Omega plus 53 Manufactured in year: 2005 Suction capacity with max vacuum:38,0 m3/min Power demand max: 40,3 kW Rotor's rotation speed 4120 rpm Max suction vacuum: 0,53 bar (abs.) Discharge pressure: 1,0 bar (abs.) Max pressure increase: 470 mbar Temperature rise max -t: 82 K Electric motor: 45 kW û 50 Hz / 400/690V û 83/48 A Electric motor nominal speed:2965 rpm Protection class: IP 55 Inverters: Mitsubishi FR-F740-01160-EC Case ventilation fan: 370 W û 50 Hz / 230 / 400V Weight blower with the case:1120 kg Blower case main dimensions:1.8 x 1.7 x 1.8 m (K x L x S) Noise level: 99 dB (A) Noise level with the case: 84 dB (A).
Precast concrete connection systems, lifting anchors, wire loops, fastening pates, re-bars & mesh, precast accessories, steel connections, steel anchor bolts, precast base bolts, concrete column shoes, wall shoes connection units, anchor channels, fixing inserts.
Hollow Core Slab Supports steel parts manufactured by R-Steel R Group Finland Oy under European quality standards. ROK Slab Supports Designed for support of HCS slab end at holes in HCS slab structure. The R-STEEL® ROK is a great technical solution to support hollow-core slabs(HCS) and make openings into hollow-core slab floors. ROK consists of an L-shaped steel front plate welded together with side plates. It transfers HCS slab end support reaction to adjacent HCS slabs or walls in both installations of HCS slabs and in the �nal situation. ROK support (together with seam grout) acts as support structure until fire resistance class R 60 without separate fire protection. Available in several standard models with the maximum width of opening up to 240 cm. RLK and RLKP Slab Supports Steel parts designed for support of precast massive concrete slabs. R-STEEL® RLK and RLKP slab support transfers the slab support reaction to supporting walls or other structures. RLK slab support consists of two square structural hollow section steel tubes that are installed one inside another and ribbed steel bond bars, which are welded to the outer tube. RLKP slab support consists of two square structural hollow section steel tubes that are installed one inside another and studded steel bars, which are welded to the outer tube. Structural hollow section steel tube with the larger section dimensions is installed to the concrete slab before concrete is cast. The end of the steel tube closer to slab edge is pressed against the mold and the other ends is closed with a welded steel plate, which prevents concrete from entering the steel tube during casting. During the installation of the precast slab the smaller tube is inserted in to the larger tube. Smaller tube is left protruding from the slab for approximately 95mm and acts as a cantilever support.
R-Steel® Wire Loops and Boxes manufactured by R-Group Finland Oy are steel parts consisting of a high strength steel wire and a steel box. R-Steel® Wire Loop boxes are very easy to use on site, with proven no tool tear off tape that releases the flexible loops. Our wire loop box range includes: Single wire loop boxes and Double wire loop boxes. Highly effe�cient product available for both precast and cast in situ structure. It is mainly used in the connection of slabs, walls and columns. Quality control of the wire rope loops is done according to the requirements of the Finnish Code of Building Regulations and the instructions according to the quality and environment system of the R-Group Finland Oy (ISO9001 and ISO 14001). R-Group Finland Oy has a quality control contract with Inspecta Sertifiointi Oy. The steel box and the wire rope are zinc coated. Zinced products are passivized with min. 1 month of storage. R-Steel Loop is a flexible wire rope is bent to loop and held together by compression sleeve. R-Steel® Loop may be used e.g. to tie concrete wall elements to the building frame with ribbed steel bars installed through the wire rope loop. The wire boxes have the advantage of ease of casting and protection of the loop, however the R-Steel® loops can be used in thinner panels and can also be used for lifting. Single Wire Loop Boxes For Single Boxes available standard wire lengths of 60 mm, 80 mm, 100 mm, 120 mm and 140 mm. Double Wire Loop Boxes Double Wire Loop Box offers unique solution for joining double walls to precast elements. Design resistances can be achieved in all directions. Wire lenghts of 80 mm and 100 mm are available for double wire loop. Thickness of the steel plate of the box is 0,7 mm, according to SFS-EN 12385.
Precast Concrete Magnets - Wire Loop Box Magnets - Fastening Plate Magnets L115 x 115 x 5 Steel Instrument box magnet - Electrical tube Magnets - Low& High Socket Insert Magnets - Distribution Box Magnets Diameter 94 x 26.5 & 75 x 29.8 - Shutter Magnets 300kg - 600kg - 1000kg
R-steel, offers a comprehensive range of high quality lifting systems designed for safe lifting and transportation of various types of precast elements. Your selection may be based upon technical or economic requirement or due to already owned/available lifting equipment. R-steel, threaded lifting systems system consists of threaded anchors their lifting devices and other accessories. * salient features - load capacities ranging from 0.5 to 12.5 tons. - used for lifting all kind of precast elements. - used for lifting angle from 0 to 90 degrees. - easy to install and can also be recessed if required. - ce marking. * products: - r-lifting anchor - are threaded socket with headed stud for anchorage. - rls crosshole anchors - are threaded socket with hole for ribbed steel bar for anchorage. - rpas plate anchor - are steel tube with inner thread welded to a flat steel plate for anchorage. - rta, rwtl and rwts anchors - are threaded socket with straight/ wavy ribbed bar for anchorage. - wire loop lifting device - used for lifting angle between 0, , and 45, , . - wire loop lifting device equipped with pressure plate - used for lifting angle between 0, , and 90. - full metallic lifting device equipped with pressure plate for lifting angle between 0, , and 90. - nailing plates, socket magnets and plastic caps are also available. - custom made solutions are also available
R-steel threaded lifting devices including several options as wire loops, wire loops equipped with a pressure plate and full metallic lifting devices, are designed to transport and erect precast units and elements. R-steel lifting devices have been designed and tested according to european quality standards to ensure safe precasting and lifting. - wire loops are manufactured of high-quality steel wire which are more suitable for on-site high loads such as beams. It can be equipped with a pressure plate for different lifting angles. - full metallic lifting devices equipped with pressure plate are designed for the lifting of 0 - 90 angles. The free turning swivel can also be used for turning precast elements. - all threaded lifting devices are easy to install and can be recessed if required, they can be used with all sizes of threaded inner socket anchors. - inner socket anchors are provided separately from lifting devices and it's highly recommended to use co-ordinated lifting system units for the safety of your precast site. Nailing plates, socket magnets, and plastic caps are also available. - tailor made solutions are also available.
- r-steel, rpp& rpp-e anchor bolts are fastening elements used to connect precast building components such as beams, columns and walls to adjoining elements or foundations. Rpp bolts for moderate loads and rpp-e bolts are used for high loads. - r-steel, rpk-n2/ rpk-e2 column shoes are fastening components used with anchor bolts to create moment resisting connections for precast columns to foundations or linking columns together, - r-steel, rsk-n, rsk-e wall shoes fastening components create tension resisting connections across joints between two precast wall elements or between precast wall element and a site cast structure. - the advantages of this connection system are rapid assembly of the columns eliminating the need for temporary bracing during installation. - additional ral washer plates are supplied with the associated wall shoes to form the connection to the matching base bolts. - these r-steel, components are used in combination to prevent any fit issues from different suppliers
