PLC 6070322 dredger
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Seller's contacts
+351 966 99...
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+351 966 999 459
+34 619 02 ...
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+34 619 02 07 05
Portugal 
dredger
10 m
China, Shanghai
20 m
Austria, Feldkirchen
8 m
Ukraine, m.Sumi
9.5 m
Ukraine, s. Sviatopetrivske
8 m
Ukraine, Sumi
dredger
Netherlands, Obdam
€113,100
DKK 845,000
≈ $130,900
Denmark, Sjælland
9 m
Italy, Ozegna (TO)
8 m
Ukraine, s. Sviatopetrivske
Austria, Feldkirchen
Netherlands, Geertruidenberg
18 m
Ukraine, s. Sviatopetrivske
25 m
Ukraine, s. Sviatopetrivske
7 m
Ukraine, s. Sviatopetrivske
8 m
Ukraine, s. Sviatopetrivske
10 m
Ukraine, s. Sviatopetrivske
5 m
Ukraine, s. Sviatopetrivske
8 m
Ukraine, s. Sviatopetrivske
The chain with its buckets is driven by a geared motor direct to the axle of the driving wheels, giving it a smooth, regular and silent movement. The bucket chain is made of hardened steel with high structural and wear resistance. The buckets are made of stamped sheet metal and the parts that are in contact with the clay are made of wear-resistant steel sheet. The internal driving wheels of the bucket-carrier chain are machined toothed with teeth, fixed by means of screws for their replacement, forming a 120° gear with three sectors.
The movement of the bar-carrier is carried out by means of two geared motors with a frequency variator, designed to work at two main speeds, one for work and one for fast. The elevation and graduation of the different positions of the boom with its chains and buckets is obtained by means of a hydraulic unit formed by two pistons, a central one and positioning encoders. These are commanded by a PLC cabinet programmed with all the relevant devices for the control and safety of all machine movements.
TECHNICAL DATA Width: height with boom at 45º ............... .......................... .. 13800 mm jib + bridge length ................................................... 19900 mm width between rails ..................................... ... 25500 mm Maximum digging depth under the track ... ............................ .. 10300 mm Number of buckets. ?? 48 Bucket capacity ................................................................... ................ 65 lts Minimum production ................................ ........ .................. ....................... ...... 60 m3 / h Maximum production ..................................................................... .............................. 100 m3 / h Minimum chain speed ............ .. ............................................. 20 m/ min Maximum current Speed ................................................... . ... ........ 35 m / min Chain drive power (2 gearboxes) ........................ ....... ......... 30 kW Boom travel speed ..................................... ......... 0.007 rad /Mon. Boom up/down time ............................................................ .... 3 min Hydraulic central power ..................................... .... ...... ................... 4 kW Car speed .............. ...... .................... ................... ........ ........ 0.04 + 0.1 m/sec. Trolley drag power (2 gearboxes) ................................................... 0 , 55 kW Bridge speed ......................... 0.04 + 0.16 m / sec. Bridge power (2 gearboxes) ............................ .. ...... 1.1 kW Bridge speed tensioning belt ..................................................................................... 1m/sec. Ribbon power ..................................................................... .................................. 3 kW Total power of installed motors ...... .... ................................... 25.3 kW Approximate total weight .......... .................... .............................. 45.000 kg.
A corrente com suas caçambas é acionada por um motor-redutor direto ao eixo das rodas motrizes, conferindo-lhe um movimento suave, regular e silencioso. A corrente da caçamba é fabricada em aço temperado com alta resistência estrutural e ao desgaste. As caçambas são fabricadas em chapa estampada e as partes que ficam em contato com a argila são em chapa de aço resistente ao desgaste. As rodas motrizes internas da corrente porta-caçamba são dentadas mecanizadas com dentes, fixadas por meio de parafusos para sua substituição, formando uma engrenagem de 120° com três setores.
A movimentação do carro porta-barra é realizada por meio de dois moto-redutores com variador de frequência, previstos para trabalhar em duas velocidades principais, uma de trabalho e outra rápida. A elevação e graduação das diferentes posições da lança com suas correntes e caçambas, é obtida por meio de uma unidade hidráulica formada por dois pistões, um central e codificadores de posicionamento. Estes são comandados por um gabinete PLC programado com todos os dispositivos relevantes para o controle e segurança de todos os movimentos da máquina.
DADOS TÉCNICOS Envergadura: altura com lança a 45º ............... .......................... .. 13800 mm jib + comprimento da ponte ...................................... 19900 mm de largura entre trilhos .............................. .. ... 25500 mm Profundidade máxima de escavação sob a via ............................... .. 10300 mm Número de caçambas. .........................:. 48 Capacidade da caçamba ....................................... ....................... 65 lts Produção mínima ...................... ......................... ....................... ...... 60 m3 / h Produção máxima ....................................... .......... ............................. 100 m3 / h Velocidade mínima da corrente .............. ............................................. 20 m/min Corrente máxima Rapidez ............................................. .... ........ 35 m / min Potência de acionamento por corrente (2 caixas de engrenagens) ............................... ......... 30 kW Velocidade de deslocamento da lança ..................... ........... ......... 0,007 rad/seg. Tempo de subida/descida da lança ....................................... ........ 3 min Potência central hidráulica ..................................... .......... ................... 4 kW Velocidade do carro .............. ............................. ................... ................ 0,04 + 0,1 m/seg. Potência de arrasto do carrinho (2 caixas de engrenagens) ...................................... 0, 55 kW Velocidade da ponte ...................... 0,04 + 0,16 m / seg. Potência da ponte (2 caixas de engrenagens) ........................... .. ...... 1, 1 kW Velocidade da esteira tensora ..................... ........... ................. 1 m / seg. Potência da fita ....................................... ......................................... 3 kW Potência total dos motores instalados ...... ....................................... 25.3 kW Peso total aproximado .............................. .............................. 45.000 kg.