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Sany Heavy Industry Sany Heavy Industry Co., Ltd. (SH:600031)
Trinity International Sany International (HK:00631)
Sany Renewable Energy Sany Renewable Energy (SH:688349)

SCC16000 construction site of Taishan Nuclear Power Plant in Guangdong

  • 2016.07.15

Construction time

2011-10

Construction site

Taishan, Guangdong

The type of project

Construction of energy facilities

Device type

crane

At 8:58 a.m. on October 23, 2011, under the order of the on-site hoisting commander of Taishan Nuclear Power Plant in Guangdong, as an outstanding representative of China's large-tonnage crawler crane products, the Sany SCC16000 crawler crane adopts the LJDB working condition of 66m main boom, 60m jib and 60.5m operating radius, and hoists the nuclear island dome of Unit 1 weighing 270t, 13.6m high and 46.8m in diameter to 60m in place. The whole operation process is smooth and smooth, with a history of 1 hour and 18 minutes. Sany SCC16000 crawler crane is currently used in the field of nuclear power heavy parts construction of the *8981 large-tonnage domestic crawler crane. As one of the core and key components of *8981 in nuclear power facilities, the nuclear island dome of a nuclear power plant has extremely high requirements for construction safety and almost harsh requirements for lifting equipment. The end of the hoisting marks another solid step in the hoisting of the key components of the third-generation pressurized water reactor EPR unit of the Sany SCC16000 crawler crane in the international *8981*, and also refreshes the record of Asia's *8981 large-tonnage crawler crane used in the field of nuclear power held by the crawler crane of Sany SCC10000. Sany SCC16000 crawler crane has a number of world's leading technologies and highlights such as fully enclosed hydraulic system and electrical control system with completely independent intellectual property rights, and has technical characteristics such as modular design, power, control, hydraulic system centralization, and crawler frame self-loading and unloading functions, which greatly improves the single-piece structure transportation and load capacity of the equipment, and saves transportation and transfer costs for customers.

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