Building Hoist SC100/100

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Loading Port:: China Main Port

Payment Terms:: TT or L/C

Min Order Qty:: 1 Set set

Supply Capability:: 90 Sets Per Month set/month

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Building Hoist SC100/100 Technical Data

Lifting capacity	1000kg/1000kg
Lifting speed	33 m/min, 38m/min, 0-60m/min (VVVF+PLC), 0-90m/min (VVVF+PLC)
Max. lifting height	300m
Motor type	Chinese motor or SEW motor
Anti-drop safety device	With our patent
Cage size (L x W x H)	Recommended size: 2.5x1.2x2.4m. We can also manufacture the cages of other sizes according to the clients.
Mast section	450x450x1508mm, hot dip galvanized or paint-sprayed.
Anchor	Distance 6-9m, hot dip galvanized or paint-sprayed.
★Thewhole machinecan be designed according to your specific requirements

Details of Hoist SC100/100Technical Data

Building Hoist SC100/100

manufactured by our company have the features as good quality, long life, wide application range and convenient for maintenance.

The gearing adopts imported bearing, enameled cable, and oil seal.

The electric parts adopt products from world renowned manufactures such as Schneider, Siemens, and LG.

The racks amd pinion adopts special material and heat-treatment technique, which prolong the life of these parts.

The steel structure uses quality steel from famous domestic manufacturers. The surface of the structure can apply paint-spray, parkerizng baking finish or hot galvanizing processing according to users requirements.

We can also manufacture cages of other size according to the user

The cage and the door material can be aluminum molded board, punched-plate,figured aluminum board or other type according to your requirementes

The mast and the tie-in surface can adopt paint-spray, or hot galvanizing processing.

We has passed ISO9000 quality system authentication. We have powerful R&D centre and professional customer support team.

Excellent quality and service are what we actually supply with.

Packaging & Delivery

Package: nude and wooden boxes in containers.

Period of shipment: 30 days after receipt of the buyer's advance payment.

Building Hoist SC100/100

Q: What fundamental specifications or conditions must be met to operate a building hoist with a hydraulic pump?: To use a hydraulic pump to power a building hoist, several basic requirements must be met: a reliable power source, a suitable hydraulic pump with the correct pressure and flow rate, a robust and leak-free hydraulic system, safety mechanisms such as pressure relief valves and emergency stop features, proper installation and maintenance procedures, and adherence to safety standards and regulations. Additionally, the pump should be compatible with the hoist's design and capable of providing the necessary force and speed for lifting operations. Regular inspections and maintenance are crucial to ensure the hoist operates safely and efficiently.

Q: Is it possible for non-professionals to overhaul or repair a hydraulic cylinder in a building hoist?: No, a hydraulic cylinder in a building hoist should not be overhauled or repaired by non-professionals. Hydraulic systems are complex and require specialized knowledge and skills to service. Attempting repairs without proper training can lead to serious safety hazards, equipment damage, and potential accidents. It is crucial to have a qualified technician or professional mechanic handle any maintenance or repairs to ensure safety and compliance with industry standards.

Q: This question asks for the cost associated with purchasing and installing a building hoist.: The cost of buying and installing a building hoist can vary significantly depending on several factors. The type and capacity of the hoist, the height of the building, and the complexity of the installation are key determinants. On average, the cost can range from $10,000 to $50,000 for the hoist itself, with installation costs potentially adding another 20-50% to the total. However, for very tall buildings or specialized hoists, the price can exceed $100,000. It's crucial to obtain quotes from multiple suppliers and installers to get an accurate estimate for your specific project.

Q: This question asks for an explanation of the working mechanism of a building hoist, which is a device used in construction to lift materials and workers.: A building hoist, also known as a construction hoist or personnel/material hoist, is a temporary lifting device used in construction projects to transport workers and materials vertically within a building. It typically consists of a tower, a cage, a drive mechanism, and a control system. The tower is attached to the building's structure, and the cage is where people or materials are loaded. The drive mechanism, often powered by an electric motor, raises and lowers the cage along the tower. The control system manages the movement, ensuring safety features like speed control and emergency stops are in place. The hoist operates within a guide rail system, which keeps it aligned as it moves up and down the building's height.

Q: Is it possible to utilize a building hoist for construction or renovation purposes?: Yes, a building hoist is commonly used for construction and renovation work. It is designed to lift materials and workers vertically, making it an essential tool for multi-story construction projects. Hoists facilitate the movement of heavy materials like cement, bricks, and steel, as well as personnel, enhancing efficiency and safety on the construction site. They are particularly useful in scenarios where cranes are impractical or unavailable, making them a vital component in the construction and renovation process.

Q: This question asks for safety precautions that should be taken when using a building hoist, which is a type of lifting equipment used in construction.: Safety measures for using a building hoist include regular inspections and maintenance, ensuring all safety devices are in good working order, securing all loads properly, and not overloading the hoist. Operators must be trained and certified. Protective barriers should be in place to prevent unauthorized access. Emergency stop switches should be readily accessible. Workers should wear appropriate personal protective equipment, and communication between the hoist operator and those on the ground should be clear and effective. Adhering to these measures helps prevent accidents and ensures the safe operation of the building hoist.

Q: When building tall buildings, the machine that USES to lift concrete to wait for tall building: The concrete pump, which can be raised in a certain radius, is the tower crane.

Q: There are differences between the construction elevator and the construction elevator: The principle is different, the construction elevator operates in the litter box. The elevators are short for construction elevators, which are very high in the safety and performance of large facilities that can be used on the site. The construction elevator should be a dual-use lifting device.

Q: Is it possible to use two lifting devices simultaneously to lift an object that is heavier than the maximum weight each device can handle individually?: Yes, two lifting devices can be used together to lift a heavier object than either one can handle alone, provided that both devices are capable of supporting the combined weight and are properly synchronized. This requires careful planning and coordination to ensure the safety of the operation and the integrity of the lifting devices. The total weight capacity of the combined system should be greater than the weight of the object being lifted, and the devices must be designed to work in tandem without overloading or causing damage.

Q: Is it possible to substitute a hydraulic cylinder for an electric motor in a building hoist system?: A hydraulic cylinder can indeed be used as a replacement for a motor in a building hoist, but it requires a different system design. Hydraulic systems use fluid pressure to generate linear motion, which can be harnessed to lift and lower loads. They offer high power-to-weight ratios and can handle heavy loads, making them suitable for hoisting applications. However, they require a power source for the hydraulic pump, and the system must be designed to manage fluid flow, pressure, and safety features. Unlike electric motors, hydraulic systems also need regular maintenance and can be less energy-efficient. Despite these differences, with proper design and engineering, a hydraulic cylinder can effectively replace an electric motor in a hoist system.

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