Twin Cage Construction Hoist SC200/200

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 1 Set set

Supply Capability:: 10 Sets per Month set/month

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Detailed Twin Cage Construction Hoist SC200/200 Product Description

the elevator runs along the tower mast section, it is different from the elevator with wire rope system ( like the passenger lift in the building), from the attached photo you can see on the back side of cargo platform there is one tower mast section.

Specification of Twin Cage Construction Hoist SC200/200

SC200/200 Construction hoist
Specifications		Unit	Parameter
Max Load		Kg	2×2000
Max Passengers			2×20
Rated Lifting Speed		m/min	34
Max Lifting height		m	300
Max Free End Height		m	≤7.6
Modulus of Gear Rack			8
Carriage Weight		Kg	1012×2
Size of Carrige		m	3.0×1.3×2.4
Standard Knot Weight		kg	145
Standard Knot Length		m	1.508
Cross-section Size of Standard Knot			0.65×0.65
Motor	Model		YZE132M-4
	Rated Power	KW	11×3×2
	Necessary Electric Power	KVA	22×3×2
Reducer	Center Distance	mm	125
Reducer	Transmission Ratio		1:16
Overspeed Governor	Type		Progressive
	Model		SAJ40-1.2A
	Operation speed	m/min	49.5
	Brake moment	N.m	2600
Hoist weight		t	22

Q: Can a construction elevator use a single cage: The construction elevator is designed to solve the construction machinery that can not be carried by the dragon door frame. Dual-use is the biggest feature of the construction elevator.

Q: Is it possible to utilize a building hoist for elevating materials to a significant height for stacking purposes?: Yes, a building hoist can be used for lifting materials that need to be stacked high. These hoists are specifically designed for construction sites to lift heavy materials vertically to different levels. They are equipped with safety features to ensure materials are lifted and stacked securely and efficiently. However, the height to which materials can be stacked will depend on the hoist's lifting capacity and the specific construction site's requirements. It's crucial to follow the manufacturer's guidelines and safety regulations when operating a building hoist to prevent accidents.

Q: Can a building hoist experience technical issues or fail to operate properly?: Yes, a building hoist can malfunction. Like any mechanical system, hoists are subject to wear and tear, component failure, and can be affected by human error. Malfunctions may include mechanical breakdowns, electrical faults, or safety device failures. Regular maintenance, inspection, and adherence to safety protocols can reduce the risk of hoist malfunctions.

Q: Can a building hoist be utilized to lift more than one object simultaneously?: Yes, a building hoist can be used to lift multiple objects at once, provided that the combined weight of the objects does not exceed the hoist's maximum load capacity. This is often done by securing all objects to a single lifting point or using a pallet or platform to hold the objects together. It's crucial to ensure that the hoist is rated for the total weight and that the objects are evenly distributed to maintain balance during lifting. Always follow safety guidelines and manufacturer's instructions to prevent accidents.

Q: Is it possible to use a hydraulic cylinder as a substitute for the cylinder in a building hoist?: While it may be tempting to consider a hydraulic cylinder as a replacement for a building hoist cylinder, it is generally not advisable. Hydraulic cylinders and hoist cylinders serve different purposes and have distinct design specifications. A building hoist cylinder is specifically engineered to handle the vertical lifting and lowering of heavy loads in construction settings, ensuring safety and reliability. Hydraulic cylinders, on the other hand, are used for a variety of applications and may not meet the specific requirements of a hoist, such as load capacity, stroke length, or safety features. Using an inappropriate replacement could lead to mechanical failure, accidents, or even fatalities. It is crucial to use the correct, certified parts for any equipment to maintain safety and functionality.

Q: This question asks about the typical issues encountered when constructing a building hoist and the methods to address these problems.: Common problems in building hoists include mechanical failure, safety hazards, and improper installation. Solutions involve regular maintenance to prevent mechanical issues, strict adherence to safety protocols to mitigate hazards, and professional installation to ensure the hoist is correctly set up. Additionally, using modern technology for monitoring and control can help to identify and rectify problems early. Ensuring proper training for operators is also crucial for the safe and efficient operation of building hoists.

Q: This question asks for an explanation on how to operate an automatic control system for a building hoist.: To use an automatic control system for a building hoist, first ensure the system is properly installed and inspected. Familiarize yourself with the control panel, which typically includes buttons for up, down, stop, and emergency stop. Ensure all safety protocols are in place. Turn on the system and select the desired hoist. Use the up and down buttons to control the hoist's movement. Monitor the load and adjust the speed as needed. Always be aware of the hoist's limits and never exceed them. Regularly check the system for any faults or irregularities and address them promptly. Remember, safety is paramount when operating a building hoist.

Q: This question asks whether a building hoist can be utilized for lifting both fragile and non-fragile items.: Yes, a building hoist can be used for lifting both fragile and non-fragile objects. However, it is crucial to ensure that the hoist is equipped with the appropriate attachments and safety measures to handle fragile items without causing damage. For non-fragile objects, the hoist can be used more freely, but still, safety protocols must be followed to prevent accidents. The key is to use the hoist within its weight capacity and to adhere to all operational guidelines to ensure the safe and effective lifting of all types of objects.

Q: Is it possible to replace an electric motor with a hydraulic cylinder in an electric-hydraulic lifting system?: No, a hydraulic cylinder cannot be used in place of a motor in an electric-hydraulic lifting system. A hydraulic cylinder is a component that converts hydraulic pressure into linear motion, while an electric motor converts electrical energy into mechanical energy. In an electric-hydraulic system, the motor drives a hydraulic pump, which generates the pressure needed to actuate the cylinder. The motor is essential for providing the power source, and the cylinder is the actuator that uses this power to perform work. Replacing the motor with a cylinder would result in a system without a power source, rendering it inoperative.

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.

We are experienced in the mechanical research and development, production and after-sales service. Until now, the construction machinery have been sold to more than 50 countries and regions in America, Australia, the Middle East, Southeast Asia and Africa. Our products are well-known as brand products.

1. Manufacturer Overview

Location	Hebei,China
Year Established	2005
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Main Markets	North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe, Central America, Northern Europe, Southern Europe, South Asia
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