Suspended Platform ZLP630

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ZLP630 Suspended Platform

ZLP series Suspended Platform(temporarily installed suspended access equipment), is ideal equipment for building facade construction,

decoration, cleaning and maintenance. And it is also widely used in elevator installing, ship building and repairing, or in other works such as

big-size tank, bridge, embankment and chimney. ZLP series versatile knock-down platforms provides workers safer, easier and more

efficient platform access.

Specification:

ype				ZLP630
Rated Capacity				630kg
Rated Lifting Speed				8 -10 m /min
Steel Rope Diameter				8.6mm
Hoist	Type			LTD6.3
	Rated Lifting Force			6.3KN
	Motor	Type		YEJ 90L -4
		Power		1.5KW
		Voltage		380V
		Frequency		50 Hz
		Rotation Speed		1420rpm
		Brake Torque		15Nm
Safety lock	Type			LSB30
	Permission Force of Impact			30kN
	Locking Cable Distance			＜100mm
Platform Dimension L × W × H （mm ）				5000 × 690 × 1460 6000 × 690 × 1460
Weight of Suspension Mechanism				375kg
Counter-Weight				800kg/900kg
Weight of Lifting Part			Steel Platform	405kg / 450kg
			Aluminum Platform	260kg / 280kg

* Voltage and frequency of the motor can be manufactured to meet the needs of the customer's requirements

Suspended Platform ZLP630

Q: Is it possible to utilize a building hoist for lifting materials during demolition projects?: While a building hoist is typically designed for construction purposes to lift materials and personnel, it is not advisable to use it for demolition work. Demolition involves hazardous conditions with falling debris and unstable structures, which can compromise the safety and integrity of the hoist. Instead, specialized equipment like wrecking balls, hydraulic shears, and cranes are more suitable for demolition tasks. These are engineered to handle the heavy loads and unpredictable conditions associated with breaking down structures safely.

Q: What precautions should be taken when using lifting equipment to ensure safety?: Safety measures for lifting equipment include regular inspections and maintenance to ensure equipment is in good working order. Operators must be trained and certified for the specific equipment they are using. Safe lifting practices should be followed, such as never exceeding load limits, using the correct lifting points, and securing loads properly. Personal protective equipment (PPE) should be worn, and clear communication among the lifting team is essential. Additionally, a safe working environment should be maintained, free from obstructions and hazards, and emergency procedures should be in place and known by all involved.

Q: Is it possible to use a lifting device to assist in lifting a person who is too heavy to lift manually?: Yes, lifting devices such as hoists or mechanical lifts can be used to safely lift someone who is too heavy to lift manually. These devices are designed to support the weight and reduce the risk of injury to both the person being lifted and the caregiver. It's important to use the appropriate equipment for the individual's weight and to follow safety guidelines and manufacturer's instructions to ensure proper and secure lifting.

Q: How many kw is the sc construction elevator: There is no fixed standard, which is widely adopted, 3X11KW, which is 33 kilowatts. The power of the motor is determined by the speed ratio of the decelerator. The most common lifter is 33 kilowatt, the speed ratio 1:16, 33 meters per minute.

Q: This question asks for criteria or factors to consider when selecting the appropriate type of building hoist for a specific construction project.: Choosing a suitable type of building hoist involves considering several factors: the weight and size of materials to be lifted, the frequency of hoisting, the height of the building, and safety requirements. Assess the load capacity needed, as hoists vary in their lifting capabilities. Consider the hoist's speed and efficiency to ensure it meets the project's timeline. The hoist's size and maneuverability are crucial for fitting within the construction space. Safety features and certifications should be verified to ensure compliance with industry standards. Consulting with hoist manufacturers or rental companies can provide insights into the most suitable hoist for your specific application.

Q: Are there any good signs in the construction elevator door: Referring to the unified code of construction safety technology of GB 50870-2013, and the construction safety inspection standard JGJ59-2011

Q: When does the construction elevator take off?: This is not specific time, it is the contractor's own

Q: How many floors are built to use the construction elevator? With six floors?: The country stipulates above 7 floor to be installed elevator, of course 7 below can be installed not outfit, average 7 floor below is a ladder of ladder of ladder of ladder of ladder of ladder of ladder of ladder of ladder of stairs and so on

Q: Elevator installation approach, need to give the total package (inspect) what data, come a master to answer the detail point: In ten days: installation company qualification (including business license, qualification certificate, safety production license, organization code certificate and company performance, etc.), installation personnel qualifications (including the principal, special operations personnel, etc.), installation construction scheme (including the construction organization design, safety and civilized construction scheme, construction progress) The installation process: in materials to submit for approval (material inspection report, certificate, etc.), play equipment to submit for approval (mechanical factory qualified certificate, safe use license, etc.) After the construction is completed, the certificate of safety inspection (which needs to be provided by the special security agency)

Q: Identify the elements that influence the durability and operational lifespan of lifting machinery, specifically focusing on Building Hoists.: The lifespan of lifting equipment, including Building Hoists, is influenced by several factors: 1) Material Quality: The type and quality of materials used in construction directly affect durability and resistance to wear and tear. 2) Design and Engineering: Proper design ensures optimal performance and reduces stress on components. 3) Frequency of Use: More frequent use can lead to faster wear and tear. 4) Maintenance and Repair: Regular maintenance can extend the lifespan, while neglect can shorten it. 5) Operating Conditions: Environmental factors such as temperature, humidity, and exposure to corrosive substances can impact longevity. 6) Load Capacity: Overloading can cause premature failure. 7) Compliance with Safety Standards: Adhering to safety guidelines can prevent accidents and damage. 8) Technological Advancements: Newer models may have improved features that extend lifespan.

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