Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock

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Product Description

Overview Product Description Working Principle Product Parameters Installation Instructions Company Profile Packaging & Shipping

Basic Info

Model NO.SFST280
Capacity (Load)50-700ton
Power SourceHydraulic
Max Height>400mm
CertificationCE
ConditionNew
Handle MaterialHydraulic
NameSynchronous Lifting
Pressure31.5MPa
Speed0-25m/H
Strand Diameter18mm
Cylinder Stroke500mm
Safe Working Load280ton
Transport PackageWooden Cases
Specification1750*30*30
TrademarkSFST
OriginChina
Production Capacity500000 Per Year

Packaging & Delivery

Package Size180.00cm * 40.00cm * 50.00cm
Package Gross Weight2330.000kg

Product Description

Safety assurance in the depths of the mine - synchronous lifting jacks: Deep underground mines, mining operations are dangerous. It is the miners' trusted choice, explosion-proof design to eliminate hidden dangers, super stability in the narrow tunnel support roof. Even in the face of emergencies, the reliable self-locking device holds the lifeline, escorting life and resource extraction in the dark.

Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock
Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock

Working Principle

Synchronous lifting jacks use hydraulic principle. The motor operation prompts the hydraulic pump to convert the oil in the tank into high pressure oil, and the high pressure oil drives the movement of the cylinder piston to achieve the jacking. At the same time, it has advanced wireless synchronous control system. The sensors of each jack transmit their own working conditions wirelessly, and the control center handles them comprehensively. According to the construction needs, the oil pressure of each jack is precisely deployed to ensure that under complex working conditions, such as the lifting of steel components of super high-rise buildings, multiple jacks move neatly and uniformly, so that the construction process can be accurately promoted as planned.

Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock
Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock

Product Parameters

Model Safe working load (Ton) Working pressure (MPa) Cylinder stroke (mm) Retraction height (mm) Jack weight (KG) Fixed anchor weight (KG) Speed (m/h) Number of strands Strand diameter (mm)
SFST-TSD45 45 31.5 500 1726 600 28 0-25 3 18
SFST-TSD60 60 31.5 500 1726 630 32 0-25 4 18
SFST-TSD100 100 31.5 500 1790 930 46 70-25 7 18
SFST-TSD180 180 31.5 500 1886 1560 90 0-25 12 18
SFST-TSD280 280 31.5 500 1938 2330 130 0-25 19 18
SFST-TSD300 300 31.5 500 1940 2460 140 0-25 20 18

Installation Instructions

I. Installation Steps

  • 1. Site preparation: Select a solid, flat installation site to ensure that the ground can withstand the total weight of jacks and heavy objects. If the ground is soft, it should be strengthened in advance, such as laying steel plates or using sleepers. Clean up debris on the site to avoid affecting the placement and work of the jack, and ensure that there is enough space around the installation location for easy operation and maintenance.
  • 2. Check the device: Before installation, carefully check the appearance of the jack to ensure that there is no damage and no leakage. Check cylinder, piston, tubing and other key components are in good condition. Verify whether the specifications of the jack meet the working requirements. Check if the synchronous control system components are complete.
  • 3. Jack placement: Place the jack smoothly in a pre-determined position, ensuring the bottom is in full contact with the ground and perpendicular to the lifting direction of the weight. For multiple jacks, use a measuring tool to verify that the spacing and positioning meet the requirements. Install fixed devices if applicable.
  • 4. Connect tubing and power supply: Ensure that the tubing is clean, free of impurities and moisture before connecting. Firmly connect the tubing to the corresponding interface of the jack and the hydraulic pump station, and fix the tubing with pipe clamps. Connect electrical power according to rating requirements, and ensure correct grounding.
  • 5. System debugging: Turn on the synchronous control system, calibrate the sensors according to the manual to ensure accurate measurement, and perform a no-load debugging test to check synchronous error margins.

II. Precautions

  • 1. Safe operation: Operators must be professionally trained. Wear personal protective equipment such as safety helmets and gloves. Overload operation is strictly prohibited. Pay close attention to the working state and load of the jack.
  • 2. Synchronous maintenance: Check the accuracy of the synchronous control system regularly. Avoid external factors like uneven ground settlement or external collision that could interfere with synchronous operations. Keep load distribution as even as possible.
  • 3. Equipment maintenance: Perform regular maintenance, checking the oil quality and levels. Replace leaking seals immediately. Clean and store the jack in a dry, ventilated environment after use to prevent rust.
  • 4. Emergency handling: Remain calm during power outages. Rely on the self-locking system for jacks that support it, or immediately deploy auxiliary supports to secure the heavy object.
Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock
Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock
Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock

Company Profile

We are professionally engaged in hydraulic mining equipment, hydraulic construction machinery equipment, ultra-high pressure pumping stations, and cylinder research, development, and manufacturing.

We produce various types of splitting guns, splitting rods, splitting machines, digging and drilling machines, electric hydraulic pumps, high-pressure cylinders, high-pressure jacks, synchronous lifting equipment, crushing hammers, and other hydraulic tools.

We have decades of experience in ultra-high voltage equipment, standing as a reliable and excellent brand both now and in the future.

Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock
Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock
Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock

Packaging & Shipping

Designed to Create Synchronous Lifting Jacks for Large Construction Projects in Stock

Frequently Asked Questions (FAQ)

Q1: What is the primary working principle of the synchronous lifting jack?

A1: These jacks operate using hydraulic principles. A motor powers the hydraulic pump to convert oil into high-pressure fluid, which drives the cylinder piston movement. A wireless synchronous control system monitors the sensors on each jack and precisely deploys fluid pressure to ensure all jacks move uniformly.

Q2: Are these synchronous lifting jacks safe for deep mining environments?

A2: Yes. The jacks feature explosion-proof designs to eliminate hazards in deep underground mines. They provide high stability in narrow tunnel supports and are equipped with self-locking safety devices to hold the load in place during emergencies.

Q3: How do I prepare the installation site for synchronous jacks?

A3: The site must be solid and flat to bear the total weight of both the jacks and the heavy objects. Soft ground must be reinforced using steel plates or sleepers. Ensure the area is cleared of debris and has sufficient working space around the equipment.

Q4: What should be done in the event of a power failure or system issue during lifting?

A4: Remain calm. Jacks equipped with self-locking mechanisms will automatically hold the heavy loads in place. If the jacks lack a self-locking function, deploy emergency auxiliary supports to support the objects immediately. Keep emergency tools like backup power or hand pumps nearby.

Q5: How should the hydraulic oil and seals be maintained?

A5: Perform regular checks on the oil quality and volume. If the oil is contaminated or deteriorated, replace it immediately, and fill insufficient oil up to the specified liquid line. Check for seal leakage regularly and replace damaged seals immediately.

Q6: Can these jacks be used for steel components of super high-rise buildings?

A6: Yes, they are highly suited for complex construction conditions. The integrated wireless synchronous control system coordinates multiple jacks neatly and uniformly, allowing precise execution of heavy-duty projects like structural building lifts.

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