Coil Tilter Upender
Coil tilte upender is a specialized piece of equipment used for the handling of heavy steel coils in the metallurgical industry. The drive system can be hydraulic, which provides the necessary power and precision to move the heavy coils. It can also be connected to a conveyor system, allowing for continuous movement of the coils throughout the production process.
Different handling goals may require different custom solutions, as the equipment needs to be tailored to the specific needs of the application. The speed can be adjusted using inverters, which allows for greater flexibility and precision in the handling process. The machine is also equipped with emergency stop and position locking functions to avoid rotation, which is essential for safety and to prevent hazards.
Moreover, it can be controlled remotely, which allows operators to safely operate the equipment from a distance. This feature is particularly useful in situations where the operator needs to be at a safe distance from the equipment while it is in operation.
The upender is a vital piece of equipment in the metallurgical industry, it helps to increase the efficiency, safety and automation of the coil handling process.
Features:
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The mechanical structure of a coil transfer car typically includes a motor drive, helical gear and worm reducer. The motor drive provides the power to move the car and the heavy coils it carries. The helical gear and worm reducer are used to transmit the power from the motor to the wheels of the car and also to reduce the speed and increase the torque, which allows for precise control of the car's movement.
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Redesign of the four roll device is likely referring to a device that is used to support and guide the coil as it is transported. A four-roll device typically consists of four rolls that are positioned at the corners of the coil and are used to support and guide the coil as it is moved. Redesigning this device could involve changes to its size, shape, or material to better suit the needs of the specific application.
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Frequency conversion speed control allows the machine to operate fast, stable and safe by adjusting the speed of the motor with the use of an inverter. This feature allows the machine to adapt to different handling requirements and to run more efficiently.
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Two limiters are often used in the machine to ensure safe operation, these are devices that are designed to detect when the car has reached a certain position and will stop the car's movement to prevent over travel and potential hazards.
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A feature of stop and keep power at any angle at the turn, refers to the ability of the machine to maintain power and keep the coil in place while turning, which allows the machine to turn at any angle without losing power or control of the coil.
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The emergency stop and lock-in function is a safety feature that allows the machine to stop quickly and lock the coil in place in case of an emergency, this avoid rotation and prevent potential hazards. This feature is important for the safe operation of the machine.
Parameters:
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|
FPCT-03 |
FPCT-05 |
FPCT-08 |
FPCT-10 |
|
Power Supply (V/Hz) |
AC 380/50( or your requirement) |
|
Power consumption (KW) |
1.3 |
2.0 |
2.5 |
3.5 |
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Max. Loading |
3T |
5T |
8T |
10T |
|
Speed (sec/set) |
20-40 |
20-40 |
20-40 |
20-50
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Fhopepack provides a range of processing options, including conveyor and hydraulic system filtration. The product also includes package design, testing, and installation services. In addition, Fhope offers a new motor-driven Upender for load bodies that need to be placed in a vertical position before entering a conveyor line. This system allows for smooth and consistent vertical positioning of bodies, with minimal change in height from entry to exit.
No matter what model of upender you choose, you can be assured that it will help you safely transport and handle your load. They are specifically designed to provide a safe and secure environment for your operator while handling heavy loads up to a ton. Most models also offer the ability to change the loading position.