Changzhou Rohn Hydraulic Sci-Tech Co., Ltd.
Changzhou Rohn Hydraulic Sci-Tech Co., Ltd.
Products
220V 1.1KW 5L Boarding Bridge Unit
  • 220V 1.1KW 5L Boarding Bridge Unit220V 1.1KW 5L Boarding Bridge Unit
  • 220V 1.1KW 5L Boarding Bridge Unit220V 1.1KW 5L Boarding Bridge Unit
  • 220V 1.1KW 5L Boarding Bridge Unit220V 1.1KW 5L Boarding Bridge Unit
  • 220V 1.1KW 5L Boarding Bridge Unit220V 1.1KW 5L Boarding Bridge Unit
  • 220V 1.1KW 5L Boarding Bridge Unit220V 1.1KW 5L Boarding Bridge Unit

220V 1.1KW 5L Boarding Bridge Unit

Changzhou Rohn Hydraulic Technology Co., Ltd. has been engaged in the hydraulic sector for a decade-long period. It is a professional production firm that centers around the R & D, manufacturing, marketing and post-sale service of 220V 1.1KW 5L Boarding Bridge Unit, hydraulic cylinders, hydraulic systems, hydraulic attachments and sealing actuators for dump trucks. Located in Changzhou, it benefits from favorable transportation circumstances and is adjacent to Shanghai.

I. Product Overview

The 220V 1.1KW 5L Boarding Bridge Unit is a specialized and compact device. It weighs 16.86 kg and has dimensions of 61 * 26 * 27.5 cm. This unit is designed to provide efficient and reliable service in the context of boarding bridge operations, ensuring smooth connections and transitions between different levels.

II. Performance Characteristics

1. Power Output and Voltage

Operating at a standard voltage of 220V and with a power rating of 1.1KW, this boarding bridge unit is suitable for a variety of industrial and commercial settings where such power supply is available. The motor is engineered to convert the electrical energy into mechanical energy with a reasonable level of efficiency. It can achieve an efficiency rate of around [X]% (for example, 75%). The power output is sufficient to drive the key mechanisms of the boarding bridge, such as the lifting and lowering ramps, allowing for smooth and controlled movement.

2. Hydraulic Capacity

The 5L reservoir capacity holds an appropriate amount of hydraulic fluid. The reservoir is designed to maintain the fluid at an optimal level and temperature for efficient operation. The hydraulic circuit is configured with precision to ensure reliable fluid flow. The pipes and fittings are selected to minimize pressure losses and ensure that the hydraulic pressure is evenly distributed. The main pipeline usually has an inner diameter of about [Y] mm (for example, 10 mm) to facilitate the proper circulation of the hydraulic fluid and enable the smooth actuation of the hydraulic cylinders that control the movement of the boarding bridge components.

3. Pressure and Flow Rate

The unit is capable of generating a maximum pressure of up to [P] MPa (for example, 10 MPa). The pressure can be adjusted within a certain range, typically from [P1] MPa to [P2] MPa (such as 3 MPa to 10 MPa), depending on the specific requirements of the boarding bridge operation. The flow rate of the hydraulic fluid can reach a maximum of [Q] L/min (for example, 8 L/min). This combination of pressure and flow rate allows for precise control of the lifting and lowering speeds of the boarding bridge ramp. For example, when a vehicle is approaching the boarding bridge, the ramp can be lowered at a controlled speed to ensure a gentle and safe connection, and when the loading or unloading is completed, the ramp can be lifted back to its original position with equal precision.

4. Durability and Reliability

Constructed with high-quality materials and advanced manufacturing techniques, this boarding bridge unit is built to withstand the rigors of continuous use. The motor is made of durable components that can resist wear and tear and operate reliably over an extended period. The hydraulic pump is designed with robust seals and precision-machined parts to ensure leak-free operation. The unit is also equipped with safety features such as overload protection and emergency stop buttons. It can operate in a wide range of environmental conditions, withstanding temperatures from [T1] °C to [T2] °C (such as -5 °C to +45 °C) and vibrations up to [V] mm/s (such as 3 mm/s), ensuring consistent performance and minimizing downtime.

III. Application Range

1. Warehouses and Distribution Centers

In warehouses and distribution centers, this boarding bridge unit is widely used. It is installed on loading docks to connect the warehouse floor with the beds of trucks or trailers. It enables efficient loading and unloading of goods, reducing the time and effort required to transfer products between different transportation and storage units. Whether it is palletized goods or loose items, the boarding bridge unit ensures a seamless connection, improving the overall productivity of the warehouse operations.

2. Factories and Industrial Plants

Within factories and industrial plants, it is used for connecting different production areas or for loading and unloading raw materials and finished products. For example, it can be used to link a production line with a storage area or to transfer heavy machinery parts between different workstations. The adjustable height and reliable operation of the boarding bridge unit make it suitable for a variety of industrial applications, enhancing the flexibility and efficiency of the internal logistics.

3. Airports and Freight Terminals

At airports and freight terminals, this unit is used for loading and unloading cargo from aircraft or large freight vehicles. It provides a stable and adjustable platform for the transfer of baggage, parcels, and other cargo. The precise control of the boarding bridge's movement is crucial in these high-traffic and time-sensitive environments, ensuring the safety and efficiency of the cargo handling process.

4. Retail and Commercial Facilities

In some large retail stores or commercial facilities with loading docks, the boarding bridge unit is used for receiving and dispatching goods. It allows for the easy transfer of merchandise from delivery trucks to the store's storage areas or directly to the sales floor. This helps in maintaining a smooth supply chain and ensuring that products are available for customers in a timely manner.

IV. Usage Scenarios

1. Loading and Unloading Trucks in a Warehouse

In a typical warehouse scenario, a truck arrives at the loading dock. The 220V 1.1KW 5L Boarding Bridge Unit is activated, and the ramp is lowered to the height of the truck bed. Workers can then easily push or use forklifts to move pallets of goods onto or off the truck. The adjustable pressure and flow rate of the unit ensure that the ramp movement is smooth and safe, preventing any sudden drops or jerks that could damage the goods or cause accidents. Once the loading or unloading is complete, the ramp is lifted back up, and the truck can depart.

2. Connecting Production Areas in a Factory

In a factory, different production areas may be at different heights or separated by a small gap. The boarding bridge unit is installed to create a seamless connection. For example, a conveyor belt in one area can transfer products onto the boarding bridge, which then lifts or lowers the products to the appropriate height for further processing in another area. The reliable operation of the unit ensures that the production flow is not interrupted, and the adjustable height feature allows for flexibility in accommodating different production setups.

3. Cargo Handling at an Airport

At an airport, cargo is constantly being loaded and unloaded from aircraft. The boarding bridge unit is positioned to connect the aircraft cargo hold with the ground transportation vehicles. The precise control of the ramp's movement is essential as the cargo may include fragile or valuable items. The unit allows for a gentle and accurate connection, enabling the efficient transfer of baggage and freight while minimizing the risk of damage. The safety features of the unit also ensure that in case of any emergency, the operation can be stopped immediately.

4. Receiving Goods at a Retail Store

When a delivery truck arrives at a large retail store's loading dock, the boarding bridge unit is used to bridge the gap between the truck and the store. Workers can unload boxes of merchandise and transport them directly into the store's storage area or onto the sales floor. The smooth operation of the boarding bridge unit helps in speeding up the receiving process, ensuring that new products are available for customers as quickly as possible.

V. Specification Dimensions

The product has a length of 61 cm, a width of 26 cm, and a height of 27.5 cm. The compact size makes it suitable for installation in a variety of locations, especially those with limited space at loading docks or in industrial settings. The layout of the components within the unit is optimized to make the most of the available space while allowing for easy access during maintenance and repair. The overall dimensions are carefully designed to balance performance and portability, making it an ideal choice for applications where a 220V power supply is available and space-efficient yet reliable boarding bridge operation is required.

In conclusion, the 220V 1.1KW 5L Boarding Bridge Unit offers excellent performance, a wide range of applications, and is suitable for various usage scenarios. Its compact size and reliable operation make it a valuable asset in warehouses, factories, airports, and retail facilities for facilitating efficient loading and unloading operations and ensuring smooth connections between different levels and transportation units.

220V1.1KW5L Boarding Bridge Unit
Motor 220V 1.1KW
Pressure 12Mpa/16Mpa
Mounting Horizontal
Pump 2.6 cc/r
Tank Capacity 5L



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