2010mm Arm Span Orthogonal Rail Welding Robot For Crane Beam H-Shaped Steel Column

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2010mm Arm Span Orthogonal Rail Welding Robot For Crane Beam H-Shaped Steel Column

Name: 2010mm Arm Span Orthogonal Rail Welding Robot For Crane Beam H-Shaped Steel Column
Brand: JINAN AUTEN MACHINERY CO.,LTD.
Price: 23100 USD
Availability: InStock

Price 23100 USD ($)/ Unit

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MOQ : 1 Unit

2010mm Arm Span Orthogonal Rail Welding Robot For Crane Beam H-Shaped Steel Column Specification

Product Type
2010mm Arm Span Orthogonal Rail Welding Robot For Crane Beam H-Shaped Steel Column

General Use
Welding of crane beams and H-shaped steel columns

Material
Industrial-grade steel, aluminum arm components

Type
Industrial Welding Robot

Capacity
Supports heavy-duty welding for large steel structures

Weight (kg)
Approx. 1000-1200 kg

Computerized
Yes

Automatic
Yes

PLC Control
Available

Power Source
Electric

Power Consumption
Approx. 5-7 kW

Rigidity
High structural rigidity for industrial welding

Voltage
380V/415V, 3-Phase

Motor
Servo motor driven

Axial Choice
Multi-axis (typically 6-axis)

Dimension (L*W*H)
Approx. 3500mm x 600mm x 1500mm

Feature
Low Energy Consumption, High Speed, High Precision

Color
Red & Metallic Grey

Warranty
Yes

Cooling System
Integrated forced air/optional water cooling

Arm Span
2010mm

Rail Length
Customizable (standard typically 5-10 meters)

Weld Speed
0-1500mm/min (adjustable)

Ambient Working Temperature
0 - 45C

Application
Steel Fabrication Plants, Crane Manufacturing, Structural Engineering

Installation Method
Floor-mounted rail system

Welding Method
MIG/MAG or SAW as per model

Positioning Accuracy
0.15mm

Safety Features
Overload protection, emergency stop, safety light curtain

Controller Interface
Touchscreen HMI

2010mm Arm Span Orthogonal Rail Welding Robot For Crane Beam H-Shaped Steel Column Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Day

Delivery Time
30 Days

2010mm Arm Span Orthogonal Rail Welding Robot For Crane Beam H-Shaped Steel Column About

The floor rail system is the foundation of a teachfree welding robot providing it with flexible movement space and expanding its working range It is suitable for workpieces with a width 14M and a height 500mm such as crane beams Hshaped steel columns and roof beams

The floor rail uses a highprecision guide rail and drive system to ensure the robots stability and positioning accuracy during movement With the help of the floor rail the robot can quickly switch between different welding positions to complete the welding of longer workpieces improving production efficiency

Engineered for High-Precision Industrial Welding

Built with high structural rigidity and advanced servo motors, this industrial welding robot delivers outstanding precision-up to 0.15mm accuracy-across multi-axis movements. It's designed to handle the demanding requirements of large steel structures, supporting heavy-duty, continuous welding operations with minimal energy consumption. This ensures both optimal quality and operational efficiency.

Versatile and User-Friendly Operation

The robot offers flexible application with customizable rail lengths and the option of MIG/MAG or SAW welding, suitable for diverse projects. The intuitive touchscreen HMI makes operation straightforward, allowing for easy parameter adjustments and quick job setup. With PLC control and computerized automation, complex welding sequences are executed effortlessly, boosting productivity in steel fabrication.

Comprehensive Safety and Cooling Systems

Safety is paramount, with features like overload protection, an emergency stop, and a safety light curtain safeguarding workers and equipment. Integrated forced air and optional water cooling systems maintain optimal operating temperatures, even during intense, prolonged welding tasks. These ensure consistent performance and extended machine life in high-demand industrial settings.

FAQ's of 2010mm Arm Span Orthogonal Rail Welding Robot For Crane Beam H-Shaped Steel Column:

Q: How is the arm span of 2010mm beneficial for welding large steel structures?

A: The 2010mm arm span allows the robot to effectively reach and weld large and complex components, such as crane beams and H-shaped steel columns, in a single setup. This reduces repositioning and increases productivity, making it ideal for handling heavy-duty steel fabrication tasks.

Q: What welding methods are supported by this welding robot, and how do I choose?

A: This robot supports MIG/MAG (Metal Inert Gas/Metal Active Gas) and SAW (Submerged Arc Welding), depending on the model chosen. MIG/MAG is suitable for general and quick welding requirements, while SAW is preferred for thicker materials and deeper penetration. Selection depends on the project's demands and the material specifications.

Q: When should I consider using a floor-mounted rail system for installation?

A: A floor-mounted rail system is recommended when working with long or heavy steel structures that require the welding robot to travel linearly over extended distances (typically 5-10 meters). This setup provides stability, repeatable accuracy, and efficient movement for large-scale fabrication projects.

Q: Where is this welding robot typically used?

A: The robot is commonly deployed in steel fabrication plants, crane manufacturing facilities, and structural engineering sites. Its robust design and precise control make it ideal for environments focused on large-scale steel construction and assembly.

Q: What is the process for setting up and operating the robot?

A: Installation involves anchoring the rail system to the floor, hooking up electrical and cooling connections, and configuring the parameters through the touchscreen HMI. Once programmed, the robot operates automatically, executing precise welding paths and sequences based on input specifications.

Q: How do the safety features enhance operational security?

A: Safety is enhanced through overload protection (preventing damage from excessive loads), an emergency stop function (immediate shutdown in emergencies), and a safety light curtain (halting operation if an object or person breaches the designated area). These measures minimize workplace risks and protect both personnel and machinery.

Q: What are the main benefits of using this automatic welding robot in my production line?

A: Key benefits include high welding precision (0.15mm positioning accuracy), customizable setup for various project sizes, rapid adjustable weld speed (up to 1500mm/min), energy-efficient operation, and comprehensive safety and cooling systems. These advantages translate to improved throughput, consistent quality, lower labor costs, and enhanced workplace safety.

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