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Sequencing Cars for Continuous Casting Machine

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Sequencing Cars for Continuous Casting Machine

Name: Sequencing Cars for Continuous Casting Machine
Brand: REMSO CONTROL TECHNOLOGIES PRIVATE LIMITED
Price: 2800000 INR
Availability: InStock

Price 2800000 INR/ Set

Get a Price/Quote

MOQ : 1 Bag

Sequencing Cars for Continuous Casting Machine Specification

Wheel Type
Forged steel wheels

Lifting Speed
3-6 m/min (variable by model)

Features
Suitable for steel plants, easy integration with CCM

Motor Type
Electric AC motor

Belt Type
Heavy-duty steel belt or chain drive

Rack Capacity
Custom as per project

Control System
PLC based automatic/semi-automatic control

Rotation Type
Linear travel; rotation optional based on model

Condition
New

Lifting Capacity
Customizable as per requirement

Max. Lifting Load
Up to 100 tons (depending on model and requirement)

Max. Lifting Height
Up to 5000 mm (customizable)

Power Source
Electric

Power Consumption
Standard: 5-12 kW (varies as per capacity)

Voltage
380V / 415V

Length of Belt
Customized as per equipment design

Feature
Heavy-duty, precise positioning, and smooth movement

Attributes
Robust structure, high load-bearing capacity

Height Adjustment
Hydraulic or mechanical lift (optional)

Material of Construction
High-grade alloy steel, fabricated steel structure

Track Type
Rail-mounted

Surface Finish
Anti-corrosive paint coating

Application
Transporting ladles between casting positions

Noise Level
< 75 dB

Installation
On-site technical support available

Maintenance
Easy access for routine checks and servicing

Ambient Temperature Tolerance
Up to 60C (suitable for steel mill environment)

Travelling Mechanism
Gearbox and motor driven

Equipment Type
Material Handling Equipment

Operation Mode
Remote control / Manual / PLC based

Safety Features
Emergency stop, overload protection, interlocks

Sequencing Cars for Continuous Casting Machine Trade Information

Minimum Order Quantity
1 Bag

Supply Ability
2 Bags Per Month

Delivery Time
1 Months

About Sequencing Cars for Continuous Casting Machine

Ladle Sequencing Car designed to receive ladle in casting position and permits sequence casting with use of two S.M.S., E.O.T. cranes.

Supporting columns, tailor made seat for ladle and provided with suitable guides for easy placement of ladle by crane operator.

Pay Mode Terms: L/C (Letter of Credit), T/T (Bank Transfer)

F. O. B. Price Order: 4000 USD

Minimum Order Quantity: 1 Set

Port of Dispatch: JNPT

Production Capacity: 20

Delivery Time: 30 DAYS

Packaging Details: As per Standard

Robust Design and Material Quality

Crafted from high-grade alloy steel and precision-fabricated structures, these sequencing cars assure exceptional durability and load-bearing capacity. Designed for the rigorous requirements of steel mills, they feature a heavy-duty drive system, forged steel wheels, and a high-performance gearbox, ensuring a long operational life and smooth, precise movement.

Advanced Operation and Safety Features

Equipped with PLC-based automated/semi-automated controls as well as manual and remote options, the sequencing cars provide flexible operation modes tailored to plant needs. Integrated safety measuresincluding emergency stops, interlocks, and overload protectionensure user and equipment security during high-capacity material transport.

Customizable for Diverse Steel Plant Requirements

With lifting capacities up to 100 tons, adjustable lifting heights, and configurable rack and belt dimensions, these cars adapt seamlessly to varying production demands. Manufactured in alignment with client drawings and industry standards, they offer easy maintenance access and on-site technical support for installation and service, optimizing uptime and productivity.

FAQs of Sequencing Cars for Continuous Casting Machine:

Q: How are sequencing cars for continuous casting machines operated in a steel plant?

A: Sequencing cars can be operated manually, by remote control, or through PLC-based automated systems. This flexibility allows operators to select suitable modes based on production requirements and safety protocols.

Q: What materials and construction features make these cars suitable for steel mill environments?

A: These sequencing cars are constructed from high-grade alloy steel and a robust fabricated steel structure. They are finished with anti-corrosive paint, tolerate temperatures up to 60C, and feature forged steel wheels, making them highly durable in harsh steel mill environments.

Q: When is customization of lifting capacity or height required?

A: Customization is typically required when standard models do not meet specific project needs. Lifting capacity (up to 100 tons) and height (up to 5000 mm) can be tailored to handle unique ladle sizes or plant layouts, as per client specifications.

Q: Where are these sequencing cars installed, and what technical support is available?

A: These cars are installed on-site in steel manufacturing facilities, integrated with continuous casting lines. Technical support, including installation and routine maintenance guidance, is provided to ensure optimal performance and operational reliability.

Q: What is the process for routine maintenance and servicing?

A: Routine maintenance involves regular inspections, lubrication of moving parts, checks on safety features, and performance assessments of gearboxes, motors, and lifting mechanisms. The design allows easy access to key components, simplifying servicing tasks.

Q: How does the equipment integrate with continuous casting machines (CCM)?

A: The sequencing cars are engineered for compatibility with CCMs, facilitating seamless ladle transfers between casting positions. PLC-based controls and precise positioning ensure efficient synchronization with casting operations, minimizing downtime.

Q: What are the main benefits of using these sequencing cars in steel plants?

A: Key benefits include enhanced operational efficiency, high load-bearing and lifting capabilities, reduced downtime, robust safety features, and customizable designs that adapt to various plant layouts. This results in improved workflow and lower maintenance overheads.

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