Rieter Unilap E35

Rieter Unilap E35 Specification

Product Type
Lap Former

Material
High-grade cast iron and steel structure

Capacity
Up to 1,200 kg/h (maximum output depends on fiber and settings)

Computerized
Yes, fully computerized operations

Automatic Grade
Automatic

Control System
Advanced touch screen control panel with PLC

Cooling System
Efficient air cooling system integrated for optimal performance

Spinning Method
Lap forming for subsequent combing process

Voltage
400 V / 50 Hz (standard)

Power
Approx. 15 - 22 kW (varies as per configuration)

Weight
Approx. 9,500 kg

Dimension (L*W*H)
7,240 mm x 2,652 mm x 2,948 mm

Color
White & Blue (standard Rieter color theme)

Maintenance
Low-maintenance design with remote diagnostics support

Feeding System
Automatic bale feeding and cleaning mechanism

Lap Width
Up to 300 mm

Safety Features
Emergency stop functions, safety covers, interlocks

Lap Diameter
Up to 500 mm

Working Width
1,000 mm

Fiber Range
Designed for cotton, synthetics and blends

Production Monitoring
Integrated production and quality monitoring sensors

Noise Level
Low-noise operation (< 78 dB)

Installation Requirements
Level foundation and standard industrial power supply

About Rieter Unilap E35

Rieter Unilap E35 High-Performance Lap Former Quantity: 1 Unit Make: Rieter Model: Unilap E35 Year of Manufacture: 2009 Condition: Well maintained, ready for operation Creel Position: Lengthwise Number of Doublings: 28 Feed Can Diameter: 20 Suction System: Individual suction Proven Rieter reliability and build quality Designed for consistent lap formation and excellent fiber blending Suitable for high-efficiency carding and combing preparation Ideal for mills seeking stable performance with low maintenance

Automated Precision and Productivity

The Unilap E35 is equipped with a fully automatic feeding and cleaning system to ensure consistent material flow and minimal manual intervention. Its high output capacity of up to 1,200 kg/h and integrated production/quality sensors help maximize efficiency and ensure uniformity in lap formation, supporting the combing process in textile manufacturing.

Versatile Fiber Compatibility

Specially engineered to handle cotton, synthetic fibers, and various blends, the Unilap E35 provides flexibility for spinning mills to adapt to different raw materials. The advanced control system enables seamless adjustments for optimal results with diverse fiber types, making it an adaptable solution for a wide range of textile operations.

Advanced Control and Maintenance Features

With a modern touchscreen PLC-based control panel, the Unilap E35 offers intuitive management of machine operations. The low-maintenance design includes remote diagnostics support, reducing downtime. Enhanced safety features and efficient air cooling ensure both operator safety and optimal machine performance.

FAQ's of Rieter Unilap E35:

Q: How does the automatic bale feeding and cleaning mechanism work on the Rieter Unilap E35?

A: The automatic bale feeding and cleaning system continuously supplies fiber material and removes impurities, ensuring efficient, uninterrupted lap formation with minimal manual supervision.

Q: What types of fibers can be processed on the Unilap E35 and how easy is it to switch materials?

A: The Unilap E35 is compatible with cotton, synthetics, and various blends. Switching materials is straightforward, thanks to the machine's advanced control system and intuitive adjustments.

Q: When should maintenance be performed on the Unilap E35 and what support is available?

A: Routine maintenance requirements are minimal due to the machine's low-maintenance design. Remote diagnostic support allows for efficient troubleshooting and scheduled service as recommended in the operation manual.

Q: Where is the ideal installation site for the Unilap E35?

A: Install the Unilap E35 on a level foundation with access to a standard industrial three-phase power supply (400 V, 50 Hz), ensuring sufficient space for airflow, maintenance access, and safe operation.

Q: What is the process for monitoring production and quality on this machine?

A: Integrated sensors on the Unilap E35 continuously monitor both production output and the quality of laps. Data is displayed and managed through the touchscreen control panel, enabling prompt adjustments when needed.

Q: How does the efficient air cooling system benefit machine performance?

A: The integrated air cooling system helps maintain an optimal operating temperature, preventing overheating and contributing to reliable, consistent machine performance even during high-capacity runs.

Q: What are the primary benefits of using the Rieter Unilap E35 in textile production?

A: Key benefits include high production capacity, automatic operation, flexibility for various fibers, enhanced safety features, low noise emissions, and advanced quality monitoring-all leading to reliable, efficient lap preparation for combing processes.

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