Rieter Open-End Spinning

Rieter Open-End Spinning Specification

Product Type
Spinning Machine

Material
Mild Steel

Capacity
1500-2000 kg/day

Computerized
Yes

Automatic Grade
Automatic

Control System
Programmable Logic Controller (PLC)

Cooling System
Air Cooling

Spinning Method
Open-End Spinning

Voltage
380-440 V

Power
30 kW

Weight
4000 kg

Dimension (L*W*H)
7000 mm x 2700 mm x 2200 mm

Color
White and Blue

No. of Rotors
Up to 400

Yarn Count Range
Ne 6 to Ne 40

Sliver Can Diameter
Up to 600 mm

Display
Touchscreen HMI

Application
Cotton, Blends, Synthetics

Production Speed
Up to 200 m/min

Lubrication System
Centralized automatic lubrication

Drafting System
3-over-3 roller drafting

Noise Level
Less than 85 dB

Humidity Tolerance
Up to 75% RH

About Rieter Open-End Spinning

Rieter Open-End Spinning Machines Available Units: 2 Sets: Rieter R40, Year 2005 1 Set: Rieter R40, Year 2008 (some parts missing) Condition: Used well maintained (2005 units) Status: Available as complete machines and/or for refurbishment Machine Configuration (Each Set) Number of Rotors: 280 Piecers: 2 Yarn Clearers: Uster Quantum 2 Rotor Diameter: 36 mm Combing Roller: B174DN Navel Type: Spiral Waxing Device: Included Proven Rieter R40 open-end spinning technology Equipped with Uster Quantum 2 for reliable yarn quality control Suitable for medium to coarse yarn counts Ideal for mills seeking cost-effective OE capacity expansion or spare parts sourcing

High-Efficiency Open-End Spinning

Rieter Open-End Spinning is designed to maximize spinning output while maintaining consistent yarn quality. With up to 400 rotors and draft speeds of 200 m/min, it accommodates a variety of raw materials, including cotton, blends, and synthetics. Its computerized, PLC-based automation ensures smooth production cycles and precise control, making it an asset for both small and large-scale textile operations seeking high capacity and dependability.

Advanced Automation and User-Friendly Controls

This spinning solution features a modern touchscreen HMI and fully programmable logic controller, simplifying setup, monitoring, and operation. The centralized automatic lubrication and air cooling system reduce manual intervention and increase operational uptime. The wide compatibility with different fiber types and programmable settings enable quick adaptation to changing production requirements, ensuring maximum flexibility for Indian textile manufacturers.

FAQ's of Rieter Open-End Spinning:

Q: How does the Rieter Open-End Spinning machine handle different types of fibers?

A: The machine is designed to process a range of materials, including cotton, synthetic fibers, and blends. Its flexible 3-over-3 roller drafting system and adjustable settings allow quick adaptation for varying fiber properties, ensuring consistent yarn quality across different counts from Ne 6 to Ne 40.

Q: What is the benefit of the centralized automatic lubrication system?

A: The centralized automatic lubrication system ensures that all critical components receive optimal lubrication without manual intervention. This extends machine life, reduces routine maintenance requirements, and minimizes production downtime for textile manufacturers.

Q: When should the air cooling system be utilized during operation?

A: The air cooling system operates automatically to maintain an optimal working temperature, especially during continuous high-speed production. This system prevents overheating, promoting energy efficiency and machine longevity.

Q: Where can this spinning machine be installed, considering space and power requirements?

A: With dimensions of 7000 mm x 2700 mm x 2200 mm and a power requirement of 30 kW (operating at 380-440 V), the machine is suited for dedicated spinning sections in textile mills with adequate floor area and industrial power supply. It is designed to perform well even in humidity levels up to 75% RH, supporting Indian conditions.

Q: What is the process flow for yarn production on this machine?

A: The process begins with feeding sliver (from cans up to 600 mm in diameter) into the drafting system, followed by fiber opening, twisting, and yarn formation in the rotor spinning zone. The finished yarn is then wound onto packages, ready for downstream processes such as weaving or knitting.

Q: How does the PLC and touchscreen HMI benefit users during operation?

A: The programmable logic controller (PLC) offers automated, precise control over the spinning process, while the touchscreen HMI allows operators to monitor real-time machine parameters, adjust settings, and run diagnostics easily, enhancing operational efficiency and reducing training needs.

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