This document provides information about the combing department process flow chart and machine specifications at a textile mill. It includes charts detailing the process from scoured wool and polyester tops being fed into carding and gilling machines to produce wool bumps and polyester tops, which are then blended, combed, and gilled further. Tables provide specifications for the combing machines, gilling machines used before and after combing, and maintenance schedules. Raw material information is also included describing the wool and polyester used.
Industrial training is considered as one of the most essential part of engineering and
technical education. This training is included in our graduation program to introduce us
with the practical implementation of the technology that we have studied in our courses.
So, it is very helpful, lays the milestone for starting the carrier for fresh textile graduates
and helps to gain self-confidence and discover one’s own ability.
For any technical education, practical experience is equally necessary in association with
the theoretical knowledge. The industrial attachment is the most effective way to achieve
this practical experience. It provides sufficient practical knowledge about production
management, worker’s productivity, evaluation, work study, efficiency, industrial
management, production planning & control, inventory control, purchasing, utilities and
maintenance of machinery and their operation techniques etc. Like other engineering
fields, industrial attachment is also necessary for textile engineering.
Authors got an opportunity to complete 8 weeks long industrial training and they were
sent to Mosharaf Composite Textile Mills Ltd. They have done their training by gathering
information about various dept. in that mill. On the basis of that training the following
report has been prepared.
The document provides an overview of DTK Group of Industries' manufacturing facilities in Aurangabad and Pune, India. It details the company's vision, facilities, workforce, equipment, processes, quality systems, major customers, and products. Key points include: DTK has over 60,000 square feet of manufacturing space across four facilities, employs over 125 people, and has a wide range of pressing, welding, and machining equipment. The company aims to be a preferred supplier of sheet metal and machined components through continually upgrading its technology and processes.
INDUSTRIAL TRAINING REPORT 2011, Textile college BerhamporeSudipta Das
This industrial training report was submitted by six students from the Government College of Engineering & Textile Technology in Berhampore, West Bengal, India, following their training at Gimatex Industries Pvt. Ltd. in Wardha, Maharashtra, India. Gimatex is a textile manufacturer with an annual turnover of approximately 500 crore rupees. The report provides details about the various departments within Gimatex, including the boiler, spinning, weaving, quality control, and human resources departments. It also discusses processes such as warping, sizing, drawing-in, and the roles of different employees who supported the students' training.
Viyellatex Spinning Ltd produces high quality yarn through ring and rotor spinning. It has over 40,000 spindles and produces 700 tons of yarn per month through ring spinning and 200 tons through rotor spinning. The company has a quality assurance lab equipped with modern machinery to test raw materials and finished yarns. It produces both combed and carded yarns through different processes and machinery. The quality department works to maintain standards and reduce wastage at each production stage.
This document provides an overview of Square Knit Fabrics Ltd (SKFL), including its location, departments, production capacities, certifications and achievements. SKFL has dyeing, knitting, finishing, quality control and R&D departments. It uses 66 knitting machines including circular and flat bed machines. Daily production capacity is 18-20 tons for knitting and 24 tons for dyeing. SKFL has received awards for being labor friendly and environmental standards. It is ISO and Oeko-Tex certified.
This document contains information about various types of industrial machinery from Italian manufacturers including:
- Printing machines from Digital Octopus and Gamma that can print on materials up to 180cm wide and have up to 8 printing units.
- Socks printing and knitting machines from Lonati and Sock Printing that can print detailed designs on socks in colors with precision of 0.1mm.
- Garment dyeing and washing machines from Falinox that can handle loads from 4-300kg and temperatures up to 135C, as well as yarn dyeing machines that can process loads up to 900kg.
- Drying systems including rotary dryers from Falinox up to 6m long and
prince yadav summer internship presentation 2022.pptxSushantTripathi22
This document presents the results of a project aimed at reducing rejected ring cops in autoconer winding machines. The project studied six autoconer machines and identified several factors contributing to bobbin rejection, including issues with the balloon controller, tensioner jams, and kirchi/lapeta in bobbins. Actions taken to address these included proper centering of the balloon controller, optimizing chase length, and using Japani Sali to avoid kirchi. Observations showed reductions in bobbin rejection rates from 7.85% to 4.96% to 2.72%, increases in machine efficiency and production, and decreases in hard waste such as suction waste and kirchi waste. Suggestions for further improvement
Keywords: six sigma; foundry SMEs; small and medium-sized enterprises; design of experiments; DOE; measurement system analysis; MSA; failure mode and effects analysis; FMEA; non-conforming products; cost of poor quality; hypothesis testing; defects per million opportunities; DPMO; process capability; DMAICS; analysis of variance; ANOVA; India; make-to-order foundries; scrap reduction; productivity.
Industrial training is considered as one of the most essential part of engineering and
technical education. This training is included in our graduation program to introduce us
with the practical implementation of the technology that we have studied in our courses.
So, it is very helpful, lays the milestone for starting the carrier for fresh textile graduates
and helps to gain self-confidence and discover one’s own ability.
For any technical education, practical experience is equally necessary in association with
the theoretical knowledge. The industrial attachment is the most effective way to achieve
this practical experience. It provides sufficient practical knowledge about production
management, worker’s productivity, evaluation, work study, efficiency, industrial
management, production planning & control, inventory control, purchasing, utilities and
maintenance of machinery and their operation techniques etc. Like other engineering
fields, industrial attachment is also necessary for textile engineering.
Authors got an opportunity to complete 8 weeks long industrial training and they were
sent to Mosharaf Composite Textile Mills Ltd. They have done their training by gathering
information about various dept. in that mill. On the basis of that training the following
report has been prepared.
The document provides an overview of DTK Group of Industries' manufacturing facilities in Aurangabad and Pune, India. It details the company's vision, facilities, workforce, equipment, processes, quality systems, major customers, and products. Key points include: DTK has over 60,000 square feet of manufacturing space across four facilities, employs over 125 people, and has a wide range of pressing, welding, and machining equipment. The company aims to be a preferred supplier of sheet metal and machined components through continually upgrading its technology and processes.
INDUSTRIAL TRAINING REPORT 2011, Textile college BerhamporeSudipta Das
This industrial training report was submitted by six students from the Government College of Engineering & Textile Technology in Berhampore, West Bengal, India, following their training at Gimatex Industries Pvt. Ltd. in Wardha, Maharashtra, India. Gimatex is a textile manufacturer with an annual turnover of approximately 500 crore rupees. The report provides details about the various departments within Gimatex, including the boiler, spinning, weaving, quality control, and human resources departments. It also discusses processes such as warping, sizing, drawing-in, and the roles of different employees who supported the students' training.
Viyellatex Spinning Ltd produces high quality yarn through ring and rotor spinning. It has over 40,000 spindles and produces 700 tons of yarn per month through ring spinning and 200 tons through rotor spinning. The company has a quality assurance lab equipped with modern machinery to test raw materials and finished yarns. It produces both combed and carded yarns through different processes and machinery. The quality department works to maintain standards and reduce wastage at each production stage.
This document provides an overview of Square Knit Fabrics Ltd (SKFL), including its location, departments, production capacities, certifications and achievements. SKFL has dyeing, knitting, finishing, quality control and R&D departments. It uses 66 knitting machines including circular and flat bed machines. Daily production capacity is 18-20 tons for knitting and 24 tons for dyeing. SKFL has received awards for being labor friendly and environmental standards. It is ISO and Oeko-Tex certified.
This document contains information about various types of industrial machinery from Italian manufacturers including:
- Printing machines from Digital Octopus and Gamma that can print on materials up to 180cm wide and have up to 8 printing units.
- Socks printing and knitting machines from Lonati and Sock Printing that can print detailed designs on socks in colors with precision of 0.1mm.
- Garment dyeing and washing machines from Falinox that can handle loads from 4-300kg and temperatures up to 135C, as well as yarn dyeing machines that can process loads up to 900kg.
- Drying systems including rotary dryers from Falinox up to 6m long and
prince yadav summer internship presentation 2022.pptxSushantTripathi22
This document presents the results of a project aimed at reducing rejected ring cops in autoconer winding machines. The project studied six autoconer machines and identified several factors contributing to bobbin rejection, including issues with the balloon controller, tensioner jams, and kirchi/lapeta in bobbins. Actions taken to address these included proper centering of the balloon controller, optimizing chase length, and using Japani Sali to avoid kirchi. Observations showed reductions in bobbin rejection rates from 7.85% to 4.96% to 2.72%, increases in machine efficiency and production, and decreases in hard waste such as suction waste and kirchi waste. Suggestions for further improvement
Keywords: six sigma; foundry SMEs; small and medium-sized enterprises; design of experiments; DOE; measurement system analysis; MSA; failure mode and effects analysis; FMEA; non-conforming products; cost of poor quality; hypothesis testing; defects per million opportunities; DPMO; process capability; DMAICS; analysis of variance; ANOVA; India; make-to-order foundries; scrap reduction; productivity.
Paramount Textile Limited is a textile factory located in Sreepur, Gazipur, Bangladesh that produces both solid dyed and yarn dyed fabrics. The factory has 218 looms from various manufacturers and uses local cotton and synthetic yarns. Production planning involves marketing receiving orders and providing specifications to design, yarn, winding, dyeing, warping, weaving and finishing departments. [END SUMMARY]
CLAAS DOMINATOR 86 (Type 087) Combine Service Repair Manual.pdffjskemdmdm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdfjfksmdmmd
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 76 (Type 084) Combine Service Repair Manual.pdff8usejdjkdidj3e
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, reel speeds, and concave clearances are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdffjskemdmdm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdffyhsejdkkdmmd3e
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include a 638 cubic inch engine producing 205 horsepower, a cutting width ranging from 13 to 25 feet, a grain tank capacity of 184.6 US bushels, a transport width of 171-363 inches depending on configuration, and hydraulic oil, transmission oil, and engine oil capacities.
CLAAS DOMINATOR 86 (Type 087) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include a 638 cubic inch engine producing 205 horsepower, a cutting width ranging from 13 to 25 feet, a grain tank capacity of 184.6 US bushels, a transport width of 171-363 inches depending on configuration, and hydraulic oil, transmission oil, and engine oil capacities.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 88 (Type 092) Combine Service Repair Manual.pdff8usejdjkdidj3e
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, tire pressures, and wheel bolt torques are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
CLAAS DOMINATOR 78H (Type 079) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, reel speeds, and concave clearances are also listed. The document contains detailed technical information about the components and configurations of the CLAAS Dominator 106 combine.
CLAAS DOMINATOR 88 (Type 092) Combine Service Repair Manual.pdfxdcffkmfdd8id
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdfxdcffkmfdd8id
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 78H (Type 079) Combine Service Repair Manual.pdfcha28153wuhui
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 106 (Type 56) Combine Service Repair Manual.pdffyhsejdkkdmmd3e
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, tire pressures, and wheel bolt torques are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
CLAAS DOMINATOR 106 (Type 56) Combine Service Repair Manual.pdfcha28153wuhui
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 106 (Type 56) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include a 638 cubic inch engine producing 205 horsepower, a cutting width ranging from 13 to 25 feet, a grain tank capacity of 184.6 US bushels, a transport width of 171-363 inches depending on configuration, and hydraulic oil, transmission oil, and engine oil capacities.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdfevn723809
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 88 (Type 092) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, tire pressures, and wheel bolt torques are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include a 638 cubic inch engine producing 205 horsepower, a cutting width ranging from 13 to 25 feet, a grain tank capacity of 184.6 US bushels, a transport width of 171-363 inches depending on configuration, and hydraulic oil, transmission oil, and engine oil capacities.
CLAAS DOMINATOR 78H (Type 079) Combine Service Repair Manual.pdfevn723809
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, transport width of 4365 to 8025 mm, ground clearance of 420 mm, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic ground drive with speeds up to 20 km/h, and hydraulic systems operating at pressures up to 420 bar.
Taking AI to the Next Level in Manufacturing.pdfssuserfac0301
Read Taking AI to the Next Level in Manufacturing to gain insights on AI adoption in the manufacturing industry, such as:
1. How quickly AI is being implemented in manufacturing.
2. Which barriers stand in the way of AI adoption.
3. How data quality and governance form the backbone of AI.
4. Organizational processes and structures that may inhibit effective AI adoption.
6. Ideas and approaches to help build your organization's AI strategy.
Paramount Textile Limited is a textile factory located in Sreepur, Gazipur, Bangladesh that produces both solid dyed and yarn dyed fabrics. The factory has 218 looms from various manufacturers and uses local cotton and synthetic yarns. Production planning involves marketing receiving orders and providing specifications to design, yarn, winding, dyeing, warping, weaving and finishing departments. [END SUMMARY]
CLAAS DOMINATOR 86 (Type 087) Combine Service Repair Manual.pdffjskemdmdm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdfjfksmdmmd
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 76 (Type 084) Combine Service Repair Manual.pdff8usejdjkdidj3e
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, reel speeds, and concave clearances are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdffjskemdmdm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdffyhsejdkkdmmd3e
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include a 638 cubic inch engine producing 205 horsepower, a cutting width ranging from 13 to 25 feet, a grain tank capacity of 184.6 US bushels, a transport width of 171-363 inches depending on configuration, and hydraulic oil, transmission oil, and engine oil capacities.
CLAAS DOMINATOR 86 (Type 087) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include a 638 cubic inch engine producing 205 horsepower, a cutting width ranging from 13 to 25 feet, a grain tank capacity of 184.6 US bushels, a transport width of 171-363 inches depending on configuration, and hydraulic oil, transmission oil, and engine oil capacities.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 88 (Type 092) Combine Service Repair Manual.pdff8usejdjkdidj3e
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, tire pressures, and wheel bolt torques are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
CLAAS DOMINATOR 78H (Type 079) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, reel speeds, and concave clearances are also listed. The document contains detailed technical information about the components and configurations of the CLAAS Dominator 106 combine.
CLAAS DOMINATOR 88 (Type 092) Combine Service Repair Manual.pdfxdcffkmfdd8id
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdfxdcffkmfdd8id
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 78H (Type 079) Combine Service Repair Manual.pdfcha28153wuhui
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 106 (Type 56) Combine Service Repair Manual.pdffyhsejdkkdmmd3e
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, tire pressures, and wheel bolt torques are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
CLAAS DOMINATOR 106 (Type 56) Combine Service Repair Manual.pdfcha28153wuhui
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 106 (Type 56) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include a 638 cubic inch engine producing 205 horsepower, a cutting width ranging from 13 to 25 feet, a grain tank capacity of 184.6 US bushels, a transport width of 171-363 inches depending on configuration, and hydraulic oil, transmission oil, and engine oil capacities.
CLAAS DOMINATOR 78 (Type 091) Combine Service Repair Manual.pdfevn723809
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic three-gear transmission for forward and reverse travel, and hydraulic brakes and steering. Dimensional drawings show the harvester in operating and transport positions.
CLAAS DOMINATOR 88 (Type 092) Combine Service Repair Manual.pdff8useujdkdkm
This document provides specifications for the CLAAS Dominator 106 combine harvester including technical data, dimensions, weights, settings, and capacities. It includes information on the cutterbar, threshing equipment, straw walkers, cleaning system, engines, transmission, hydraulics, electrical system, and auxiliary equipment. Dimensions and specifications are provided for operating and transport positions. Settings such as hydraulic oil pressures, tire pressures, and wheel bolt torques are also listed. The document contains detailed technical specifications for the CLAAS Dominator 106 combine harvester model.
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include a 638 cubic inch engine producing 205 horsepower, a cutting width ranging from 13 to 25 feet, a grain tank capacity of 184.6 US bushels, a transport width of 171-363 inches depending on configuration, and hydraulic oil, transmission oil, and engine oil capacities.
CLAAS DOMINATOR 78H (Type 079) Combine Service Repair Manual.pdfevn723809
This document provides specifications for the CLAAS Dominator 106 combine harvester, including technical data, dimensions, weights, settings, capacities, and descriptions of components. Key details include the cutterbar widths ranging from 3.90 to 7.50 meters, overall machine width of 5565 to 9225 mm depending on cutterbar size, transport width of 4365 to 8025 mm, ground clearance of 420 mm, 6500 liter grain tank capacity, 151 kW six-cylinder engine, hydrostatic ground drive with speeds up to 20 km/h, and hydraulic systems operating at pressures up to 420 bar.
Taking AI to the Next Level in Manufacturing.pdfssuserfac0301
Read Taking AI to the Next Level in Manufacturing to gain insights on AI adoption in the manufacturing industry, such as:
1. How quickly AI is being implemented in manufacturing.
2. Which barriers stand in the way of AI adoption.
3. How data quality and governance form the backbone of AI.
4. Organizational processes and structures that may inhibit effective AI adoption.
6. Ideas and approaches to help build your organization's AI strategy.
Dive into the realm of operating systems (OS) with Pravash Chandra Das, a seasoned Digital Forensic Analyst, as your guide. 🚀 This comprehensive presentation illuminates the core concepts, types, and evolution of OS, essential for understanding modern computing landscapes.
Beginning with the foundational definition, Das clarifies the pivotal role of OS as system software orchestrating hardware resources, software applications, and user interactions. Through succinct descriptions, he delineates the diverse types of OS, from single-user, single-task environments like early MS-DOS iterations, to multi-user, multi-tasking systems exemplified by modern Linux distributions.
Crucial components like the kernel and shell are dissected, highlighting their indispensable functions in resource management and user interface interaction. Das elucidates how the kernel acts as the central nervous system, orchestrating process scheduling, memory allocation, and device management. Meanwhile, the shell serves as the gateway for user commands, bridging the gap between human input and machine execution. 💻
The narrative then shifts to a captivating exploration of prominent desktop OSs, Windows, macOS, and Linux. Windows, with its globally ubiquitous presence and user-friendly interface, emerges as a cornerstone in personal computing history. macOS, lauded for its sleek design and seamless integration with Apple's ecosystem, stands as a beacon of stability and creativity. Linux, an open-source marvel, offers unparalleled flexibility and security, revolutionizing the computing landscape. 🖥️
Moving to the realm of mobile devices, Das unravels the dominance of Android and iOS. Android's open-source ethos fosters a vibrant ecosystem of customization and innovation, while iOS boasts a seamless user experience and robust security infrastructure. Meanwhile, discontinued platforms like Symbian and Palm OS evoke nostalgia for their pioneering roles in the smartphone revolution.
The journey concludes with a reflection on the ever-evolving landscape of OS, underscored by the emergence of real-time operating systems (RTOS) and the persistent quest for innovation and efficiency. As technology continues to shape our world, understanding the foundations and evolution of operating systems remains paramount. Join Pravash Chandra Das on this illuminating journey through the heart of computing. 🌟
Skybuffer SAM4U tool for SAP license adoptionTatiana Kojar
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SAM4U, an SAP complimentary software asset management tool for customers, delivers a detailed and well-structured overview of license inventory and usage with a user-friendly interface. We offer a hosted, cost-effective, and performance-optimized SAM4U setup in the Skybuffer Cloud environment. You retain ownership of the system and data, while we manage the ABAP 7.58 infrastructure, ensuring fixed Total Cost of Ownership (TCO) and exceptional services through the SAP Fiori interface.
In the rapidly evolving landscape of technologies, XML continues to play a vital role in structuring, storing, and transporting data across diverse systems. The recent advancements in artificial intelligence (AI) present new methodologies for enhancing XML development workflows, introducing efficiency, automation, and intelligent capabilities. This presentation will outline the scope and perspective of utilizing AI in XML development. The potential benefits and the possible pitfalls will be highlighted, providing a balanced view of the subject.
We will explore the capabilities of AI in understanding XML markup languages and autonomously creating structured XML content. Additionally, we will examine the capacity of AI to enrich plain text with appropriate XML markup. Practical examples and methodological guidelines will be provided to elucidate how AI can be effectively prompted to interpret and generate accurate XML markup.
Further emphasis will be placed on the role of AI in developing XSLT, or schemas such as XSD and Schematron. We will address the techniques and strategies adopted to create prompts for generating code, explaining code, or refactoring the code, and the results achieved.
The discussion will extend to how AI can be used to transform XML content. In particular, the focus will be on the use of AI XPath extension functions in XSLT, Schematron, Schematron Quick Fixes, or for XML content refactoring.
The presentation aims to deliver a comprehensive overview of AI usage in XML development, providing attendees with the necessary knowledge to make informed decisions. Whether you’re at the early stages of adopting AI or considering integrating it in advanced XML development, this presentation will cover all levels of expertise.
By highlighting the potential advantages and challenges of integrating AI with XML development tools and languages, the presentation seeks to inspire thoughtful conversation around the future of XML development. We’ll not only delve into the technical aspects of AI-powered XML development but also discuss practical implications and possible future directions.
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The introduction of DLAU and the CCB & CCX licensing model caused quite a stir in the HCL community. As a Notes and Domino customer, you may have faced challenges with unexpected user counts and license costs. You probably have questions on how this new licensing approach works and how to benefit from it. Most importantly, you likely have budget constraints and want to save money where possible. Don’t worry, we can help with all of this!
We’ll show you how to fix common misconfigurations that cause higher-than-expected user counts, and how to identify accounts which you can deactivate to save money. There are also frequent patterns that can cause unnecessary cost, like using a person document instead of a mail-in for shared mailboxes. We’ll provide examples and solutions for those as well. And naturally we’ll explain the new licensing model.
Join HCL Ambassador Marc Thomas in this webinar with a special guest appearance from Franz Walder. It will give you the tools and know-how to stay on top of what is going on with Domino licensing. You will be able lower your cost through an optimized configuration and keep it low going forward.
These topics will be covered
- Reducing license cost by finding and fixing misconfigurations and superfluous accounts
- How do CCB and CCX licenses really work?
- Understanding the DLAU tool and how to best utilize it
- Tips for common problem areas, like team mailboxes, functional/test users, etc
- Practical examples and best practices to implement right away
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Have you ever been confused by the myriad of choices offered by AWS for hosting a website or an API?
Lambda, Elastic Beanstalk, Lightsail, Amplify, S3 (and more!) can each host websites + APIs. But which one should we choose?
Which one is cheapest? Which one is fastest? Which one will scale to meet our needs?
Join me in this session as we dive into each AWS hosting service to determine which one is best for your scenario and explain why!
Monitoring and Managing Anomaly Detection on OpenShift.pdfTosin Akinosho
Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
- Learn about edge computing and IoT, and how they enable real-time data processing and decision-making at the source.
3. What is ArgoCD?
- Discover ArgoCD, a declarative, GitOps continuous delivery tool for Kubernetes, and its role in deploying applications on edge devices.
4. Deployment Using ArgoCD for Edge Devices
- Step-by-step guide on deploying anomaly detection models on edge devices using ArgoCD.
5. Introduction to Apache Kafka and S3
- Explore Apache Kafka for real-time data streaming and Amazon S3 for scalable storage solutions.
6. Viewing Kafka Messages in the Data Lake
- Learn how to view and analyze Kafka messages stored in a data lake for better insights.
7. What is Prometheus?
- Get to know Prometheus, an open-source monitoring and alerting toolkit, and its application in monitoring edge devices.
8. Monitoring Application Metrics with Prometheus
- Detailed instructions on setting up Prometheus to monitor the performance and health of your anomaly detection system.
9. What is Camel K?
- Introduction to Camel K, a lightweight integration framework built on Apache Camel, designed for Kubernetes.
10. Configuring Camel K Integrations for Data Pipelines
- Learn how to configure Camel K for seamless data pipeline integrations in your anomaly detection workflow.
11. What is a Jupyter Notebook?
- Overview of Jupyter Notebooks, an open-source web application for creating and sharing documents with live code, equations, visualizations, and narrative text.
12. Jupyter Notebooks with Code Examples
- Hands-on examples and code snippets in Jupyter Notebooks to help you implement and test anomaly detection models.
Building Production Ready Search Pipelines with Spark and MilvusZilliz
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5th LF Energy Power Grid Model Meet-up SlidesDanBrown980551
5th Power Grid Model Meet-up
It is with great pleasure that we extend to you an invitation to the 5th Power Grid Model Meet-up, scheduled for 6th June 2024. This event will adopt a hybrid format, allowing participants to join us either through an online Mircosoft Teams session or in person at TU/e located at Den Dolech 2, Eindhoven, Netherlands. The meet-up will be hosted by Eindhoven University of Technology (TU/e), a research university specializing in engineering science & technology.
Power Grid Model
The global energy transition is placing new and unprecedented demands on Distribution System Operators (DSOs). Alongside upgrades to grid capacity, processes such as digitization, capacity optimization, and congestion management are becoming vital for delivering reliable services.
Power Grid Model is an open source project from Linux Foundation Energy and provides a calculation engine that is increasingly essential for DSOs. It offers a standards-based foundation enabling real-time power systems analysis, simulations of electrical power grids, and sophisticated what-if analysis. In addition, it enables in-depth studies and analysis of the electrical power grid’s behavior and performance. This comprehensive model incorporates essential factors such as power generation capacity, electrical losses, voltage levels, power flows, and system stability.
Power Grid Model is currently being applied in a wide variety of use cases, including grid planning, expansion, reliability, and congestion studies. It can also help in analyzing the impact of renewable energy integration, assessing the effects of disturbances or faults, and developing strategies for grid control and optimization.
What to expect
For the upcoming meetup we are organizing, we have an exciting lineup of activities planned:
-Insightful presentations covering two practical applications of the Power Grid Model.
-An update on the latest advancements in Power Grid -Model technology during the first and second quarters of 2024.
-An interactive brainstorming session to discuss and propose new feature requests.
-An opportunity to connect with fellow Power Grid Model enthusiasts and users.
Nordic Marketo Engage User Group_June 13_ 2024.pptx
Chart (Repaired).docx
1. 6. Combing Department
6.1 Process flow chart:-
Scoured Wool Top (100%) Polyester Tow (100%)
24 hours atmospheric condition Convertor + Gilling
Carding Two Gilling
Gilling(B1,B2,B3) Third Gilling ball finisher or bump
Combing
White Poly. Black Poly.
(Bump 7.50 kg) (Ball 10 kg)
Gilling
(B4,B5 finisher)
Wool Bump(8.60kg)
Dyeing
Hydro
R.F.(Radial Frequency)
Re - Combing
2. Re – Combing
Blending (Poly. + Wool)
Gilling (A1,A2,A3) or Gilling( C1,C2,C3)
Combing
Gilling (A4 and A5 finisher) Gilling (C4 and C5 finisher)
(Bump 20 kg.) (Bump 10 kg.)
3. Table, Emulsion preparation of Oil + Water ratio
Oil Name Selbana 54 VI
Oil + Water ratio 1:20
Oil 1 litre
Water 20 litre
Total 21 litre
5. Table: Carding Gauges of Card
Particular Dia. (mm) RPM Gauge (mm)
Feed roll 100 mm 4 1 mm
Feed roll brush 210 mm 4 Cont.
Feed roll to licker in 110 mm 10 5 mm
Spreader roll on licker in 120 mm 35 0.8 mm
Transport to Breast - 45 2.5 mm
Brush bent breast and Licker in 300 mm 40 Cont.
Burr roll and licker in 160 mm 850 2.5 mm
Breast 1508 mm 12 -
Stripper covered with
brush(5nos)with breast and
worker 70 mm 45 0.7 mm
Worker on Breast
1 260 mm 12 6 mm
2 260 mm 12 5 mm
3 260 mm 12 4 mm
4 260 mm 12 3.5 mm
5 260 mm 12 3 mm
Brush beth Breast and morel 300 mm 80 Cont.
1st
Morel 180 mm 90 -
Burr roller 1st
Morel 160 mm 1215 0.25 mm
Brush betn 1st
and 2nd
Morel 300 mm 210 Cont.
2nd
Morel 180 mm 90 -
Burr roller 2nd
Morel 160 mm 1215 0.25 mm
Angular stripper with Morel 280 mm 398 0.4 mm
Angular stripper with cylinder 280 mm 398 0.6 mm
6. Cylinder 1508 mm 126 -
Stripper with cylinder and
worker
110 mm 300 0.7 mm
Worker with cylinder
1 274 mm 14 1.5 mm
2 274 mm 14 1.2 mm
3 274 mm 14 0.8 mm
4 274 mm 14 0.6 mm
5 274 mm 14 0.5 mm
In between Doffer and Cylinder 1270 mm 10 0.3 mm
1. Preparatory Gilling
Table: Machine specifications of Gilling (B1,B2,B3)
Sr.No. Particular B1 B2 B3
1 Make of machine
(company)
N. Schlumberger & Company
( N.S.C.)
2 Model of machine GC13 GC13 GC13
3 Faller fitted type Chain type Chain type Chain type
4 No. of delivery Single Single Double
5 Faller PPC 3ppc 4ppc 5ppc
6 Feed wrapping (22.5µ) 24-25 g/m 25 g/m 30g/m
7 Delivery wrapping 30g/m 25g/m 16+16=32g/m
8 Oil 320 to 350cc
9 No. of Doubling 7 6 4+4=8
10 Speed 222mpm 224mpm 227mpm
7. Figure: - Fibre configurations from card to comb
Process Combing
Table: Combing Machine Specifications
Sr. No. Particular Specification
1 Make of machine (company) N. Schlumberger and Company (N.S.C.)
2 Model of machine PB30 and PB29
3 No. of machine 1 and 6 = 7
4 Speed Nip/Min. 170 to174 and 165 to 170
5 No. Doubling 24
6 Feed wrapping gm/mt. 16
7 Delivery wrapping gm/mt. 24
8 Noil % 6.84%
Card 1st Gill 2nd Gill
3rd Gill
1st Gill
Comb
Can Can
Can
Can
8. Woollen Top Finishing
The woollen top finishing usually consists of two gilling operations on the combed slivers.
Table, Gilling (B4,B5) machine specifications
Sr. No. Particular B4 B5
1 Make of machine
(company)
N. Schlumberger & Company
( N.S.C.)
2 Model of machine GC13 GC13
3 Faller fitted type Chain type Chain type
4 No. of delivery Single Single
5 Faller ppc 5ppc 6ppc
6 Feed wrapping (22.5µ) 24g/m 26g/m
7 Delivery wrapping 26g/m 28g/m
8 No. of Doubling 8 8
9 Speed mpm 215 mpm 225 mpm
10 Wool top wt. - 8.5 kg.
10. Table, Machine Specifications of Gill Box
Sr.No. Particulars Zinser Section 5700 Section
1
Mark of machine (company) N. Schlumberger and Company
(N.S.C.)
2
Model of machine GC 14 GN 6
3
Fallers fitted type Chain Type Screw Type
4
Nos. of fallers 2 x 72 = 144 144
5
Pin width 220 and 270 220
6
Working fallers 22 28
7 Pin projection in mm 14 17.5
8
Pinned length in mm 200 220
9
Input speed in mt/min 80 60-80
10
Top roller dia. in mm 80 80
11
Maxi. Speed 200mt/min 100mt/min
12
Maxi. load on material Gms/Mtr. 350 300
13
Electrical Power KW 7.5 – 9 7.5
Table, Gill box machine maintenance
Sr. No. Maintenance job Period
1
Machine cleaning 1 month
2
Top buffing 1 month
3
Oiling and greasing 1 month
4
Servicing of faller driving unit 3 month
5
Servicing of central lubricating device 6 month
6
Spare replacement 3 month
7
Servicing of coiler drive 1 year
11. 8
Oil change 1 year
Table, GV20 machine specification
Sr. No. Particulars Zinser section
2 Drafting Vertical drafting
3 No. of fallers/heads 2x56 = 112
4 No. of pins per cm 7
5 Maximum delivery speed 500m/min
6 Maximum input speed 85m/min
7 Fallers pin length 85mm
Can springs:- Penta-graph spring for GV-20A and oil spraying
Table, GV20 machine maintenance
Sr. No. Maintenance work Period
1 Machine cleaning 1 month
2 Greasing total point 1 month
3 Oiling total chain and gears 1 month
4 Top roller buffing 3 month
5 Oiling to creel chain 3 month
6 Coiler of hauling 6 month
12. 7 Servicing of faller drive unit 6 month
8 Faller chain 2 year
9 Servicing of coiler drive 1 year
Table, roving machine specifications
Sr. No. Particulars BM13 BM15 FM-7
1 Make of machine N.S.C. N.S.C. N.S.C.
2 Model of machine BM13 old BM15 (N) FN-7
3 Spindles per Machine 64 64 20×2 = 40
4 Spindle speed rpm range 600-800 800-1000
5 Twist Range TPM 8.9 - 47.6 5.4 – 108 6 rubs/mts.
6 High Twist TPM 50 - 165 34.6 – 211
7 Flyer Speed 600 - 1300 600 –1800
8 Delivery Speed (maxi.) 72mpm 100mpm 150mpm
Table, Processing parameters for Rubbing Frame: FM 7
13. Blend 380 530 265
Count 24 NM 56 NM 60 NM
Delivery speed 160m/min 160m/min 160m/min
Rubs / mtrs. 6 6 6
Delivery package wt. 2.6kgs 2.5kgs 2.25kgs
Draft 11.66 13.33 13.33
Package build Cheese two roves on one package
Feed. Hank (gm/mt.) 7 6 5.6
Delivery hank 0.60 0.45 0.42
Difference between BM 13 and BM 15 N
The differences in these two models are just some machine difference and processing parameters difference. The all
concepts and function of machine are same.
Sr. No. BM 13 BM 15
1 Generally used for coarse roves as
lower Draft capacity BM 15
It has more drafting capacity and
Generally used for finer roves.
2 Slower speed up to 30 mpm Double speed up to 60 mpm
3 Manually adjustments for initial
Belt position or cone drum
Automatic adjustments of belt.
For initial position by key press.
4 Rove tension wheel is at bulk so
Worker faces difficulty for adjustments.
Front side roves tension adjustment
Easy to do operations.
14. 5 Small cages are provided for group
Suction on machine.
Centralized suction at one end of
machine.
6 Low width and lower microprocessor
control.
Advanced version with high microprocessor
control, more width machine.
Table, Ring frame machine specification
Name of
Department
Make (company) Model No. of machine
Old + New
Spindle
Ring frame Sant Andrea
TL2 10 06
Old= 10×576= 5760
New= 06×400=2400
Zinser RM450 8 - Old= 8×576= 4608
Textool WS60 2 34+4
Old=2×400= 800=800
New=34×400+4×112=14848
Total 20 40
Old=11168+New=14848
Total = 26016
Table, Ring frame machine maintenance
Sr. No. Job work Period
1 Front top roller buffing 3 months
2 Back top roller buffing 6 months
3 Top arm pressure 3 months
15. 4 Spindle oil change 2 year
5 Top apron change 1 year
6 Spindle gauging 1 year
7 Ring traveller change 10 days
8 Machine cleaning 15 days
Table, Zinser ring frame machine maintenance
Sr. No. Job work Period
1 Ring traveller change 10 days
2 Machine cleaning 15 days
3 Bottom roller drafting 3 months
4 Front roller buffing 6 months
5 Back top roller buffing 1 year
6 Spindle oil change 1 year
7 Spindle gauging 1 year
16. Incepted in 1925, Raymond has been synonymous with Trust, Quality and Excellence.
Raymond is a diversified group with majority business interests in Textile & Apparel sectors as well as
presence across diverse segments such as FMCG, Engineering and Prophylactics in national and
international markets. Having enjoyed the patronage of over a billion consumers, Raymond as a brand
has been consistently delivering world class quality products to its consumers since the past nine
decades.
Being a vertically and horizontally integrated manufacturer of Textiles, Raymond produces ‘The finest
fabric in the world’. With over 1100 exclusive stores spread across 380+ cities and an expansive
network of over 20,000 points-of-sale in India, Raymond and its brands are also available in tier IV & V
cities. Over the years, Raymond has emerged as a preferred choice for top design houses across 55
countries. Raymond has also been a leading player in Shirting fabrics and is the No.1 brand in the
OTC space. A formidable player in the Denim space, Raymond is also the top producer & preferred
supplier of high quality Ring Denim to world’s leading Jeanswear brands. Given our fibre to fabric
manufacturing capabilities, Raymond is a textile powerhouse with state of the art manufacturing
infrastructure, best industry practices that has raised the bar of Indian textile manufacturing.
Having established its dominance in the Textiles, Raymond is also an aggressive player in the ready to
wear apparel segment with reputed brands such as Park Avenue, Raymond Ready To Wear ColorPlus
& Parx that are a part of its product portfolio. Having pioneered the innovative concept of customised
clothing, ‘Raymond Made To Measure’ offers luxurious service allows discerning customers to
personalize their ensemble bringing together their own personal taste.
The Raymond Group is present in the FMCG business through associate companies – J.K. Helene
Curtis Limited and J.K. Ansell Private Limited (JKAL). Through these companies, Raymond Group
caters mainly to the male grooming segment through pioneering brands like Park Avenue and KS;
home care segment through Premium brand and sexual wellness segment through KamaSutra brand.
Raymond Group also has an extensive presence in the B2B space, through its garmenting business.
Raymond’s state of the art & wholly owned subsidiaries such as Silver Spark Apparel Ltd, Celebrations
Apparel Ltd & Everblue Apparel Ltd by crafts suits, trousers, shirts & Jeans for leading fashion labels
across the world and is the only manufacturer of Full canvas premium Jackets in India.
Raymond Ltd. ventured into the engineering business with the establishment of JK Files (India) Ltd. in
1949. Today, JK Files Ltd. is a leading manufacturer of steel files in the world with a domestic market
share of about 65% in the files business. The group also has a presence in the auto components
industry through its subsidiary Ring Plus Aqua Ltd. This business comprises of the manufacture of
Ring Gears, Flexplates and Water pump bearings. The company is present in diverse industry
segments such as Automotive, Industrial and Power generators, Agricultural and Marine Applications,
marked by strong relationships with domestic and international OEMs.
17. Raw Materials & Goods (R.M.G)
WOOL:
Wool is a natural fibre. It is obtained from sheep.
It’s classified into animal protein fibre.
Wool is mainly imported through Australia & South Africa are of Different Quality.
Pure Wool, Blended Wool.
JALGAON (Combing Deptt.)
22.5 MIC Wool Tops
Colour Card Parameter:
MIC COLOUR
19
Sky Blue
21
Pink
22.5
Yellow
24.5
Blue
LOT NO. J20016225B
BORA/TR NO. 20
NETT WT. 102.60
DATE 28/5/2019
18. POLYESTER:
Polyester is a Man-made Fibre.
It is synthesized artificially prepared by man.
JALGAON (Combing Deptt.)
2.0 Denier Normal Polyester (DNP) Black Top
RECRON
Reliance Industries Limited,
2.0 Denier Normal Polyester (DNP) Black Top
LOT NO. J20016225B
BORA/TR NO. 20
NETT WT. 102.60
DATE 28/5/2019
MERGE WIBTQ450
LUSTRE BLACK TRILOBAL
LOT NO. J20016225B
NETT WT. 358.20 KG
GROSS WT. 359.60 KG