BHEL is India's largest engineering and manufacturing company in the energy and infrastructure sector. It has 14 manufacturing divisions and four power offices across India. Key points:
- BHEL supplies over 65% of India's total installed power generation capacity and manufactures equipment for thermal, gas, hydro and nuclear power.
- It also manufactures products for power transmission and distribution networks, industries like cement and steel, transportation including locomotives, and renewable energy.
- BHEL has a proven track record since being established over 40 years ago and has been profitable since 1971-72. It caters to core sectors of the Indian economy.
BHEL Haridwar is a manufacturing plant located 8 km from Haridwar, India. It consists of two units - Heavy Electrical Equipment Plant and Central Foundry Forge Plant - covering a total area of 8.45 sq km. BHEL Haridwar manufactures heavy electrical equipment such as steam turbines, generators, and switchgear for power plants. The document provides details about the facilities, manufacturing processes, and products of BHEL Haridwar.
The document provides details about the vocational training report submitted by Yash Kumar Natani at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. It includes information about BHEL such as its establishment, units across India, and contributions to different sectors like power, transmission, transportation, and industries. It then describes BHEL Haridwar, its Central Foundry Forge Plant and Heavy Electrical Equipment Plant divided into multiple blocks manufacturing products like turbo generators, motors, fabricated components, steam and gas turbines.
This document provides an overview of Bharat Heavy Electricals Limited (BHEL), India's largest power equipment manufacturer. It discusses BHEL's business sectors including power, industry, transmission, transportation, and renewable energy. It also describes BHEL's manufacturing facilities, major products like turbines, transformers, traction motors, and technical collaborations. The document highlights BHEL's role in developing India's power sector and its growing international operations in over 68 countries.
The document describes components of a steam turbine used in a thermal power plant, including the foundation, rotor, casing, blades, valves, and governing system. It provides details on key components like the casing, rotor, blades, and valves. The steam turbine uses pressurized steam to power a rotor that drives an electrical generator to produce electricity.
The document provides an overview of Bharat Heavy Electricals Limited (BHEL), including its operations, products, contributions to different sectors, and facilities. Specifically:
1) BHEL is India's largest engineering and manufacturing company focused on power, industry, transportation and defense. It has over 50,000 employees across multiple manufacturing units.
2) The Haridwar facility includes the Heavy Electrical Equipment Plant (HEEP) and Central Foundry Forge Plant (CFFP), which manufacture products like steam turbines, gas turbines, and generators.
3) HEEP is divided into blocks focused on different manufacturing processes and products. It produces equipment for power, transportation, and other industries both in India and
Bhel haridwar vocational training report block 1khemraj298
This document provides an overview and summary of the author's vocational training report at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. It acknowledges those who supported the training. The index outlines sections on BHEL's contributions to different sectors, an overview of the BHEL plant in Haridwar, and a focus on turbo generators. Key components of turbo generators discussed include the stator, rotor, bearings, cooling system, and excitation system.
This document provides an overview and summary of Shyamveer Singh's summer training report at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. The report discusses BHEL's operations in various sectors like power generation, transmission, industries, transportation, telecommunications, and renewable energy. It also describes the Computer Numeric Control (CNC) machine and Programmable Logic Control (PLC) systems that Singh studied. The report acknowledges the guidance provided by BHEL engineers and staff during the training.
BHEL Haridwar is a manufacturing plant located 8 km from Haridwar, India. It consists of two units - Heavy Electrical Equipment Plant and Central Foundry Forge Plant - covering a total area of 8.45 sq km. BHEL Haridwar manufactures heavy electrical equipment such as steam turbines, generators, and switchgear for power plants. The document provides details about the facilities, manufacturing processes, and products of BHEL Haridwar.
The document provides details about the vocational training report submitted by Yash Kumar Natani at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. It includes information about BHEL such as its establishment, units across India, and contributions to different sectors like power, transmission, transportation, and industries. It then describes BHEL Haridwar, its Central Foundry Forge Plant and Heavy Electrical Equipment Plant divided into multiple blocks manufacturing products like turbo generators, motors, fabricated components, steam and gas turbines.
This document provides an overview of Bharat Heavy Electricals Limited (BHEL), India's largest power equipment manufacturer. It discusses BHEL's business sectors including power, industry, transmission, transportation, and renewable energy. It also describes BHEL's manufacturing facilities, major products like turbines, transformers, traction motors, and technical collaborations. The document highlights BHEL's role in developing India's power sector and its growing international operations in over 68 countries.
The document describes components of a steam turbine used in a thermal power plant, including the foundation, rotor, casing, blades, valves, and governing system. It provides details on key components like the casing, rotor, blades, and valves. The steam turbine uses pressurized steam to power a rotor that drives an electrical generator to produce electricity.
The document provides an overview of Bharat Heavy Electricals Limited (BHEL), including its operations, products, contributions to different sectors, and facilities. Specifically:
1) BHEL is India's largest engineering and manufacturing company focused on power, industry, transportation and defense. It has over 50,000 employees across multiple manufacturing units.
2) The Haridwar facility includes the Heavy Electrical Equipment Plant (HEEP) and Central Foundry Forge Plant (CFFP), which manufacture products like steam turbines, gas turbines, and generators.
3) HEEP is divided into blocks focused on different manufacturing processes and products. It produces equipment for power, transportation, and other industries both in India and
Bhel haridwar vocational training report block 1khemraj298
This document provides an overview and summary of the author's vocational training report at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. It acknowledges those who supported the training. The index outlines sections on BHEL's contributions to different sectors, an overview of the BHEL plant in Haridwar, and a focus on turbo generators. Key components of turbo generators discussed include the stator, rotor, bearings, cooling system, and excitation system.
This document provides an overview and summary of Shyamveer Singh's summer training report at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. The report discusses BHEL's operations in various sectors like power generation, transmission, industries, transportation, telecommunications, and renewable energy. It also describes the Computer Numeric Control (CNC) machine and Programmable Logic Control (PLC) systems that Singh studied. The report acknowledges the guidance provided by BHEL engineers and staff during the training.
This document provides an overview of a 6-week industrial training completed at Bharat Heavy Electricals Limited (BHEL) in Ranipur, Haridwar, India. The training focused on the manufacturing process of 600 MW stator bars. The author acknowledges and thanks the various people at BHEL who provided guidance and support during the training, including the training coordinator, project guides, and those who oversaw the project work on stator bar manufacturing.
Complete Description of BHEL TRAINING REPORT for final year student of mechanical . Total Vocational training Report is listed with the content and proper description of turbine blade as well as major component of the training place .
This is my Summer Training Report in B.H.E.L., Haridwar on General Awareness Of Steam Turbine in Turbine Block-III in the period 17/06/13 to 31/07/13.
I would like to thank My Mentor Mr. Alok Shukla Sir, My Guide Asst. Prof. Mr. Anuj Dixit Sir. Without their guidance and efforts it was impossible to achieve.
This document summarizes a training that was done at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. BHEL is one of India's largest public sector undertakings that manufactures electrical equipment like generators, motors, and power plant accessories. The training was conducted at BHEL's Heavy Electrical Equipment Plant in Haridwar, which is divided into 8 blocks that each manufacture different components of large turbo generators up to 800MW in size. The document describes the various components of a turbo generator set including the stator, rotor, turbine, and exciter. It provides details on the manufacturing process and equipment used to produce generators.
The document provides background information on Bharat Heavy Electricals Limited (BHEL), including that it was established in 1964 to make India self-reliant in manufacturing heavy electrical equipment, it has grown to have 17 manufacturing units and supplies over 180 products across various sectors, and has played a key role in developing India's power sector with over 138 GW of installed capacity based on BHEL-supplied equipment.
Project Report on Industrial Summer Training at NTPC SimhadriAshish Uppu
The following pdf is a Project Report about my Industrial Training at NTPC Limited Simhadri, Visakhapatnam, Andhra Pradesh, India. It includes all the fundamentals of a Thermal Power Plant: its layout, various departments, principal components etc. It also contains a brief profile about the company.
In my Industrial Training in B.H.E.L., Haridwar I go through all sections in Turbine Manufacturing. First management team told me about the history of industry, Area, Capacity, Machines installed & Facilities in the Industry.
After that they told about the Steam Turbine its types , parts like Blades, Casing, Rotor etc. Then they told full explanation of constructional features and procedure along with equipment used. Before telling about the machines used in Manufacturing of Blade, they told about the safety precautions, Step by Step arrangement of machines in the block with a well defined proper format. They also told the material of blade for a particular desire, types of Blades, Operations performed on Blades, their New Blade Shop less with Advance Technology like CNC Shaping Machine.
This document provides an acknowledgement and thanks to various parties that assisted with a training report. It expresses gratitude to the author's mentor and the management of Bharat Heavy Electricals Limited for permitting training. Thanks are also given to the Department of Mechanical Engineering for their guidance and support throughout the project.
This presentation provides an overview of steam turbine manufacturing at BHEL Haridwar. It discusses BHEL's product range and facilities. The presentation covers the components and types of steam turbines, including high pressure, intermediate pressure, and low pressure turbines. Manufacturing processes for turbine blades such as cutting, milling, and grinding are described. Finally, some heavy duty machines used in manufacturing like CNC lathes and mills are highlighted. The presentation aims to provide general awareness of steam turbine manufacturing processes at BHEL Haridwar.
BHEL is India's largest engineering and manufacturing company, established in 1964 to serve core sectors like power, transmission, industry, transportation and infrastructure. The document provides an overview of BHEL, including its vision, mission, values, facilities, products, shareholders and awards. It discusses BHPV merging with BHEL and becoming its 17th manufacturing unit. The SWOT analysis examines BHEL's strengths in R&D and market position, and weaknesses in safety and autonomy. Opportunities include expanding capacity and order intake, while threats include regulations and raw material costs. The outlook remains positive due to India's growing economy and power sector reforms.
The document provides an overview of the layout and operations at BHEL's Haridwar plant. It describes the four main bays: Bay 1 focuses on assembly, machining, and overspeed balancing testing; Bay 2 includes gas turbine assembly and rotor work; Bay 3 covers governing systems and lighter machining; Bay 4 is for blade production and heat treatment. Details are given on the assembly of steam turbines in Bay 1 and production of rotors for steam turbines and gas turbines throughout the plant. Major equipment used is also outlined.
Maaz arif (mba ib) bhel internship reportMaaz Arif
BHEL is India's largest engineering and manufacturing company that produces power generation and transmission equipment. It has 14 manufacturing divisions, 4 power sector regional centers, over 100 project sites, 8 service centers and 14 regional offices across India. The report provides an overview of BHEL's organization structure, financial performance, human resources, units, products, international operations, and SWOT analysis. BHEL is a major supplier to India's power, industry, transportation and other sectors.
The document summarizes the establishment of BHEL Jhansi, a manufacturing unit of Bharat Heavy Electricals Limited (BHEL). It was established in 1974 to meet the growing demand for power transformers in India. Located 14 km from Jhansi, the unit began commercial production in 1976-77. It is equipped to manufacture power transformers, instrument transformers, locomotives, and other products using modern facilities.
Operational description of 400kv switchyard NTPC Ramagundam RSTPSPradeep Avanigadda
400 KV Switchyard of Ramagundam Super Thermal Power Station is the most vital switching station in the southern Grid. 2600 MW of Bulk Power generated by three 200 MW Units and four 500 MW Units of NTPC Ramagundam is evacuated for supplying to the southern states.
Switchyard consists of four 400 KV busbars fed by 7 Nos. of generators, 10 Nos. of 400 KV feeders, 3 Nos of 220 KV feeders and two nos. of 132 Kv feeders as shown in the single line diagram of 400 Kv switch yard.
In addition to the above, four nos. of Tie Transformers, five nos. of Auto transformers, two nos. of Shunt Reactors and one Bus reactor are provided.
This document provides an industrial training report on turbine manufacturing at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. It discusses the history and operations of BHEL, focusing on its turbine block. It describes the different types of steam turbines produced, their key parts like blades and casings, and the manufacturing processes used to produce turbine blades, including various machining operations. The report highlights the layout of BHEL's turbine block and the different classifications of machines within it, with a particular focus on the blade shop and the new technologies used.
In these slides we explain three parts (1)steam turbines(2)steam generators(3)seam power plant.We also explain how these three parts cooperate with each other to make the whole system.
general awareness in steam turbine manufacturingGaurav Sharma
This document provides an overview of steam turbines and their manufacturing process at Bharat Heavy Electricals Limited (BHEL). It defines a steam turbine, describes the main types (impulse and reaction), and lists the key components. The turbines manufactured at BHEL include high, intermediate, and low pressure turbines. The document outlines the main machines used in the manufacturing process, such as milling machines and lathes, and describes the various working areas at BHEL involved in turbine production.
The document summarizes the manufacturing process of stator winding bars for 660 MW turbo generators at BHEL Haridwar. It discusses the 8 blocks involved in manufacturing, with Block 4 focusing on coil and insulation manufacturing. The multi-step process for manufacturing the bars includes cutting conductors, transposition, forming, brazing, insulation, impregnation, testing including nitrogen, thermal and helium tests, and finishing before dispatch for winding. BHEL Haridwar manufactures over 40% of India's electrical equipment and has extensive facilities for power equipment production.
STUDY ON PRINCIPLE AND OPERATIONS OF CNC MACHINES IN VARIOUS FABRICATION PROC...Suchit Moon
This document provides an overview of Bharat Heavy Electricals Limited (BHEL), a large Indian public sector undertaking. It discusses BHEL's history and facilities, and describes its role in key sectors like power generation, transmission and distribution, industries, transportation, defense, renewable energy, and international operations. BHEL has over 42,000 employees and caters to core sectors of the Indian economy. It focuses on technology upgradation, research and development to remain competitive and meet evolving customer needs. The vision is to become a world-class engineering enterprise committed to enhancing stakeholder value.
This document provides an overview of a 6-week industrial training completed at Bharat Heavy Electricals Limited (BHEL) in Ranipur, Haridwar, India. The training focused on the manufacturing process of 600 MW stator bars. The author acknowledges and thanks the various people at BHEL who provided guidance and support during the training, including the training coordinator, project guides, and those who oversaw the project work on stator bar manufacturing.
Complete Description of BHEL TRAINING REPORT for final year student of mechanical . Total Vocational training Report is listed with the content and proper description of turbine blade as well as major component of the training place .
This is my Summer Training Report in B.H.E.L., Haridwar on General Awareness Of Steam Turbine in Turbine Block-III in the period 17/06/13 to 31/07/13.
I would like to thank My Mentor Mr. Alok Shukla Sir, My Guide Asst. Prof. Mr. Anuj Dixit Sir. Without their guidance and efforts it was impossible to achieve.
This document summarizes a training that was done at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. BHEL is one of India's largest public sector undertakings that manufactures electrical equipment like generators, motors, and power plant accessories. The training was conducted at BHEL's Heavy Electrical Equipment Plant in Haridwar, which is divided into 8 blocks that each manufacture different components of large turbo generators up to 800MW in size. The document describes the various components of a turbo generator set including the stator, rotor, turbine, and exciter. It provides details on the manufacturing process and equipment used to produce generators.
The document provides background information on Bharat Heavy Electricals Limited (BHEL), including that it was established in 1964 to make India self-reliant in manufacturing heavy electrical equipment, it has grown to have 17 manufacturing units and supplies over 180 products across various sectors, and has played a key role in developing India's power sector with over 138 GW of installed capacity based on BHEL-supplied equipment.
Project Report on Industrial Summer Training at NTPC SimhadriAshish Uppu
The following pdf is a Project Report about my Industrial Training at NTPC Limited Simhadri, Visakhapatnam, Andhra Pradesh, India. It includes all the fundamentals of a Thermal Power Plant: its layout, various departments, principal components etc. It also contains a brief profile about the company.
In my Industrial Training in B.H.E.L., Haridwar I go through all sections in Turbine Manufacturing. First management team told me about the history of industry, Area, Capacity, Machines installed & Facilities in the Industry.
After that they told about the Steam Turbine its types , parts like Blades, Casing, Rotor etc. Then they told full explanation of constructional features and procedure along with equipment used. Before telling about the machines used in Manufacturing of Blade, they told about the safety precautions, Step by Step arrangement of machines in the block with a well defined proper format. They also told the material of blade for a particular desire, types of Blades, Operations performed on Blades, their New Blade Shop less with Advance Technology like CNC Shaping Machine.
This document provides an acknowledgement and thanks to various parties that assisted with a training report. It expresses gratitude to the author's mentor and the management of Bharat Heavy Electricals Limited for permitting training. Thanks are also given to the Department of Mechanical Engineering for their guidance and support throughout the project.
This presentation provides an overview of steam turbine manufacturing at BHEL Haridwar. It discusses BHEL's product range and facilities. The presentation covers the components and types of steam turbines, including high pressure, intermediate pressure, and low pressure turbines. Manufacturing processes for turbine blades such as cutting, milling, and grinding are described. Finally, some heavy duty machines used in manufacturing like CNC lathes and mills are highlighted. The presentation aims to provide general awareness of steam turbine manufacturing processes at BHEL Haridwar.
BHEL is India's largest engineering and manufacturing company, established in 1964 to serve core sectors like power, transmission, industry, transportation and infrastructure. The document provides an overview of BHEL, including its vision, mission, values, facilities, products, shareholders and awards. It discusses BHPV merging with BHEL and becoming its 17th manufacturing unit. The SWOT analysis examines BHEL's strengths in R&D and market position, and weaknesses in safety and autonomy. Opportunities include expanding capacity and order intake, while threats include regulations and raw material costs. The outlook remains positive due to India's growing economy and power sector reforms.
The document provides an overview of the layout and operations at BHEL's Haridwar plant. It describes the four main bays: Bay 1 focuses on assembly, machining, and overspeed balancing testing; Bay 2 includes gas turbine assembly and rotor work; Bay 3 covers governing systems and lighter machining; Bay 4 is for blade production and heat treatment. Details are given on the assembly of steam turbines in Bay 1 and production of rotors for steam turbines and gas turbines throughout the plant. Major equipment used is also outlined.
Maaz arif (mba ib) bhel internship reportMaaz Arif
BHEL is India's largest engineering and manufacturing company that produces power generation and transmission equipment. It has 14 manufacturing divisions, 4 power sector regional centers, over 100 project sites, 8 service centers and 14 regional offices across India. The report provides an overview of BHEL's organization structure, financial performance, human resources, units, products, international operations, and SWOT analysis. BHEL is a major supplier to India's power, industry, transportation and other sectors.
The document summarizes the establishment of BHEL Jhansi, a manufacturing unit of Bharat Heavy Electricals Limited (BHEL). It was established in 1974 to meet the growing demand for power transformers in India. Located 14 km from Jhansi, the unit began commercial production in 1976-77. It is equipped to manufacture power transformers, instrument transformers, locomotives, and other products using modern facilities.
Operational description of 400kv switchyard NTPC Ramagundam RSTPSPradeep Avanigadda
400 KV Switchyard of Ramagundam Super Thermal Power Station is the most vital switching station in the southern Grid. 2600 MW of Bulk Power generated by three 200 MW Units and four 500 MW Units of NTPC Ramagundam is evacuated for supplying to the southern states.
Switchyard consists of four 400 KV busbars fed by 7 Nos. of generators, 10 Nos. of 400 KV feeders, 3 Nos of 220 KV feeders and two nos. of 132 Kv feeders as shown in the single line diagram of 400 Kv switch yard.
In addition to the above, four nos. of Tie Transformers, five nos. of Auto transformers, two nos. of Shunt Reactors and one Bus reactor are provided.
This document provides an industrial training report on turbine manufacturing at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. It discusses the history and operations of BHEL, focusing on its turbine block. It describes the different types of steam turbines produced, their key parts like blades and casings, and the manufacturing processes used to produce turbine blades, including various machining operations. The report highlights the layout of BHEL's turbine block and the different classifications of machines within it, with a particular focus on the blade shop and the new technologies used.
In these slides we explain three parts (1)steam turbines(2)steam generators(3)seam power plant.We also explain how these three parts cooperate with each other to make the whole system.
general awareness in steam turbine manufacturingGaurav Sharma
This document provides an overview of steam turbines and their manufacturing process at Bharat Heavy Electricals Limited (BHEL). It defines a steam turbine, describes the main types (impulse and reaction), and lists the key components. The turbines manufactured at BHEL include high, intermediate, and low pressure turbines. The document outlines the main machines used in the manufacturing process, such as milling machines and lathes, and describes the various working areas at BHEL involved in turbine production.
The document summarizes the manufacturing process of stator winding bars for 660 MW turbo generators at BHEL Haridwar. It discusses the 8 blocks involved in manufacturing, with Block 4 focusing on coil and insulation manufacturing. The multi-step process for manufacturing the bars includes cutting conductors, transposition, forming, brazing, insulation, impregnation, testing including nitrogen, thermal and helium tests, and finishing before dispatch for winding. BHEL Haridwar manufactures over 40% of India's electrical equipment and has extensive facilities for power equipment production.
STUDY ON PRINCIPLE AND OPERATIONS OF CNC MACHINES IN VARIOUS FABRICATION PROC...Suchit Moon
This document provides an overview of Bharat Heavy Electricals Limited (BHEL), a large Indian public sector undertaking. It discusses BHEL's history and facilities, and describes its role in key sectors like power generation, transmission and distribution, industries, transportation, defense, renewable energy, and international operations. BHEL has over 42,000 employees and caters to core sectors of the Indian economy. It focuses on technology upgradation, research and development to remain competitive and meet evolving customer needs. The vision is to become a world-class engineering enterprise committed to enhancing stakeholder value.
Bharat Heavy Electricals Limited (BHEL) is India's largest engineering and manufacturing company involved in power generation, transmission, industry, transportation, and renewable energy. It was established in 1953 in Bhopal and has grown significantly since, with 15 manufacturing divisions and over 150 project sites across India and abroad. BHEL has a 59% market share in India's power generation sector and is among the top 12 power equipment manufacturers globally. It aims to provide quality products, systems, and services while adhering to high standards for innovation, customer satisfaction, and sustainability.
Business valuation, leasing vs buying decision and project financing in bhelProjects Kart
The document provides information about Bharat Heavy Electricals Limited (BHEL), including its history, business segments, products, R&D efforts, exports, and financial performance. It discusses BHEL's origins in the 1950s to meet India's power generation needs. It details BHEL's major business segments like power equipment, industry equipment, transportation, telecommunications and international operations. The document also provides an overview of BHEL's wide range of products, investments in research, human resources practices, and growing export business.
BHEL Jhansi unit manufactures locomotives and power transformers. It has modern CNC machinery for fabrication such as a CNC cropping line machine and vapor phase drying system. The unit produces diesel-electric locomotives up to 2600 HP, AC/DC locomotives up to 5000 HP, and power transformers up to 400 KV class and 250 MVA. BHEL Jhansi has facilities for fabrication, copper winding, and testing of transformers. Key operations include cutting, welding, grinding, winding, and non-destructive testing of transformers.
Project on bharat heavy electricals limited 4th semAnuj Nehra
BHEL is India's largest engineering and manufacturing company focused on energy and infrastructure. It produces equipment for power generation, transmission, industry, transportation, telecommunications and renewable energy. The author completed a summer training project at BHEL's Central Foundry Forge Plant in Haridwar to study its turbine, materials, blade shop, and machine tool manufacturing processes.
This document provides an overview of Bharat Heavy Electricals Limited (BHEL), including its history, operations, certifications, business sectors, products, and facilities. Some key points:
- BHEL is India's largest power equipment manufacturer, with 14 manufacturing units and other facilities across India and abroad. Its first plant opened in 1956.
- It has a diverse portfolio of products for the power, industry, and international sectors. Major products include thermal and gas power plants, industrial equipment, locomotives, and telecom systems.
- BHEL seeks to maintain high quality and reliability through investments in design, engineering, and adopting international standards. It has received ISO and other certifications.
- The
This document provides an overview of Bharat Heavy Electricals Limited (BHEL) Jhansi unit and discusses its various departments. It begins with introducing BHEL, its vision, mission and values. It then discusses the establishment of BHEL Jhansi unit in 1974 and its product profile including power transformers, locomotives, and other equipment. The document outlines the major departments at BHEL Jhansi involved in transformer engineering, fabrication, testing, winding and commercial functions to support transformer manufacturing. It concludes with providing performance details of BHEL Jhansi and the overall BHEL organization.
This document provides a summary of an industrial training report on turbine manufacturing at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. It discusses BHEL's history and areas of operations, including power generation, transmission and distribution, industries, transportation, telecommunications, and renewable energy. It describes the types of steam turbines manufactured at BHEL and the key turbine parts. It also provides an overview of the turbine block layout, classification of the block, blade shop operations, and safety procedures followed in turbine manufacturing.
This document is a rotation report and project report by an engineering student on their 5-week summer training at Bharat Heavy Electricals Limited (BHEL) in Jhansi, India. It provides an overview of BHEL, describing its various business units and product profiles. It then details the student's rotations in the Transformer Commercial department and their project on diesel locomotives, describing the parts, dimensions and specifications of diesel locomotives manufactured by BHEL Jhansi.
BHEL analyzes its strengths, weaknesses, opportunities, and threats through a SWOT analysis. Its strategies include focusing on technological innovation through research and development, developing a skilled workforce, ensuring quality, and pursuing flexible manufacturing. Currently, BHEL's strategies are pursuing opportunities in small boilers, renewable energy, using new software, and focusing on high-end work like nuclear components. BHEL aims to play a major role in meeting India's growing energy needs through its manufacturing capabilities and strategic focus on innovation.
The document provides an overview of the author's industrial training at BHEL Haridwar. It discusses the key sections involved in turbogenerator construction, including stator and rotor bar manufacturing. Safety precautions and the step-by-step arrangement of machinery are emphasized. The author expresses gratitude to their trainer and all those who contributed to their training and report.
The study of working capital managementProjects Kart
This document provides an introduction and background on a summer training report submitted for a post graduate diploma in international business. It was completed at Bharat Heavy Electricals Limited (BHEL) in Jhansi, India. The summary covers the purpose, acknowledgements, and table of contents sections. BHEL is India's largest engineering and manufacturing company in the power, industry, and transportation sectors. The training focused on working capital management and involved visiting different BHEL departments.
This document provides a summary report on a summer training project at Bharat Heavy Electricals Limited (BHEL) focusing on pneumatic braking systems. It includes an introduction to BHEL, acknowledgments, contents, and sections on locomotive brakes, pneumatic functions, equipment, air systems, and specific brake valves. BHEL is one of the largest engineering companies in India that manufactures power and industrial equipment. The report examines pneumatic braking systems used on locomotives produced at the BHEL facility in Jhansi. It provides technical details on the components, operation, and functions of the pneumatic braking system.
This document provides a summary of the author's 30-day industrial training at Bharat Heavy Electricals Limited (BHEL) in Haridwar, India. It describes BHEL as India's largest power equipment manufacturer, with the ability to produce equipment for 6000MW of power generation annually. The summary focuses on the manufacturing process for stator bars of turbo generators at BHEL's plant, including material checking, conductor cutting, transposition, insulation, pressing, testing and final assembly steps.
In flame cutting, first heat the metal to its kindling temperature. Then a stream of oxygen is then trained on the metal, burning it into a metal oxide that flows out of the kerf as slag.
bhel project on cnc flame cutting machineNaman Jain
In flame cutting, first heat metal to its kindling temperature. A stream of oxygen is then trained on the metal, burning it into a metal oxide that flows out of the kerf as slag.
This document provides an overview of Bharat Heavy Electricals Limited (BHEL), including its vision, mission, values, units, and activities. Specifically, it summarizes BHEL's establishment in Jhansi, India in 1974 to manufacture power transformers up to 50 MVA and 132 kV, as well as other transformers, to meet India's growing demand for power equipment. It details BHEL Jhansi's commercial production beginning in 1976-77 and its continued growth since.
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Sinan from the Delivery Hero mobile infrastructure engineering team shares a deep dive into performance acceleration with Gradle build cache optimizations. Sinan shares their journey into solving complex build-cache problems that affect Gradle builds. By understanding the challenges and solutions found in our journey, we aim to demonstrate the possibilities for faster builds. The case study reveals how overlapping outputs and cache misconfigurations led to significant increases in build times, especially as the project scaled up with numerous modules using Paparazzi tests. The journey from diagnosing to defeating cache issues offers invaluable lessons on maintaining cache integrity without sacrificing functionality.
Comparative analysis between traditional aquaponics and reconstructed aquapon...bijceesjournal
The aquaponic system of planting is a method that does not require soil usage. It is a method that only needs water, fish, lava rocks (a substitute for soil), and plants. Aquaponic systems are sustainable and environmentally friendly. Its use not only helps to plant in small spaces but also helps reduce artificial chemical use and minimizes excess water use, as aquaponics consumes 90% less water than soil-based gardening. The study applied a descriptive and experimental design to assess and compare conventional and reconstructed aquaponic methods for reproducing tomatoes. The researchers created an observation checklist to determine the significant factors of the study. The study aims to determine the significant difference between traditional aquaponics and reconstructed aquaponics systems propagating tomatoes in terms of height, weight, girth, and number of fruits. The reconstructed aquaponics system’s higher growth yield results in a much more nourished crop than the traditional aquaponics system. It is superior in its number of fruits, height, weight, and girth measurement. Moreover, the reconstructed aquaponics system is proven to eliminate all the hindrances present in the traditional aquaponics system, which are overcrowding of fish, algae growth, pest problems, contaminated water, and dead fish.
CHINA’S GEO-ECONOMIC OUTREACH IN CENTRAL ASIAN COUNTRIES AND FUTURE PROSPECTjpsjournal1
The rivalry between prominent international actors for dominance over Central Asia's hydrocarbon
reserves and the ancient silk trade route, along with China's diplomatic endeavours in the area, has been
referred to as the "New Great Game." This research centres on the power struggle, considering
geopolitical, geostrategic, and geoeconomic variables. Topics including trade, political hegemony, oil
politics, and conventional and nontraditional security are all explored and explained by the researcher.
Using Mackinder's Heartland, Spykman Rimland, and Hegemonic Stability theories, examines China's role
in Central Asia. This study adheres to the empirical epistemological method and has taken care of
objectivity. This study analyze primary and secondary research documents critically to elaborate role of
china’s geo economic outreach in central Asian countries and its future prospect. China is thriving in trade,
pipeline politics, and winning states, according to this study, thanks to important instruments like the
Shanghai Cooperation Organisation and the Belt and Road Economic Initiative. According to this study,
China is seeing significant success in commerce, pipeline politics, and gaining influence on other
governments. This success may be attributed to the effective utilisation of key tools such as the Shanghai
Cooperation Organisation and the Belt and Road Economic Initiative.
CHINA’S GEO-ECONOMIC OUTREACH IN CENTRAL ASIAN COUNTRIES AND FUTURE PROSPECT
BHEL ,Varanasi Presentation Report
1. Bharat Heavy Electricals Limited, Varanasi
OVERVIEW
BHEL is the largest engineering and manufacturing enterprise in India in the
energy related infrastructure sector today. BHEL was established more than 40
years ago when its first plant was setup in Bhopal ushering in the indigenous
Heavy Electrical Equipment Industry in India a dream which has been more than
realized with a well recognized track record of performance it has been earning
profits continuously since 1971-72.
BHEL caters to core sectors of the Indian Economy viz., Power Generation's &
Transmission, Industry, Transportation, Telecommunication, Renewable Energy,
Defense, etc. The wide network of BHEL's 14 manufacturing division, four power
offices, enables the Company to promptly serve its customers and provide them
with suitable products, systems and services – efficiently and at competitive prices.
2. POWER GENERATION
Power generation sector comprises thermal, gas, hydro and nuclear power plant
business as of 31.03.2001, BHEL supplied sets account for nearly 64737 MW or
65% of the total installed capacity of 99,146 MW in the country, as against nil till
1969-70.
BHEL has proven turnkey capabilities for executing power projects from concept
to commissioning, it possesses the technology and capability to produce thermal
sets with super critical parameters up to 1000 MW unit rating and gas turbine
generator sets of up to 240 MW unit rating. Co-generation and combined-cycle
plants have been introduced to achieve higher plant efficiencies. to make efficient
use of the high-ash-content coal available in India, BHEL supplies circulating
fluidized bed combustion boilers to both thermal and combined cycle power plants.
The company manufactures 235 MW nuclear turbine generator sets and has
commenced production of 500 MW nuclear turbine generator sets.
Custom made hydro sets of Francis, Pelton and Kapian types for different head
discharge combination are also engineering and manufactured by BHEL.
In all, orders for more than 700 utility sets of thermal, hydro, gas and nuclear have
been placed on the Company as on date. The power plant equipment manufactured
by BHEL is based on contemporary technology comparable to the best in the world
and is also internationally competitive.
POWER TRANSMISSION & DISTRIBUTION (T & D)
BHEL offer wide ranging products and systems for T & D applications. Products
manufactured include power transformers, instrument transformers, dry type
transformers, series – and stunt reactor, capacitor tanks, vacuum – and SF circuit.
3. INDUSTRIES
BHEL is a major contributor of equipment and systems to industries, cement,
sugar, fertilizer, refinances, petrochemicals, paper, oil and gas, metallurgical and
other process industries. The range of system & equipment supplied includes:
captive power plants, co-generation plants DG power plants, industrial steam
turbines, industrial boilers and auxiliaries. Wate heat recovery boilers, gas turbines,
heat exchangers and pressure vessels, centrifugal compressors, electrical machines,
pumps, valves, seamless steel tubes, electrostatic precipitators, fabric filters,
reactors, fluidized bed combustion boilers, chemical recovery boilers and process
controls.
The Company is a major producer of large-size thruster devices. It also supplies
digital distributed control systems for process industries, and control &
instrumentation systems for power plant and industrial applications. BHEL is the
only company in India with the capability to make simulators for power plants,
defense and other applications.
The Company has commenced manufacture of large desalination plants to help
augment the supply of drinking water to people.
TRANSPORTATION
BHEL is involved in the development design, engineering, marketing, production,
installation, maintenance and after-sales service of Rolling Stock and traction
propulsion systems. In the area of rolling stock, BHEL manufactures electric
locomotives up to 5000 HP, diesel-electric locomotives from 350 HP to 3100 HP,
both for mainline and shunting duly applications. BHEL is also producing rolling
stock for special applications viz., overhead equipment cars, Special well wagons,
Rail-cum-road vehicle etc., Besides traction propulsion systems for in-house use,
BHEL manufactures traction propulsion systems for other rolling stock producers
4. of electric locomotives, diesel-electric locomotives, electrical multiple units and
metro cars. The electric and diesel traction equipment on India Railways are
largely powered by electrical propulsion systems produced by BHEL. The
company also undertakes retooling and overhauling of rolling stock in the area of
urban transportation systems. BHEL is geared up to turnkey execution of electric
trolley bus systems, light rail systems etc. BHEL is also diversifying in the area of
port handing equipment and pipelines transportation system.
TELECOMMUNICATION
BHEL also caters to Telecommunication sector by way of small, medium and large
switching systems.
RENEWABLE ENERGY
Technologies that can be offered by BHEL for exploiting non-conventional and
renewable sources of energy include: wind electric generators, solar photovoltaic
systems, solar lanterns and battery-powered road vehicles. The Company has taken
up R&D efforts for development of multi-junction amorphous silicon solar cells
and fuel based systems.
INTERNATIONAL OPERATIONS
BHEL has, over the years, established its references in around 60 countries of the
world, ranging for the United States in the West to New Zealand in the Far East.
These references encompass almost the entire product range of BHEL, covering
turnkey power projects of thermal, hydro and gas-based types, substation projects,
rehabilitation projects, besides a wide variety of products, like transformers,
insulators, switchgears, heat exchangers, castings and forgings, valves, well-head
equipment, centrifugal compressors, photo-voltaic equipment etc. Apart from over
5. 1110MW of boiler capacity contributed in Malaysia, and execution of four
prestigious power projects in Oman, Some of the other major successes achieved
by the Company have been in Australia, Saudi Arabia, Libya, Greece, Cyprus,
Malta, Egypt, Bangladesh, Azerbaijan, Sri Lanka, Iraq etc.
The Company has been successful in meeting demanding customer's requirements
in terms of complexity of the works as well as technological, quality and other
requirements viz extended warrantees, associated O&M, financing packages etc.
BHEL has proved its capability to undertake projects on fast-track basis. The
company has been successful in meeting varying needs of the industry, be it
captive power plants, utility power generation or for the oil sector requirements.
Executing of Overseas projects has also provided BHEL the experience of working
with world renowned Consulting Organisations and inspection Agencies.
In addition to demonstrated capability to undertake turnkey projects on its own,
BHEL possesses the requisite flexibility to interface and complement with
International companies for large projects by supplying complementary equipment
and meeting their production needs for intermediate as well as finished products.
The success in the area of rehabilitation and life extension of power projects has
established BHEL as a comparable alternative to the original equipment
manufactures (OEMs) for such plants.
TECHNOLOGY UPGRADATION AND RESEARCH & DEVELOPMENT
To remain competitive and meet customers' expectations, BHEL lays great
emphasis on the continuous upgradation of products and related technologies, and
development of new products. The Company has upgraded its products to
contemporary levels through continuous in house efforts as well as through
acquisition of new technologies from leading engineering organizations of the
world.
6. The Corporate R&D Division at Hyderabad, spread over a 140 acre complex, leads
BHEL's research efforts in a number of areas of importance to BHEL's product
range. Research and product development centers at each of the manufacturing
divisions play a complementary role.
BHEL's Investment in R&D is amongst the largest in the corporate sector in India.
Products developed in-house during the last five years contributed about 8.6% to
the revenues in 2000-2001.
BHEL has introduced, in the recent past, several state-of-the-art products
developed in-house: low-NQx oil / gas burners, circulating fluidized bed
combustion boilers, high-efficiency Pelton hydro turbines, petroleum depot
automation systems, 36 kV gas-insulated sub-stations, etc. The Company has also
transferred a few technologies developed in-house to other Indian companies for
commercialisation.
Some of the on-going development & demonstration projects include: Smant wall
blowing system for cleaning boiler soot deposits, and micro-controller based
governor for diesel-electric locomotives. The company is also engaged in research
in futuristic areas, such as application of super conducting materials in power
generations and industry, and fuel cells for distributed, environment-friendly power
generation.
HUMAN RESOURCE DEVELOPMENT INSTITUTE
The most prized asset of BHEL is its employees. The Human Resource
Development Institute and other HRD centers of the Company help in not only
keeping their skills updated and finely honed but also in adding new skills,
whenever required. Continuous training and retraining, positive, a positive work
culture and participative style of management, have engendered development of a
committed and motivated work force leading to enhanced productivity and higher
7. levels of quality.
HEALTH, SAFETY AND ENVIRONMENT MANAGEMENT
BHEL, as an integral part of business performance and in its endeavour of
becoming a world-class organization and sharing the growing global concern on
issues related to Environment. Occupational Health and Safety, is committed to
protecting Environment in and around its own establishment, and to providing safe
and healthy working environment to all its employees.
For fulfilling these obligations, Corporate Policies have been formulated as:
ENVIRONMENTAL POLICY
Compliance with applicable Environmental Legislation/Regulation;
Continual Improvement in Environment Management Systems to protect
our natural environment and Control Pollution;
Promotion of activities for conservation of resources by Environmental
Management;
Enhancement of Environmental awareness amongst employees, customers
and suppliers. BHEL will also assist and co-operate with the concerned
Government Agencies and Regulatory Bodies engaged in environmental
activities, offering the Company's capabilities is this field.
OCCUPATIONAL HEALTH AND SAFETY POLICY
Compliance with applicable Legislation and Regulations;
Setting objectives and targets to eliminate/control/minimize risks due to
Occupational and Safety Hazards;
Appropriate structured training of employees on Occupational Health and
8. Safety (OH&S) aspects;
Formulation and maintenance of OH&S Management programmes for
continual improvement;
Periodic review of OH&S Management System to ensure its continuing
suitability, adequacy and effectiveness;
Communication of OH&S Policy to all employees and interested parties.
The major units of BHEL have already acquired ISO 14001 Environmental
Management System Certification, and other units are in advanced stages of
acquiring the same. Action plan has been prepared to acquire OHSAS 18001
Occupational Health and Safety Management System certification for all BHEL
units.
In pursuit of these Policy requirements, BHEL will continuously strive to improve
work particles in the light of advances made in technology and new
understandings in Occupational Health, Safety and Environmental Science.
ACTIVITY PROFILE
PRODUCTS - Industrial Fans
Power Generation & Transmission - Seamless steel Tubes
- Steam Turbine-Generator Sets &
Auxiliaries
- Fabric Filters
- Boiler and Boiler Auxiliaries - AC DC Motors, Variable speed
- Once-through Boilers - AC Drive
- Nuclear Power Generation Equipment - Electronic Control Gear &
Automation
- Hydro Turbine-Generator Sets & Auxiliaries - Equipment
- Mini/Micro Hydro Generator Sets - DDC for Process Industry
- Gas Turbine-Generator Sets - Thruster Equipment
- Waste Heat Recovery Boilers - Power Devices
9. - Heat Exchangers - Energy Meters
- Condensers - Transformer
- Bowi Mills and Tube Mills - Switch gear
- Gravimetric Feeders - Insulator
- Regenerative Air Pre-Heaters - Capacitors
- Electrostatic Precipitators - Broad Gauge AC, AC/DC Loco
motives
- Bag Filters - Diesel-Electric Shunting
Locomotives
- Valves - Traction Motors & Control
Equipment
- Pumps - Electric Trolley Buses
- Electrical Machines - AC/DC Electric Multiple Units
- Piping Systems - Drives and Controls for Metro
Systems
- Power, Distribution & Instrument
Transformers
- Battery-Operated Passengers
Vans
- Reactors - X-Mas Trees and Well Heads
- Synchronous Condensers - Cathodic Protection Equipment
- Switchgear - Digital Switching Systems
- Control gear - Rural Automatic Exchange
- Distributed Digital Control for Power
Stations
- Simulators
- Bus Ducts - Wind Electric Generators
- Rectifiers - Solar Powered Water Pumps
- Porcelain Insulators - Solar Water Heating Systems
- Ceralin - Photo Votaic Systems
- Defense Equipment
INDUSTRIES/TRANSPORTATION/OIL
& GAS/
- Reverse Osmoses Desalination
Plants
TELECOMMUNICATION/RENEWABLE
ENERGY
SYSTEMS & SERVICES
- Steam Turbine-Generator Sets - Turkey Utility Power Stations/
EPC
10. - Gas Turbine-Generator Sets - Contracts
- Diesel Engine-Based Generators - Captive Power Plants
- Industrial Steam Generators - Co-generation Systems
- Heat Recovery Steam Generators - Combined Cycle Power Plants
- Fluidised Bed Combustion Boilers - Modernisation & Renovation of
Power
- Drive Turbine Stations and FLA Studies
- Manne Turbines - Switch yards and Substations
- Industrial Heat Exchangers - HVDC Transmission Systems
- Centrifugal Compressor - Shorts sines condensation
Systems
- Industrial Valves - Power system analysis
- Reactors - Electron comissionly and
operation
- Columns - Consultancy services
- Pressure Vessels - Consultancy Services
- Pumps
SUMMARY OF BHEL'S CONTRIBUTION
TO VARIOUS CORE SECTORS
Power Generation
THERMAL RATING (MW) NO. OF
SETS
TOTAL
CAPACITY
(MW)
500 30 15000
250 9 2250
210/200 138 28570
120/125/130 20 2420
195 1 195
110 38 4180
100 6 600
70/67.5 6 410
60 14 840
30 5 150
TOTAL
(THERMAL)
267 54615
GAS FRAME SIZE/
SCOPE
NO. OF
SETS
TOTAL
CAPACITY
(MW)
11. 9 5 730
6 17 580
5 13 309
3 6 48
V 94.2 2 286
6FA 3 207
STG 24 1190
GEN 4 87
TOTAL (GAS) 74 3437
NUCLEAR RATING (MW) NO. OF
SETS
TOTAL
CAPACITY
(MW)
500 2 1000
220 10 2200
TOTAL
(NUCLEAR)
12 3200
TOTAL (THERMAL+GAS+NUCLEAR) 353 61252
HYDRO 402 18735
GRAND
TOTAL
755 79987
SUMMARY OF BHEL'S CONTRIBUTION TO VARIOUS
CORE SECTORS
POWER TRANSMISSION & DISTRIBUTION
In the T&D sector, BHEL is both a leading equipment-manufacturer and a system-
integrator. BHEL-manufactured T&D products have a proven track record in India
and abroad.
In the area of T&D systems, BHEL provides turnkey solutions to utilities.
Substations and shunt compensation installations set up by BHEL are in operation
all over the country. EHV level series compensation schemes have been installed
in KSEB, MSEB, SMPSEB and POWERGRID networks. Complete HVDC
systems can be delivered by BHEL. The technology for state-of-the-art Flexible
AC Transmission Systems (FACTS) is being developed.
12. HISTORICAL BACKGROUND
Foundation Day : 26.09.1984
Production Commencement : 01.04.1986
Area : 29.80 Acres
Break-Even Year : 1987-88
Manpower : Executives – 42
: Others – 88
RANGE OF PRODUCTS/SERVICES
S.
NO.
PRODUCTS/SERVICES
01 Bowl Mill spares for XRP/XRS 623, 703HP, 783, 803, 803HP, 883, 1003
Mills.
02 Turbine fasteners & Spares.
03 Rebabbitting of TG bearings.
04 Rotor Repair.
05 Spares for Boiler Auxiliaries like Coal Burners, Fuel Piping, ESP, Air
Preheater & R.C. Feeder spares etc.
06 Hydro Turbine component machining like Guide Vanes, Guide Bearings
etc.
07 Tools & Tackles of Steam Turbines.
08 Limiter Assembly, Oil Filter Assembly & Speed Changer Assembly of
Governing System.
09 Single & Twin rollers for transformers.
10 IMM Shafts for Bhopal.
11 Bus duct of Hydro, Thermal Power plant
12 Turbine Blades Manufacturing
13. LIST OF EXISTING FACILITIES
S.No. EQUIPMENT QT
Y.
BRIEF
DESCRIPTION
MODE
L
MAKE AGE OF
MACHINE
(YEARS)
MACHINE SHOP
01 HOR.BORING
MACHINE
1
No.
Sp.dia.100mm,
Table
1.2Mx1.2M
CBH
100
COOPER 23
02 HOR.BORING
MACHINE
1
No.
Sp.dia.160mm,
Table
1.6Mx1.2M
2B635 RUSSIAN 42
03 VERT.BORING
MACHINE(VTL)
1
No.
Table dia.1.2M
- VTL
Dynacu
t 120
KIRLOSK
AR
23
04 VERT.BORING
MACHINE(RUS
SIAN)
1
No.
Table dia.2.3M 1M553 RUSSIAN 39(Reconditi
onedin
2005)
05 VERT.BORING
MACHINE
1
No.
Table dia.2.5M SK25 CZECH 39(Reconditi
onedin
2002)
06 CENTER
LATHE(L-45)
1
No.
Swing900mm,
Length5M
L45 -
5000
HMT 19
07 CENTER
LATHE(HDL)
1
No.
Swing1.6M,
Length10M
1A665 RUSSIAN 39
08 FACINGLATHE 1
No.
Swing2M,
Length2M
HHD
100
BECO 7
09 CENTER
LATHE(NH-26-
3M)
1
No.
Swing550mm,
Length3M
NH26 -
3000
HMT 19
10 CENTER
LATHE(SMALL)
2
No
s.
Swing550mm,
Length1M
NH26 -
1000
HMT 19
11 CENTER
LATHE(SMALL)
1
No.
Swing250mm,
Length1M
LTM 20 HMT 19
12 CENTER
LATHE(RUSSIA
N)
1
No.
Swing550mm,
Len.1.5M
163 RUSSIAN 39
13 CNC
LATHE(SB-
CNC)
1
No.
Swing760mm,
Length3M
SBCNC
55
HMT Commission
edin 1992
14 CNC
LATHE(NH-26)
1
No.
Swing550mm,
Length1.5M
NH26 -
1500
HMT 17(CNC
System
retrofitted
by BHEL
Bhopal in
2005)
15 MILLING
MACHINE(FGS
-50)
1
No.
Table
1600x300
Universal
FGS 50 CZECH 19
14. 16 MILLING
MACHINE(FN-
3U)
1
No.
Table
1200x200
Universal
FN - 3U HMT 19
17 RADIAL
DRILLING
MACHINE
(RM-65)
2
No
s.
Drill Cap.in
Steel - Dia.50
RM 65 HMT 19
18 RADIAL
DRILLING
MACHINE
(RM-62)
1
No
s.
Drill Cap.in
Steel - Dia.50
RM 62 HMT 27
19 PORTABLE
DRILLING M/C
1
No.
Drill Cap.in
Steel - Dia.50
BPR 50 CZECH 13
20 SLOTTER
MACHINE
1
No.
Stroke 500mm 7M450 RUSSIAN 41
21 CYLINDRICAL
GRINDING
M/C
1
No.
Dia.200mmx2.
2M
G22U HMT 19
22 VER.SURFACE
GRINDER
1
No.
Table
1500x200
BPV
300
CZECH 36
23 PLANO-
MILLING
MACHINE
1
No.
Table
1Mx2.5M
DH4-
10
COOPER 36
24 CNCVERTICAL
BORING
MACHINE
1
No.
Table Dia 2.5
M ; Turning
Dia 2.9 M
MARIO
CARNAG
HI, ITALY
Commission
edin
May'2008
25 CNC
HORIZONTAL
MACHINING
CENTRE
1
No.
PalletSIze
630mm x
630mm
BFW,
BANGAL
ORE
Commission
edin 2007-
08
26 RADIAL
DRILLING
MACHINE
(RM-65)
1
No.
Drill Cap.in
Steel - Dia.50
RM 65 HMT Commissioni
ng inMay'08
FABRICATION SHOP
01 SHEARING
MACHINE
1
No.
16mm MS,
10mmSS x
2.5M
PRESS &
SHEAR
WORKS
19
02 BRAKE PRESS 1
No.
150 Tons3M
Width
150 T /
40H32
SIMTOO
LS
19
03 CO2 WELDING
SET
1
No.
MAXI
MIG
600D
AOL 6
04 TIG WELDING
SET
1
No.
CASTO
TIG
2002
EUTECTI
C
6
05 WELDING
RECTIFIERS
5
No
s.
SSR600
/
GL601
ESAB &
AOL
16 to 19
15. 06 WELDING
TRANFORMER
1
No.
300 Amp.x2 Rocket
arc
AOL 19
07 4-ROLL
BENDING
MACHINE
1
No.
Cap.12mm X 3
M
Bigwoo
d
VOLTAS 39
MATERIAL
PREPARATION
01 POWER SAW 1
No.
DIA.200mm COBRA
12
KIRLOSK
AR
19
02 BANDSAW 1
No.
DIA 350 , SQ.
350
DCTV3
50
ITL 3
03 PUG CUTTING
SET
1
No.
Circle 75 -
1140
ESAB 16
04 PLASMA
CUTTING M/C
1
No.
AirPlasma ZCW
60 W
PLASMA 11
BABBITTING SHOP
01 CENTRIFUGAL
BABBITTING
MACHINE
1
No.
Dia.800mm,
upto1 Ton
MAYANK
TECHNO.
17
02 SHOT
BLASTING
CHAMBER
1
No.
2.5Mx0.3Mx2.
5M
REDEMA
CO
17
03 TINNINGBATH 1
No.
1M Dia.,
800kgs. Cap,
600°C
ALLIED 17(reconditi
onedin
2005)
04 BABBIT
MELT.FURNAC
E
1
No.
200 kgs.,
800°C
SIMPLICI
TY
17
05 STRESS
RELEIVING
FURNACE
1
No.
2.5Mx2Mx1.5
M Chamber
Size,750°C
CALTHER
M
13
SERVICES &
MATL.HANDLING
01 D.G.SET-
160KVA
1
No.
160 kva NT-
743G
CUMMI
NS
16
02 D.G.SET-
250KVA
1
No.
250 kva NTA-
556G
CUMMI
NS
14
12 D.G.SET-
500KVA
1
No.
500 kva CUMMI
NS
5
03 AIR
COMPRESSOR
2
No
s.
6 kg/sq.cm. KHOSLA
COMP.
19
04 EOT CRANE -
20T
1
No.
20/4 Tons
(Remote
Optd.)
UNITECH 19
05 EOT CRANE-
10T
1
No.
10/2 Tons
(Remote
Optd.)
HOIST-O-
MEK
19
16. 06 EOT CRANE-
5T
1
No.
5 Tons
(Pendent
Optd.)
MARK 14
07 EOT CRANE-
2T
1
No.
2 Tons
(Pendent
Optd.)
REVA 6
08 EOT CRANE-
75T
1
No.
75/10
Tons(RemoteO
ptd.)
MUKUN
D
13
10 HYDRA 1
No.
5 Tons ESCORTS 14
11 MAGNETIC
LIFTER
4
No
s.
2 Tons East
Coast
magnets
5
13 HYDRAULIC
MOBILE
CRANE
1
No.
12T ACE Commission
edin 2006-
07
14 BATTERY
OPERATED
TRANSFER
TROLLEY
1
No.
5T OVIS Commission
edin 2006-
07
15 ELECTRONIC
WEIGH
BRIDGE
1
No.
60T Leotroni
cs
Commission
edin 2006-
07
16 JIB CRANE- 2T 2
No
s.
2T Cranex Commission
edin 2007-
08
17 GANTRY
CRANE- 3T
1
No.
3T Cranex Commissioni
ng in
Jun'2008
QUALITY
EQUIPMENTS:
01 PORTABLE
SPECTROMETE
R
1
No.
PMI
MASTE
R
WAS
Germany
Commission
edin 2007-
08
02 X-RAYBASED
PORTABLE
METAL
ANALYSER.
1
No.
X-MET-
3000TX
PLUS
OXFORD,
FINLAND
Commission
edin 2007-
08
03 HARDNESS
TESTER
1
No.
TH160 TIME Commission
edin 2006-
07