The Bottle Capping Machine designed by us, a leading manufacturer, supplier, and exporter has unique features which make the automatic bottle capping machine compatible and user-friendly.
Fundamentals of Automation Technology 20EE43P C-20 Lab Manual.pdfTHANMAY JS
For a given automation application select suitable pneumatic components and sensors.
Experiment 01: Electro pneumatics circuits for Direct Control of single acting cylinder
Experiment 02: Electro pneumatics circuits for In-Direct Control of single acting cylinder
Experiment 03: Electro pneumatics circuits for Direct Control of Double acting cylinder
Experiment 04: Electro pneumatics circuits for In-Direct Control of Double acting cylinder
Experiment 05: Electro pneumatics circuits for Control of Actuator using OR logic (Parallel circuit)
Experiment 06: Electro pneumatics circuits for Control of Actuator using AND logic (Series circuit)
Experiment 07: Electro pneumatics circuits for Automatic return of a Single acting cylinder
Experiment 08: Oscillation of double acting cylinder using proximity switches and Double Solenoid Sensors
Experiment 09: Control of double acting cylinder using pressure switch
Experiment 10: Control of double acting cylinder using delay timer
Section B
Demonstrate & control the Pneumatic actuators using pneumatic valves.
Experiment A: Conveyor belt with Oscillation motion
Experiment B: Latching circuit with a limit switch and Mechanical Position sensor
Experiment C: Simultaneous Transfer station Simulation Circuit
Experiment D: Multiple actuator circuit with direct control circuit
Experiment E: Stamping Circuit using Delay timer switch
IRJET- Crash Analysis of Four Wheel Vehicle for Different VelocityIRJET Journal
The document summarizes a crash analysis of a four-wheel vehicle model conducted using ANSYS Explicit Dynamics at different velocities. At low velocities, the front part of the vehicle absorbed most of the impact force with slight deformation. At high velocities, plastic deformation increased significantly in the front part, especially in the bumper, bonnet, A-pillar and windshield. Energy graphs showed that internal energy increased drastically during impact while kinetic energy decreased, then rebounded after impact. The study analyzed deformation, stress, and energy at velocities of 100m/s and 250m/s to understand vehicle crashworthiness at different speeds.
This document discusses pneumatic and electro-pneumatic systems. It covers the objectives of studying these topics which are to provide knowledge of fluid power applications in industry and an understanding of pneumatic components. The document then describes various pneumatic system elements like compressors, filters, regulators, lubricators and valves. It also explains the properties of air and perfect gas laws. Finally, it discusses pneumatic circuits and the cascade method for designing circuits.
The document discusses automotive design with respect to ergonomics. It covers five aspects of ergonomics, including safety and comfort. It describes using computer-aided design to simulate drivers and optimize cockpit ergonomics. It also discusses designing car controls and displays with symbols and aspects of automotive seat design for driver comfort.
This document discusses hydraulic pumps, including:
- Pumps are not continuous flow devices and have discrete chambers that collect and discharge flow through valve plates. The design of these components affects pressure variation.
- Actual pump flow is determined by displacement, speed, efficiency terms accounting for volumetric (leakage) efficiency and mechanical (friction loss) efficiency.
- Volumetric efficiency depends on manufacturing tolerances while mechanical efficiency depends on bearing friction and fluid turbulence.
- Formulas are provided to calculate theoretical flow, actual flow accounting for efficiencies, torque required to drive the pump, and power delivered versus power input accounting for overall efficiency.
- Factors like fluid properties, speed, foreign particles,
LECTURE 1 - Introduction to Pneumatic and Hydraulic.pptxAbdulSyafiq2
The document provides an introduction to pneumatic and hydraulic systems. It discusses that pneumatic and hydraulic systems transmit power through gases and liquids, respectively. They are commonly used in industrial applications such as machine tools, metal presses, construction equipment, and vehicles. The document outlines the basic components of pneumatic and hydraulic systems such as pumps, cylinders, valves, and tanks. It also gives examples of how these systems are applied across various industries.
This document discusses different types of hydraulic pumps, including their basic operating principles and comparisons. It provides equations to calculate pump parameters such as theoretical flow rate, volumetric displacement, efficiency, and torque. For example, it defines that positive displacement pumps capture and transfer fixed amounts of fluid, while centrifugal pumps impart velocity to fluid to create pressure. Gear pump displacement can be calculated based on gear dimensions. Pump efficiency is affected by factors like leakage and viscosity.
This document discusses the key steps in developing a new vehicle from prototype to production including specifying technical specifications, planning production and storage, assembling the vehicle on a line using various machines, testing and inspection, scheduling workers and ensuring safety, managing sales and warehouses, and conducting administration and media activities to promote the new vehicle.
Fundamentals of Automation Technology 20EE43P C-20 Lab Manual.pdfTHANMAY JS
For a given automation application select suitable pneumatic components and sensors.
Experiment 01: Electro pneumatics circuits for Direct Control of single acting cylinder
Experiment 02: Electro pneumatics circuits for In-Direct Control of single acting cylinder
Experiment 03: Electro pneumatics circuits for Direct Control of Double acting cylinder
Experiment 04: Electro pneumatics circuits for In-Direct Control of Double acting cylinder
Experiment 05: Electro pneumatics circuits for Control of Actuator using OR logic (Parallel circuit)
Experiment 06: Electro pneumatics circuits for Control of Actuator using AND logic (Series circuit)
Experiment 07: Electro pneumatics circuits for Automatic return of a Single acting cylinder
Experiment 08: Oscillation of double acting cylinder using proximity switches and Double Solenoid Sensors
Experiment 09: Control of double acting cylinder using pressure switch
Experiment 10: Control of double acting cylinder using delay timer
Section B
Demonstrate & control the Pneumatic actuators using pneumatic valves.
Experiment A: Conveyor belt with Oscillation motion
Experiment B: Latching circuit with a limit switch and Mechanical Position sensor
Experiment C: Simultaneous Transfer station Simulation Circuit
Experiment D: Multiple actuator circuit with direct control circuit
Experiment E: Stamping Circuit using Delay timer switch
IRJET- Crash Analysis of Four Wheel Vehicle for Different VelocityIRJET Journal
The document summarizes a crash analysis of a four-wheel vehicle model conducted using ANSYS Explicit Dynamics at different velocities. At low velocities, the front part of the vehicle absorbed most of the impact force with slight deformation. At high velocities, plastic deformation increased significantly in the front part, especially in the bumper, bonnet, A-pillar and windshield. Energy graphs showed that internal energy increased drastically during impact while kinetic energy decreased, then rebounded after impact. The study analyzed deformation, stress, and energy at velocities of 100m/s and 250m/s to understand vehicle crashworthiness at different speeds.
This document discusses pneumatic and electro-pneumatic systems. It covers the objectives of studying these topics which are to provide knowledge of fluid power applications in industry and an understanding of pneumatic components. The document then describes various pneumatic system elements like compressors, filters, regulators, lubricators and valves. It also explains the properties of air and perfect gas laws. Finally, it discusses pneumatic circuits and the cascade method for designing circuits.
The document discusses automotive design with respect to ergonomics. It covers five aspects of ergonomics, including safety and comfort. It describes using computer-aided design to simulate drivers and optimize cockpit ergonomics. It also discusses designing car controls and displays with symbols and aspects of automotive seat design for driver comfort.
This document discusses hydraulic pumps, including:
- Pumps are not continuous flow devices and have discrete chambers that collect and discharge flow through valve plates. The design of these components affects pressure variation.
- Actual pump flow is determined by displacement, speed, efficiency terms accounting for volumetric (leakage) efficiency and mechanical (friction loss) efficiency.
- Volumetric efficiency depends on manufacturing tolerances while mechanical efficiency depends on bearing friction and fluid turbulence.
- Formulas are provided to calculate theoretical flow, actual flow accounting for efficiencies, torque required to drive the pump, and power delivered versus power input accounting for overall efficiency.
- Factors like fluid properties, speed, foreign particles,
LECTURE 1 - Introduction to Pneumatic and Hydraulic.pptxAbdulSyafiq2
The document provides an introduction to pneumatic and hydraulic systems. It discusses that pneumatic and hydraulic systems transmit power through gases and liquids, respectively. They are commonly used in industrial applications such as machine tools, metal presses, construction equipment, and vehicles. The document outlines the basic components of pneumatic and hydraulic systems such as pumps, cylinders, valves, and tanks. It also gives examples of how these systems are applied across various industries.
This document discusses different types of hydraulic pumps, including their basic operating principles and comparisons. It provides equations to calculate pump parameters such as theoretical flow rate, volumetric displacement, efficiency, and torque. For example, it defines that positive displacement pumps capture and transfer fixed amounts of fluid, while centrifugal pumps impart velocity to fluid to create pressure. Gear pump displacement can be calculated based on gear dimensions. Pump efficiency is affected by factors like leakage and viscosity.
This document discusses the key steps in developing a new vehicle from prototype to production including specifying technical specifications, planning production and storage, assembling the vehicle on a line using various machines, testing and inspection, scheduling workers and ensuring safety, managing sales and warehouses, and conducting administration and media activities to promote the new vehicle.
Automatic bottle filling system using microcontrollerShubham Patel
This document presents an automatic bottle filling system using a microcontroller. The system consists of a conveyor section to move bottles, a filling section with sensors, and a control section using a microcontroller. As bottles pass on the conveyor, IR sensors count them and stop them for filling. A DC water pump then fills each bottle to a user-defined volume before the conveyor moves it along. The microcontroller controls the sensors, pump, and conveyor motor to automate the filling process. The system aims to reduce human effort in filling bottles while allowing customizable fill levels through a simple control interface.
This document is a training report submitted by Priya Hada to her faculty supervisor, Ms. Pushpa Gothwal, on the topics of PLC and SCADA. It includes an introduction to automation, sections on PLC components and operation, ladder logic programming, SCADA features and applications. It also describes two student projects using a PLC to automate a pharmaceutical plant and using SCADA software to automate a bottle filling and capping station.
The document discusses the key parameters for selecting a centrifugal pump, including:
1) Capacity and head, which are the primary factors that determine the pump's performance.
2) Efficiency, which impacts the amount of power required to run the pump.
3) Net positive suction head, which must provide enough energy to prevent cavitation within the pump.
4) Total dynamic head required by the system, which accounts for static lift, static discharge, friction losses, and other factors.
The document provides an overview of programmable logic controllers (PLCs). It discusses that PLCs were developed to replace relay-based control systems, describing some advantages as being reprogrammable, easier troubleshooting, and able to control complex systems. The document outlines the typical parts of a PLC including the power supply, processor, memory, I/O modules, and communication modules. It also compares PLCs to personal computers and describes how PLCs operate using ladder logic programming.
Predicting Performance Curves of Centrifugal Pumps in the Absence of OEM DataVijay Sarathy
Chemical and Mechanical Engineers in the oil & gas industry often carry out the task of conducting technical studies to evaluate piping and pipeline systems during events such as pump trips and block valve failures that can lead to pipes cracking at the welded joints, pump impellers rotating in the reverse direction and damaged pipe supports due to excessive vibrations to name a few. Although much literature is available to mitigate such disturbances, a key set of data to conduct transient studies are pump performance curves, a plot between pump head and flow.
The present paper is aimed at applying engineering research in industrial applications for practicing engineers. It provides a methodology called from available literature from past researchers, allowing engineers to predict performance curves for a Volute Casing End Suction Single Stage Radial Pump. In the current undertaking, the pump in question is not specific to any one industry but the principles are the same for a Volute Casing End suction radial pump.
Assembly of screw jack, Computer Aided Machine Drawing (CAMD) of VTU Syllabus prepared by Hareesha N Gowda, Asst. Prof, Dayananda Sagar College of Engg, Blore. Please write to hareeshang@gmail.com for suggestions and criticisms.
Automation and Robotics Week 02 Theory Notes 20ME51I.pdfTHANMAY JS
WEEK 02
Day 01 Session:
Recap and Practice PLC Ladder Diagram for Logic Gates, Timers, Counters
Day 02 Session:
Explain and Practice PLC Ladder Diagram for Compare, Jump and Subroutines
Explain and Practice PLC Ladder Diagram for Math Instructions and Shift Registers
Day 03 Session:
Explain and Practice PLC Program using Functional Block Diagram
Day 04 Session:
Explain and Practice PLC Program using Structural Text language
Hydraulic accumulator presentation by vikasVikas Gupta
This document summarizes hydraulic accumulators. It discusses the history of accumulators beginning in 1846. There are four main types: tower, raised weight, compressed gas, and spring. Accumulators store energy and provide functions like shock absorption, leakage compensation, and improved response times. Design considerations include volume, pressure, and flow rates. Accumulators are used in applications like machinery, mining, construction and vehicles. Benefits include lower costs, less maintenance, improved performance, and reduced noise and energy usage.
Energy efficiency in pumps and fans pptD.Pawan Kumar
The document discusses assessing the energy efficiency of pumps and fans through on-site performance testing. Key parameters that are measured for pumps include flow rate, head, power, and efficiency. Various methods for measuring flow are described, such as the tracer method, ultrasonic meters, tank filling, and installing an online flow meter. Opportunities to improve pumping system efficiency include operating at the best efficiency point, minimizing restrictions, and proper maintenance. Performance testing of fans similarly determines flow, power input, and pressure rise. Generic opportunities to improve fan efficiency also focus on operating conditions and maintenance.
Jcb 430 zx (jcb engine) wheeled loading shovel service repair manual from 176...fujsjfjksekem
This document provides standard torque settings for fasteners used on JCB machines. It identifies zinc plated fasteners and Dacromet fasteners, which have a silver mottled finish and replace earlier zinc and yellow plated fasteners. Dacromet fasteners have a lower torque setting than zinc fasteners due to differences in material properties. Tables of torque settings are provided for UNF and metric fasteners in various sizes, specifying the settings for zinc fasteners, lubricated fasteners, and Dacromet fasteners. It is important to use the correct torque settings matching the fastener type to avoid damage.
This document provides an overview of kinematics of machines, specifically focusing on cams and cam mechanisms. It defines key terms like cam profiles, followers, and their various classifications. It also describes common types of cam motions like simple harmonic motion, uniform velocity, and uniform acceleration/retardation. Displacement diagrams are introduced to illustrate the motion of followers throughout the cam rotation. Examples of industrial applications are also listed.
ME010 801 Design of Transmission Elements
(Common with AU010 801)
Teaching scheme Credits: 4
2 hours lecture, 2 hour tutorial and 1 hour drawing per week
Objectives
To provide basic design skill with regard to various transmission elements like clutches, brakes, bearings and
gears.
Module I (20 Hrs)
Clutches - friction clutches- design considerations-multiple disc clutches-cone clutch- centrifugal clutch -
Brakes- Block brake- band brake- band and block brake-internal expanding shoe brake.
Module II (17 Hrs)
Design of bearings - Types - Selection of a bearing type - bearing life - Rolling contact bearings - static
and dynamic load capacity - axial and radial loads - selection of bearings - dynamic equivalent load -
lubrication and lubricants - viscosity - Journal bearings - hydrodynamic theory - design considerations -
heat balance - bearing characteristic number - hydrostatic bearings.
Module III (19 Hrs)
Gears- classification- Gear nomenclature - Tooth profiles - Materials of gears - design of spur, helical,
bevel gears and worm & worm wheel - Law of gearing - virtual or formative number of teeth- gear tooth
failures- Beam strength - Lewis equation- Buckingham’s equation for dynamic load- wear loadendurance strength of tooth- surface durability- heat dissipation - lubrication of gears - Merits and
demerits of each type of gears.
Module IV (16 Hrs)
Design of Internal Combustion Engine parts- Piston, Cylinder, Connecting rod, Flywheel
Design recommendations for Forgings- castings and welded products- rolled sections- turned parts,
screw machined products- Parts produced on milling machines. Design for manufacturing - preparation
of working drawings - working drawings for manufacture of parts with complete specifications including
manufacturing details.
Note: Any one of the following data book is permitted for reference in the final University examination:
1. Machine Design Data hand book by K. Lingaiah, Suma Publishers, Bangalore/ Tata Mc Graw Hill
2. PSG Design Data, DPV Printers, Coimbatore.
Text Books
1. C.S,Sarma, Kamlesh Purohit, Design of Machine Elements Prentice Hall of India Ltd NewDelhi
2. V.B.Bhandari, Design of Machine Elements McGraw Hill Book Company
3. M. F. Spotts, T. E. Shoup, Design of Machine Elements, Pearson Education.
Reference Books
1. J. E. Shigley, Mechanical Engineering Design, McGraw Hill Book Company.
2. Juvinall R.C & Marshek K.M., Fundamentals of Machine Component Design, John Wiley
3. Doughtie V.L., & Vallance A.V., Design of Machine Elements, McGraw Hill Book Company.
4. Siegel, Maleev & Hartman, Mechanical Design of Machines, International Book Company
This document outlines a method of moral problem solving using line drawing and seeking a creative middle way. It involves viewing moral problems on a spectrum between a positive paradigm of clearly right actions and a negative paradigm of clearly wrong actions. An example of a clear case of bribery is provided where an engineer accepts money in exchange for recommending an inferior product. A test case is then given where an engineer receives an expenses-paid trip voucher after choosing a product. Features of each case are analyzed and compared to determine if the test case represents bribery. The method also discusses seeking a creative middle way when two moral rules conflict, providing examples of an engineer facing a choice between profits and safety, and Martin Luther King Jr.'s philosophy
The document appears to be an assignment sheet containing calculations and design steps for various mechanical elements. It includes sections on designing elements such as crank pins, crank webs, shafts under flywheels, joints, keys, springs, and other elements. The document provides calculations for determining dimensions based on factors like bending moment, torque, stresses, and applying safety factors.
The modular SIMATIC S7-1200 controller is at the core of our offering for simple but highly precise automation tasks. The SIMATIC S7-1200 controller is modular and compact, versatile, a secure investment, and is perfectly suited to a whole range of applications.
The S7-1200 CPUs with Safety Integrated handle both standard and safety-related tasks.
A compact design with integrated IO, communication interfaces that meet the highest industry requirements and a range of powerful integrated technological functions make this controller an integral part of a comprehensive automation solution.
In order to increase product quality and to minimize energy consumption and impact on the environment, it is necessary to optimize the food process design and operation. Therefore, the aim of this work was to study the optimization feasibility of the milk pasteurization process using programmable logic controller (PLC) & Supervisory Control and Data Acquisition System (SCADA)
Principle idea of this project is to show automation of milk pasteurization & homogenization using Allen Bradley RS Logix 500 software and Wonder ware Intouch 9.5 software.
This document defines various pump calculations and terms. It discusses total dynamic head, total suction head, total discharge head, static suction/discharge heads, velocity head, viscosity, friction head, pump work, water horsepower, pump efficiency, maximum discharge pressure, minimum flow, net positive suction head (NPSH), cavitation, affinity laws, specific speed, suction specific speed, and recommended dimensions for a sump pump intake structure. Equations are provided for calculating many of these terms.
HMPL IS A PROUD INDIAN ORGANIZATION INCEPTED
BY MR. MAULIK V. DAVE IN 1999-2000.
Harikrushna Machines Excels in Offering Complete Liquid Processing & Liquid Packaging Solutions to Segments Like Beverages, Chemicals, Cosmetics, Dairy, Detergents, Distilleries, Edible Oil, Fertilizers, Food, Nutraceuticals, Paints, Pharmaceutical, Lubricants Oil, Pesticides, Pigments, Plastics, and Other Liquid-based Manufacturing Industries
HMPL Spectrum of Liquid Products Includes Various Washing Machines, Filling Machines, Plugging, Sealing and Capping Machines, Labeling Machines and Special Purpose Machines Like Automatic Shrink Sleeve Applicator, Trio-block 3 in 1 (Rinsing, Filling and Capping), Automatic Mosquito Replant Packing Systems, Flavored Milk/Plain Milk Packaging System and Pre-Filled Syringe Filling and Stoppering Machine.
HMPL Spectrum of Processing Solution Includes Various Liquid Oral/syrup Manufacturing Plant, Ointment/Lotion/Cream/Toothpaste Manufacturing Plant, Various Application Mixer Machine Like Juice, Paint, Gel, Milk, Curd, Etc.
Automatic bottle filling system using microcontrollerShubham Patel
This document presents an automatic bottle filling system using a microcontroller. The system consists of a conveyor section to move bottles, a filling section with sensors, and a control section using a microcontroller. As bottles pass on the conveyor, IR sensors count them and stop them for filling. A DC water pump then fills each bottle to a user-defined volume before the conveyor moves it along. The microcontroller controls the sensors, pump, and conveyor motor to automate the filling process. The system aims to reduce human effort in filling bottles while allowing customizable fill levels through a simple control interface.
This document is a training report submitted by Priya Hada to her faculty supervisor, Ms. Pushpa Gothwal, on the topics of PLC and SCADA. It includes an introduction to automation, sections on PLC components and operation, ladder logic programming, SCADA features and applications. It also describes two student projects using a PLC to automate a pharmaceutical plant and using SCADA software to automate a bottle filling and capping station.
The document discusses the key parameters for selecting a centrifugal pump, including:
1) Capacity and head, which are the primary factors that determine the pump's performance.
2) Efficiency, which impacts the amount of power required to run the pump.
3) Net positive suction head, which must provide enough energy to prevent cavitation within the pump.
4) Total dynamic head required by the system, which accounts for static lift, static discharge, friction losses, and other factors.
The document provides an overview of programmable logic controllers (PLCs). It discusses that PLCs were developed to replace relay-based control systems, describing some advantages as being reprogrammable, easier troubleshooting, and able to control complex systems. The document outlines the typical parts of a PLC including the power supply, processor, memory, I/O modules, and communication modules. It also compares PLCs to personal computers and describes how PLCs operate using ladder logic programming.
Predicting Performance Curves of Centrifugal Pumps in the Absence of OEM DataVijay Sarathy
Chemical and Mechanical Engineers in the oil & gas industry often carry out the task of conducting technical studies to evaluate piping and pipeline systems during events such as pump trips and block valve failures that can lead to pipes cracking at the welded joints, pump impellers rotating in the reverse direction and damaged pipe supports due to excessive vibrations to name a few. Although much literature is available to mitigate such disturbances, a key set of data to conduct transient studies are pump performance curves, a plot between pump head and flow.
The present paper is aimed at applying engineering research in industrial applications for practicing engineers. It provides a methodology called from available literature from past researchers, allowing engineers to predict performance curves for a Volute Casing End Suction Single Stage Radial Pump. In the current undertaking, the pump in question is not specific to any one industry but the principles are the same for a Volute Casing End suction radial pump.
Assembly of screw jack, Computer Aided Machine Drawing (CAMD) of VTU Syllabus prepared by Hareesha N Gowda, Asst. Prof, Dayananda Sagar College of Engg, Blore. Please write to hareeshang@gmail.com for suggestions and criticisms.
Automation and Robotics Week 02 Theory Notes 20ME51I.pdfTHANMAY JS
WEEK 02
Day 01 Session:
Recap and Practice PLC Ladder Diagram for Logic Gates, Timers, Counters
Day 02 Session:
Explain and Practice PLC Ladder Diagram for Compare, Jump and Subroutines
Explain and Practice PLC Ladder Diagram for Math Instructions and Shift Registers
Day 03 Session:
Explain and Practice PLC Program using Functional Block Diagram
Day 04 Session:
Explain and Practice PLC Program using Structural Text language
Hydraulic accumulator presentation by vikasVikas Gupta
This document summarizes hydraulic accumulators. It discusses the history of accumulators beginning in 1846. There are four main types: tower, raised weight, compressed gas, and spring. Accumulators store energy and provide functions like shock absorption, leakage compensation, and improved response times. Design considerations include volume, pressure, and flow rates. Accumulators are used in applications like machinery, mining, construction and vehicles. Benefits include lower costs, less maintenance, improved performance, and reduced noise and energy usage.
Energy efficiency in pumps and fans pptD.Pawan Kumar
The document discusses assessing the energy efficiency of pumps and fans through on-site performance testing. Key parameters that are measured for pumps include flow rate, head, power, and efficiency. Various methods for measuring flow are described, such as the tracer method, ultrasonic meters, tank filling, and installing an online flow meter. Opportunities to improve pumping system efficiency include operating at the best efficiency point, minimizing restrictions, and proper maintenance. Performance testing of fans similarly determines flow, power input, and pressure rise. Generic opportunities to improve fan efficiency also focus on operating conditions and maintenance.
Jcb 430 zx (jcb engine) wheeled loading shovel service repair manual from 176...fujsjfjksekem
This document provides standard torque settings for fasteners used on JCB machines. It identifies zinc plated fasteners and Dacromet fasteners, which have a silver mottled finish and replace earlier zinc and yellow plated fasteners. Dacromet fasteners have a lower torque setting than zinc fasteners due to differences in material properties. Tables of torque settings are provided for UNF and metric fasteners in various sizes, specifying the settings for zinc fasteners, lubricated fasteners, and Dacromet fasteners. It is important to use the correct torque settings matching the fastener type to avoid damage.
This document provides an overview of kinematics of machines, specifically focusing on cams and cam mechanisms. It defines key terms like cam profiles, followers, and their various classifications. It also describes common types of cam motions like simple harmonic motion, uniform velocity, and uniform acceleration/retardation. Displacement diagrams are introduced to illustrate the motion of followers throughout the cam rotation. Examples of industrial applications are also listed.
ME010 801 Design of Transmission Elements
(Common with AU010 801)
Teaching scheme Credits: 4
2 hours lecture, 2 hour tutorial and 1 hour drawing per week
Objectives
To provide basic design skill with regard to various transmission elements like clutches, brakes, bearings and
gears.
Module I (20 Hrs)
Clutches - friction clutches- design considerations-multiple disc clutches-cone clutch- centrifugal clutch -
Brakes- Block brake- band brake- band and block brake-internal expanding shoe brake.
Module II (17 Hrs)
Design of bearings - Types - Selection of a bearing type - bearing life - Rolling contact bearings - static
and dynamic load capacity - axial and radial loads - selection of bearings - dynamic equivalent load -
lubrication and lubricants - viscosity - Journal bearings - hydrodynamic theory - design considerations -
heat balance - bearing characteristic number - hydrostatic bearings.
Module III (19 Hrs)
Gears- classification- Gear nomenclature - Tooth profiles - Materials of gears - design of spur, helical,
bevel gears and worm & worm wheel - Law of gearing - virtual or formative number of teeth- gear tooth
failures- Beam strength - Lewis equation- Buckingham’s equation for dynamic load- wear loadendurance strength of tooth- surface durability- heat dissipation - lubrication of gears - Merits and
demerits of each type of gears.
Module IV (16 Hrs)
Design of Internal Combustion Engine parts- Piston, Cylinder, Connecting rod, Flywheel
Design recommendations for Forgings- castings and welded products- rolled sections- turned parts,
screw machined products- Parts produced on milling machines. Design for manufacturing - preparation
of working drawings - working drawings for manufacture of parts with complete specifications including
manufacturing details.
Note: Any one of the following data book is permitted for reference in the final University examination:
1. Machine Design Data hand book by K. Lingaiah, Suma Publishers, Bangalore/ Tata Mc Graw Hill
2. PSG Design Data, DPV Printers, Coimbatore.
Text Books
1. C.S,Sarma, Kamlesh Purohit, Design of Machine Elements Prentice Hall of India Ltd NewDelhi
2. V.B.Bhandari, Design of Machine Elements McGraw Hill Book Company
3. M. F. Spotts, T. E. Shoup, Design of Machine Elements, Pearson Education.
Reference Books
1. J. E. Shigley, Mechanical Engineering Design, McGraw Hill Book Company.
2. Juvinall R.C & Marshek K.M., Fundamentals of Machine Component Design, John Wiley
3. Doughtie V.L., & Vallance A.V., Design of Machine Elements, McGraw Hill Book Company.
4. Siegel, Maleev & Hartman, Mechanical Design of Machines, International Book Company
This document outlines a method of moral problem solving using line drawing and seeking a creative middle way. It involves viewing moral problems on a spectrum between a positive paradigm of clearly right actions and a negative paradigm of clearly wrong actions. An example of a clear case of bribery is provided where an engineer accepts money in exchange for recommending an inferior product. A test case is then given where an engineer receives an expenses-paid trip voucher after choosing a product. Features of each case are analyzed and compared to determine if the test case represents bribery. The method also discusses seeking a creative middle way when two moral rules conflict, providing examples of an engineer facing a choice between profits and safety, and Martin Luther King Jr.'s philosophy
The document appears to be an assignment sheet containing calculations and design steps for various mechanical elements. It includes sections on designing elements such as crank pins, crank webs, shafts under flywheels, joints, keys, springs, and other elements. The document provides calculations for determining dimensions based on factors like bending moment, torque, stresses, and applying safety factors.
The modular SIMATIC S7-1200 controller is at the core of our offering for simple but highly precise automation tasks. The SIMATIC S7-1200 controller is modular and compact, versatile, a secure investment, and is perfectly suited to a whole range of applications.
The S7-1200 CPUs with Safety Integrated handle both standard and safety-related tasks.
A compact design with integrated IO, communication interfaces that meet the highest industry requirements and a range of powerful integrated technological functions make this controller an integral part of a comprehensive automation solution.
In order to increase product quality and to minimize energy consumption and impact on the environment, it is necessary to optimize the food process design and operation. Therefore, the aim of this work was to study the optimization feasibility of the milk pasteurization process using programmable logic controller (PLC) & Supervisory Control and Data Acquisition System (SCADA)
Principle idea of this project is to show automation of milk pasteurization & homogenization using Allen Bradley RS Logix 500 software and Wonder ware Intouch 9.5 software.
This document defines various pump calculations and terms. It discusses total dynamic head, total suction head, total discharge head, static suction/discharge heads, velocity head, viscosity, friction head, pump work, water horsepower, pump efficiency, maximum discharge pressure, minimum flow, net positive suction head (NPSH), cavitation, affinity laws, specific speed, suction specific speed, and recommended dimensions for a sump pump intake structure. Equations are provided for calculating many of these terms.
HMPL IS A PROUD INDIAN ORGANIZATION INCEPTED
BY MR. MAULIK V. DAVE IN 1999-2000.
Harikrushna Machines Excels in Offering Complete Liquid Processing & Liquid Packaging Solutions to Segments Like Beverages, Chemicals, Cosmetics, Dairy, Detergents, Distilleries, Edible Oil, Fertilizers, Food, Nutraceuticals, Paints, Pharmaceutical, Lubricants Oil, Pesticides, Pigments, Plastics, and Other Liquid-based Manufacturing Industries
HMPL Spectrum of Liquid Products Includes Various Washing Machines, Filling Machines, Plugging, Sealing and Capping Machines, Labeling Machines and Special Purpose Machines Like Automatic Shrink Sleeve Applicator, Trio-block 3 in 1 (Rinsing, Filling and Capping), Automatic Mosquito Replant Packing Systems, Flavored Milk/Plain Milk Packaging System and Pre-Filled Syringe Filling and Stoppering Machine.
HMPL Spectrum of Processing Solution Includes Various Liquid Oral/syrup Manufacturing Plant, Ointment/Lotion/Cream/Toothpaste Manufacturing Plant, Various Application Mixer Machine Like Juice, Paint, Gel, Milk, Curd, Etc.
Harikrushna Machines Machinery Company share the slide information on the liquid filling machine including what is liquid filler machine, the importance of the liquid filling machine, the types of liquid filling machines, how to buy liquid filling machines, etc.
This document provides information about a company that manufactures and exports liquid packaging machinery. It describes various machines for washing, filling, capping, labeling, and packaging liquids. The company serves industries such as pharmaceuticals, cosmetics, dairy, food, and more. It has over 10,000 installations worldwide and manufactures machines that meet international certifications. The document includes technical specifications, photos, and contact information.
This document provides information about a company that manufactures and exports liquid packaging machinery. It describes various machines for washing, filling, capping, labeling, and packaging liquids. The company serves industries such as pharmaceuticals, cosmetics, dairy, food, and more. It has over 10,000 installations worldwide and manufactures machines that meet international certifications. The document includes technical specifications and photos for the different machine types.
This document provides information about a company that manufactures and exports liquid packaging machinery. It describes various machines for washing, filling, capping, labeling, and packaging liquids. The company serves industries such as pharmaceuticals, cosmetics, dairy, food, and more. It has over 10,000 installations worldwide and manufactures machines that meet international certifications. The document includes technical specifications, photos, and contact information.
Milk line for glass and pet milk bottles line consists of washing, filling, crown capping/screw capping, conduction/induction cap sealing, labeling/shrink sleeve applicator, packing conveyor, web sealer for group packing
HARIKRUSHNA Milk Packing linefor Glass and PP Bottles which includes Washing, Filling, Capping, Induction Or Conduction Sealing, Leack Check Machine For The Bottle, Shrink Sleeve Label Applicator & Case Packer. All machines are with unique design and features.
For flavored milk, our Glass and PP Line are working in different dairies. Few of the reference customers are as under.
Automatic Sticker Labeling System consists of main structure, covered with SS cabinet and safety acrylic doors (OPTIONAL), product transmission belt with adjustable guide, separator unit, label dispenser unit, label wrapping unit, electrical panel, PLC HMI, AC drives a batch printing unit(OPTIONAL). The complete operation is PLC based.
This document provides information about a company that manufactures and exports liquid packaging machinery. It describes various machines for washing, filling, capping, labeling, and packaging liquids. The company serves industries such as pharmaceuticals, cosmetics, dairy, food, and more. It has over 10,000 installations worldwide and manufactures machines that meet international certifications. The document includes technical specifications, photos, and contact information.
The Automatic Rotary Ropp / Screw Cap Sealing Machine consists of main structure, product transmission belt with adjustable guide, in-feed screw, star plate, sealing heads, vibratory bowl for caps, cap deliver chute, product’s height adjustment screw, safety acrylic cover (OPTIONAL), electrical panel, motor, sensors & AC drive.
Harikrushna Machines Pvt. Ltd. Is a Manufacturers Of Different Type Of Machinery Like Capping Machinery, Single Head Capping Machine To Bottle ROPP Capping Machine, Bottle Screw Capping Machine, Lug Cap Sealing Machines, Dosing Cup Placement Machine, Cap Pressing Machine, Linear Measuring Cup Placement, Vial Capping Machine, Multi-head Vial Capping Machine, Monoblock Plugging And Capping Machine, Lug Capping Machine, Measuring Cup Placement Machine, And High-speed Automatic Pharma Bottle Capping Machine and As Per Customer Requirements.
The Automatic Glass Bottle Sealing Machine consists of main structure, product transmission belt with adjustable guide, in-feed screw, star plate, sealing heads, vibratory bowl for caps, cap deliver chute, product’s height adjustment screw, safety acrylic cover (OPTIONAL), electrical panel, motor, sensors & AC drive.
Harikrushna Machinetech Is A Manufacturer Of Different Type Of Machinery Like Capping Machinery, Single Head Capping Machine To Bottle ROPP Capping Machine, Bottle Screw Capping Machine, Lug Cap Sealing Machines, Dosing Cup Placement Machine, Cap Pressing Machine, Linear Measuring Cup Placement, Vial Capping Machine, Multi-head Vial Capping Machine, Monoblock Plugging, And Capping Machine, Lug Capping Machine, Measuring Cup Placement Machine, And High-speed Automatic Pharma Bottle Capping Machine and As Per Customer Requirements
Automatic Sticker Labeling Machine.
Application:
Used to label small, round shaped products like vials, ampoules, and test tubes.
Features:
Smooth operations
Long service life
Minimum maintenance
HARIKRUSHNA Round BOTTLE LINE Pharma Packaging Line. to the prestigious clients at very inexpensive price.
Other Details:-
Range: 2ml to 30 ml Output Speed: 40 to 150 VPM.
Linear Vial Washing Machine
Premium Filling & Plugging Machine
Premium Sealing Machine
Premium Labelling Machine
Turn Table
This document provides information about a company that manufactures and exports liquid packaging machinery. It describes various machines for washing, filling, capping, labeling, and packaging liquids. The company serves industries such as pharmaceuticals, cosmetics, dairy, food, and more. It has over 10,000 installations worldwide and manufactures machines that meet international certifications. The document includes technical specifications and photos for the different machine types.
This machine is suitable only for plastic vials. It consists of a SS hopper mounted at the top for vial storage. The capacity varies depending upon the size and shape of the vials.
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This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
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2. OUR MARKET
AUSTRALIA, BANGLADESH, BRAZIL, CHAD, CAMEROON, CANADA,
COLOMBIA, CONGO, EGYPT, ETHIOPIA, FIJI, GHANA, INDIA, INDONESIA,
IRAN, IRAQ, ISRAEL, JORDAN, LATVIA, KENYA, KUWAIT, MALAYSIA,
MEXICO, MONGOLIA, MYANMAR, NEPAL, NIGERIA, PERU, PHILIPPINES,
PORTUGAL, QATAR, ROMANIA, RUSSIA, SAUDI ARABIA, SERBIA, SINGAPORE,
SOUTH AFRICA, SPAIN, SRI LANKA, SYRIA, TANZANIA, TURKEY, U.A.E.,
UGANDA, UKRAINE, U.K., U.S.A., UZBEKISTAN, VENEZUELA, VIETNAM ETC.
www.harikrushna.com 2
“Celebrating Satisfied Installations Worldwide”
10000+
Foot prints at over countries
55
worldwide & still counting.....
3. Message From CMD
“Welcome.... to the trusted & most preferred gateway to knowledge
engineering based innovative packaging solutions”
(a flagship venture of ) one of the most preferred & trusted solution
DAVE'S GROUP OF COMPANIES
provider for primary packaging requirement. We are engaged in manufacturing & exporting of advanced
Liquid processing & packaging machinery for Beverages, Chemicals, Cosmetics, Dairy, Detergents,
Distilleries, Edible Oil Fertilizers, Food, Lubricants Oil, Nutraceuticals, Paints, Pesticides, Pharmaceutical,
Pigments, Plastic. We also offer special purpose machines & material handling equipments.
HMPL has proud patronage of around across globe, which includes major
10000+ installations
segments like Agro-Chemicals & Pesticides, Automobiles, Beverages, Cosmetics, Dairy,
Food, FMCG & Pharmaceuticals to name of few.
Warm Regards,
HARIKRUSHNA Machines Pvt. Ltd.(HMPL) is headquartered at Ahmedabad India, one of the
most preferred business hubs across the globe. We have state of art & advanced
manufacturing unit in Ahmedabad.
We are an ISO 9001-2015 certified organization & the first organization in India to supply
advanced liquid packaging machinary with CE certification.
At , we always endeavor to keep pace with the ever evolving technologies and ensure
HMPL
to offer highly customized packaging solution to industry leaders across the world.
Mr. aulik Dave
M
M
Mr. aulik Dave
M
(Chairman & Managing Director)
Cell : +91 98250 49429
www.harikrushna.com 3
,
HARIKRUSHNA MACHINES PVT. LTD.
4. H T E C
R
OUR CREDENTIALS
OUR ACCOLADES : YOUR TRUST
CMD Receiving prestigious “UDYOG RATTAN AWARD”
by The Gorvernor of Gujarat.
UDYOG RATTAN AWARD
SME EXCELLENCE AWARD
TREND SETTER AWARD
GLOBAL BUSINESS
ACHIEVEMENT AWARD
www.harikrushna.com 4
5. HMPL @ VARIOUS EXHIBITIONS IN INDIA AND GLOBLE
www.harikrushna.com 5
6. PRODUCT INDEX
WASHING SYSTEMS: Page No. 8-11
Rotary Washing Machines
Linear Washing Machines
Air Jet Vacuum Cleaning Machines
Page No. 12-18
FILLING SYSTEMS:
Automatic Volumetric Filling Machines
Premium Filling Machines
Vacuum Filling Machines
Piston Filling Machines
Special Pump Filling Machines
Page No. 19-22
CAPPING SYSTEMS:
Automatic ROPP / Screw Capping Machines
Flip Off / Aluminum Cap Sealing Machines
Induction Cap Sealing Machines
Page No. 23-29
LABELING SYSTEMS:
Automatic Labeling Machines, Premium Labeling Machines, Labeling Machine For Flat Container
Double Side Labeling Machine, Labeling Machine For Round And Flat Container
Labeling Machine For Top Side Labeling, High Speed Labeling Machine For Vials And Ampoules
Labeling Machine For Horizontal Application, Labeling Machine For Liquor Industries
Special Purpose Labeling Machines, General Hologram Applicators
Hologram Applicators For Liquor Industries
Page No. 30-31
COMPOSITE PACKAGING LINE(LIQUID):
Pharmaceutical: Syrup & Suspension Line, Eye & Ear Drops Line, Vial Line, SVP / LVP Packaging Line
FMCG: Cream Line, Hair Oil Line, Shampoo Line, Edible Oil Line, Lube Oil Line
Food / dairy: Honey Line, Juice Line, Milk Line
Pesticides Packaging Line
Liquor Packaging Line
Page No. 32-36
SPECIAL PURPOSE MACHINES:
R&D / F&D Pre-fill Syringe Filling & Stoppering Machines
Semi Automatic Pre-fill Syringe Filling & Stoppering Machines
Fully Automatic Pre-fill Syringe Filling & Stoppering Machines
Automatic Labeling Machine For Pre-fill Syringes
Cartridge Filling & Closing Line
Fully Automatic Shrink Sleeve Applicators
Trio Block (Rinser Filler & Capper)
Cartoning Machine
Tube Filling & Sealing Machine
Page No. 41
ANCILLARIES:
Turn Tables, Roller Conveyors, Packing Conveyors, Bend Conveyors, Slat Conveyors
Inspection Conveyors, Magnifying Glass Conveyors Etc.
www.harikrushna.com 6
7. www.harikrushna.com 7
COSMETICS
PESTICIDES, AGRO & PETRO CHEMICALS
BREWERIES & DISTILLERIES
SPECIAL PURPOSE MACHINES
DAIRY, FOOD & JUICE
REFERRAL CUSTOMERS LIST
“Know us From The People Who Know us”
13. www.harikrushna.com
*subject to customization
SEMI AUTOMATIC TIMER FILLING MACHINE
Useful for water based free flow liquid such as Hair Oil, Lubricants, Shampoo, Spirit,
Edible Oil, Liquid Soap, Ink etc.
FILLING SYSTEMS
SEMI AUTOMATIC / PROTOTYPE SYSTEMS
REFERRAL TECHNICAL SPECIFICATIONS*
10 to 20 bottles (depends on volume & viscosity)
50 ml to 5000 ml
Single Phase / 230V AC / 50Hz
50
www.harikrushna.com 13
14. www.harikrushna.com
*subject to customization
FILLING SYSTEMS
PREMIUM SEMI AUTOMATIC VACUUM FILLING MACHINE
Useful for :
Cosmetic industries- Product container with small mouth like Nail paint, Perfumes etc.
Chemical industries- Solvent based material, Alcohol based material like Phenyl, Wood thinner etc.
Food & Dairy Industries- Butter milk, Fruit Juices etc.
Pharma Industries- Mouth fresheners, Antiseptic liquid etc.
SEMI AUTOMATIC / PROTOTYPE SYSTEMS
REFERRAL TECHNICAL SPECIFICATIONS*
www.harikrushna.com 14
15. www.harikrushna.com
*subject to customization
FILLING SYSTEMS
SEMI AUTOMATIC PERISTALTIC FILLING MACHINE
Useful for Chemical / Acidic material(Phenyl, Bleach, Nail remover etc),
Wax based material (Kajal), High temperature product like Balm.
SEMI AUTOMATIC / PROTOTYPE SYSTEMS
Single Phase / 230V AC / 50Hz
0.1 ml to 1000 ml (Depend on pump capacity)
www.harikrushna.com 15
16. *subject to customization
FILLING SYSTEMS
SEMI AUTOMATIC PISTON FILLING MACHINE
Useful for :
- Food & Dairy Industries (Yoghurt, Butter, Honey & Milk, Butter milk, Lassi, Edibale Oil, Ghee, Jam),
- Cosmetic Industries (Shampoo, Bath care, Lotion Etc.)
- Chemical Industries(Lubricants, Ink, Glue)
SEMI AUTOMATIC / PROTOTYPE SYSTEMS
REFERRAL TECHNICAL SPECIFICATIONS*
www.harikrushna.com 16
17. *subject to customization
FILLING SYSTEMS
AUTOMATIC VOLUMETRIC LIQUID FILLING MACHINE
REFERRAL TECHNICAL SPECIFICATIONS*
HEAD ASSEMBLY
SEMI AUTOMATIC
FILLING SYSYTEM
*Accessories shown may
not be the part of the
standard equipment
Ø The unit is made compact & versatile as
per GMPnorms.
Ø The structure is made of MS cladded
with SS 304.
Ø Rigid vibration free construction for
trouble free performance.
Ø SS elegantly matt finished body.
Ø Drain tray around the machine platform.
Ø Drip tray under the conveyor.
Ø Elegant and easy control panel for total
control on operation.
Ø ± 1 % Filling accuracy on single dose.
Ø Nitrogen purging arrangement
(OPTIONAL).
Ø No bottle No filling system.
Ø Diving nozzle device.
Ø Minimum change overtime, from one
size to another bottle or fill size.
Ø Self-lubricating UHMW-PE guide profile
for SS slat chain provides low friction
wear surface, smooth and noiseless
conveying.
Ø Pneumatic bottle stopping arrangement.
Ø Synchronized two nos. AC drives for
main motor & conveyor belt.
Ø SS measurement scale for filling volume
adjustment.
Ø Safety guard for conveyor gearbox,
motor and pneumatic cylinders.
Ø MCB for over load protection, and
prevent against short circuit.
Ø Inbuilt protection against over current,
voltage fluctuation, short circuit in AC
frequency drive.
10 ml to 500 ml
www.harikrushna.com 17
18. *subject to customization
FILLING SYSTEMS
PREMIUM BOTTLE FILLING MACHINE
REFERRAL TECHNICAL SPECIFICATIONS*
unique change part free
PLC based filling systems
3Phase+Neutral+Earthing / 440V AC / 50Hz
www.harikrushna.com 18
19. *subject to customization
FILLING SYSTEMS
PREMIUM VIAL FILLING AND BUNGING MACHINE
FILLING AREA
BUNGING AREA
*Accessories shown may not be the part of the standard equipment
*
REFERRAL TECHNICAL SPECIFICATIONS
Upto120 VPM
3Phase+Neutral+Earthing/440VAC/50Hz
www.harikrushna.com 19
20. AUTOMATIC ROTARY R.O.P.P / SCREW CAPPING MACHINE
*subject to customization
CAPPING SYSTEMS
SCREW CAP
ROPP CAP
*Accessories shown may not be the part of the standard equipment
Ø The unit is made compact &
versatile as per GMPnorms.
Ø The structure is made of MS
cladded with SS 304.
Ø Rigid vibration free construction
for trouble free performance.
Ø SS Elegantly matt finished body.
Ø No bottle no cap arrangement.
Ø Adjustable height of conveyor belt
to align with other machine of the
line.
Ø Sealing pressure can be varied to
suit different gauges and size of
caps.
Ø No cap in chute vibrator on &
Machine stop.
Ø No bottles Machine Stop.
Ø Clutch overload - Machine
Stop.
Ø Low noise level, low power
consumptions.
Ø Chute will have rigid mounting &
cap pickup arrangement from SS
material.
Ø Mechanical stopper to stop
incoming bottles.
Ø Self-lubricating UHMW- PE guide
profile for low friction wears
surface, smooth and noiseless
conveying.
Ø Star wheel & guide MOC:
UHMW–White.
Ø Adjustable bottle height gauge for
easy and quick setting.
REFERRAL TECHNICAL SPECIFICATIONS*
3Phase+Neutral+Earthing/440VAC/50Hz
www.harikrushna.com 20
21. *subject to customization
CAPPING SYSTEMS
AUTOMATIC PREMIUM BOTTLE CAPPING MACHINE
SCREW CAP
ROPP CAP
REFERRAL TECHNICAL SPECIFICATIONS*
3 Phase+Netural+Earthing / 440V AC / 50Hz
www.harikrushna.com 21
22. *subject to customization
CAPPING SYSTEMS
PREMIUM VIAL CAPPING MACHINE (Aluminum Cap Sealing / Flip off Cap Sealing )
SALIENT FEATURES:
REFERRAL TECHNICAL SPECIFICATIONS*
3Phase+Neutral+Earthing / 440V AC / 50Hz
(with the help of change part)
www.harikrushna.com 22
23. *subject to customization
INDUCTION CAP SEALING MACHINE
SEALING SYSTEMS
MEASURING CUP PLACING MACHINE
HORIZONTAL FLOW WRAPPING MACHINE
www.harikrushna.com 23
24. *subject to customization
PREMIUM SEMI LABELING MACHINE - TABLE TOP MODEL
LABELING SYSTEMS
SEMI AUTOMATIC SYSTEM
REFERRAL TECHNICAL SPECIFICATIONS*
www.harikrushna.com 24
25. *subject to customization
AUTOMATIC SINGLE SIDE VERTICAL LABELING MACHINE
LABELING SYSTEMS
The most preferred labeling machine for round
bottles
The Machine with 21 CFR part 11
“Fixed / variable data printer / 2D-Pharma code
bar code printer, scanner & rejection system
can be synchronized with this machine”
*
REFERRAL TECHNICAL SPECIFICATIONS
SinglePhase/230VAC/ 50Hz
(Incaseof Contact Coder)
www.harikrushna.com 25
26. *subject to customization
PREMIUM LABELING MACHINE
REFERRAL TECHNICAL SPECIFICATIONS*
LABELING SYSTEMS
Upto 120 BPM
SinglePhase/ 230VAC/ 50Hz
(Incaseof Contact Coder)
The Machine with 21 CFR
part 11
“Fixed / variable data printer / 2D-Pharma code
bar code printer, scanner &
rejection system
can be synchronized with this machine”
www.harikrushna.com 26
27. AUTOMATIC SINGLE SIDE VERTICAL LABELING MACHINE
(with in-built Turn Table)
LABELING SYSTEMS
AUTOMATIC SINGLE SIDE VERTICAL LABELING MACHINE (Round & Flat)
The Machine with 21 CFR part 11
“Fixed / variable data printer / 2D-Pharma code
bar code printer, scanner & rejection system
can be synchronized with this machine”
www.harikrushna.com 27
28. LABELING SYSTEMS
AUTOMATIC TOP & SIDE LABELING MACHINE
AUTOMATIC DOUBLE SIDE VERTICAL LABELING MACHINE
AUTOMATIC ROTARY LABELING MACHINE
The Machine with 21 CFR part 11
“Fixed / variable data printer / 2D-Pharma code
bar code printer, scanner & rejection system
can be synchronized with this machine”
www.harikrushna.com 28
29. *subject to customization
LABELING SYSTEMS
AUTOMATIC SINGLE SIDE HORIZONTAL LABELING MACHINE
HOLOGRAM APPLICATOR STAND ALONE UNIT STANDARD
SALIENT FEATURES:
SALIENT FEATURES:
a g p
b p
c
SALIENT FEATURES:
h
t v
t
AUTOMATIC SINGLE SIDE VERTICAL HIGH SPEED
LABELING MACHINE
The Machine with 21 CFR part 11
“Fixed / variable data printer / 2D-Pharma code
bar code printer, scanner & rejection system
can be synchronized with this machine”
www.harikrushna.com 29
32. TRIO BLOCK (RINSER / FILLER / CAPPER)
SPECIAL PURPOSE MACHINES
Ø Structure frame of MS cladded
platform and housings of SS 304.
Ø Rinse fill & seal cycle, fully Trio-
block for total filling hygiene. The
whole process is automatic.
Ø Bottle in-feed using high pressure
air conveyor with air filter on suction
side.
Ø Machine with neck holding system
by design, so few change part
required for different shape of
bottles.
Ø The filling operation is faster and
more stable due to the micro-
pressure filling method.
Ø Electrical control panel mounted.
Ø User friendly acrylic doors.
Ø NO BOTTLE / NO RINSE / NO FILL
/ NO CAP.
Ø Main machine motor with variable
speed &AC drive.
Ø Automatic PLC control speed
regulation.
Ø The advanced PLC is adapted to
c o n t r o l t h e m a c h i n e r u n s
automatically, air conveyor system
is adopted in bottle entry section
and belt conveyor system is
adopted in bottle exit section, which
can adjust speeds and coordinated
with transducer of the main
machine to make the operations of
moving bottle forward steadily and
reliable.
Ø Fully automatic rotor to rotor
transfer without any human
interruption. It is convenient to
operate with higher automation due
to every parts of the machine is
inspected with photo electrical
detector.
Ø Torque adjustable capping heads
using PICK & PLACE provided.
Ø SS 316 material used for filling
valves.
Ø In-feed can be linked directly with
automatic blow moulding machine.
(Optional at extra cost).
Model No. HMPL16-16-5 HMPL18-18-6 HMPL 24-24-8 HMPL32-32-10
Rinsing Head No. 16 18 24 32
Filling head No. 16 18 24 32
Capping head No. 5 6 8 10
Capacity (B/H)
5000 8000 10000 12000
(For 500ml)
Motor Power 3Kw 3Kw 4Kw 4.8Kw
Total Weight Approx. 3.2T 3.6T 4.5T 4.8T
REFERRAL TECHNICAL SPECIFICATIONS
*
Dimension (LXWXH) Approx.
HMPL 16-16-5 2650 X 1850 X 2400 mm
HMPL 18-18-6 2750 X 2050 X 2400 mm
HMPL 24-24-8 3050 X 2250 X 2400 mm
HMPL 32-32-10 3800 X 2800 X 2300 mm
SALIENT FEATURES:
www.harikrushna.com 32
*subject to customization
33. *subject to customization
SPECIAL PURPOSE MACHINES
*
MODEL
Suitable for
Filling station
Output / minute
Dosing accuracy
Power consumption
Power supply
Working heigh
Air consumption
Air supply
Nitrogen supply
HMPL VISCOFILL 20
Viscous substance (1 ml to 3 ml) / aqueous substance
(0.5 ml to 3 ml) with the help of change parts.
1 NO.
20 PFS per minute @ 1ml (Output may vary based on
nature of the filling substance and volume)
+ 1%
2 KW
Three phase / 440V AC / 50Hz (Stabilized)
850mm ± 50mm
5 CFM
6 to 8 Kg / cm²
5 CFM pressure(Customer scope)
*Viscous substance (1 ml to 3 ml) /
aqueous substance (0.5 ml to 3 ml)
accurately with the help of change parts.
PLC
pneumatically
CIP, SIP
www.harikrushna.com 33
34. *subject to customization
SPECIAL PURPOSE MACHINES
PFS FILLING & STOPPERING SYSTEM FOR AQUEOUS DRUGS (0.2ml TO 5ml)
SALIENT FEATURES:
*
REFERRAL TECHNICAL SPECIFICATIONS
MODEL HMPL ACCUFILL 20
Suitable for 0.2 ml to 5 ml*
* WITH THE HELP OF CHANGE PARTS
Filling station 1 NO.
Output / minute 20 PFS @1 ML WITH 1 FILLING STATION (aqueous drug)
Dosing accuracy + 1%
Filling capacity 0.2ml onwards
Power consumption 2 KW
Power supply Three phase, 440V, 50Hz (Stabilized)
Net weight 350 kgs
Working height 850mm ± 50mm
Air consumption 5 CFM
Air supply 6 to 8 Kg / cm²
Nitrogen supply Provide by customer at 5 CFM pressure
CIP / SIP ready system.
Synchronized LAF can be offered at additional cost.
Specialized filling system for aqueous drugs.
www.harikrushna.com 34
36. *subject to customization
REFERRAL TECHNICAL SPECIFICATIONS*
Automatic Sleeve Applicator - Neck:
Ø The unit is made compact & versatile as
per GMPnorms.
Ø Rigid vibration free construction for
trouble free performance.
Ø The SS 304 slat conveyor for proper
product conveying.
Ø In-feed screw for the positive feeding of
bottle (body sleeve) / Belting system for
the positive feeding of bottle (neck
sleeve).
Ø In case roll gets over, there is alarm
notification (buzzer) for indicating the
same.
Ø Web guide control to ensure that there
is no lateral movement of sleeve
laminate.
Ø Separate Stepper Motors for controlling
the movement of rotary brushes to
ensure that sleeve is properly settled on
bottle.
Ø Gaskets, seals and O-rings are
constructed of food grade/ non-toxic
polymeric materials only.
Ø NO BOTTLE NO SLEEVE mechanism.
Ø Unique compact tunnel with minimal
power consumption.
Ø The tunnel comprised of pre and post
heat shrink zone to shrink the sleeve on
bottle.
Ø Overhead convection fan for precise
cooling at output.
Ø Digital temperature controller to ensure
that uniform temperature is maintained
at the time of shrinking.
Ø Sleeve feeding controlled by PLC for
the accurate feeding of sleeve.
Ø Specially designed rotary cutter device
with PLC controlled for cutting of
sleeve.
Ø Emergency stop function on accessible
area.
Ø Total operation of the machine like
speed of conveyor, speed of feeder,
length of sleeve, cutting speed etc. are
controlled by PLC.
Ø Easy to operate PLC by mean of touch
screen HMI.
Ø Most reliable and proven components
such as Festo / SMC make pneumatic
and electric/electronic components
s u c h a s
Panasonic/Bonfiglioli/Motovario make
AC motor, Delta/Allen Bradley makeAC
D r i v e , P L C & H M I , S e n s o r
LEUZE/BANNER/SUNX, MCB & relay
“X” make.
SALIENT FEATURES:
3Phase+Neutral+Earthing / 440V AC / 50Hz
4270mm (L) X 1200mm (W) X 2000mm
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37. www.harikrushna.com 37
SALIENT FEATURES
The unit is made compact & versatile as per GMP norms.
The Structure is made of SS 304.
Rigid Vibration free construction for trouble free performance.
The synchronized horizontal pushing system for feeding
the bottles in the machine.
Specially designed adjustable start / stop type bucket conveyor
for conveying the bottles and specially designed chain type start
/ stop feeder conveyor for the cartoons.
Automatic leaflet inserting device with the required no. of folds
(2, 3, 4) and required types (Z type, Q type, parallel type)
-OPTIONAL.
The machine has a facility of no leaflet bottle reject system
(Incase of leaflet inserting). Carton stacker has a facility of
stacking 1000 nos. Cartons.
Facility of no bottles no cartons.
Facility of no cartons machine stop.
Provision of safety interlock of door opening.
Specially Designed vacuum device for pick up of cartonsand
opening of cartons.
No use of vacuum pump to avoid maintenance. Machine has a
specially designed air vacuum generator for the operation of
different assembly such as leaflet pick up and carton pick up.
Adjustable bottle pusher for different size of bottles.
For the various of products, machine has the facility
to chain width.
For the various of products, machine has the facility for
height adjustment by the mean of adjusting screws.
For the various of products, machine has the facility for
length adjustment by the mean of adjusting guide Plate.
Adjustable flaps closing system for side (Top and Bottom)
flap for various size of cartons.
Very less change parts required for change over of the
product. The whole operation is controlled by easy to
operate PLC.
Speed of the machine is synchronized with the PLC
and easy to adjust by mean of HMI.
Product counter facility is inbuilt in the machine to know
the daily production rate.
All the setting parameters with password protection to
avoid any mishandling during machine operation.
Special Kind of HMI mounting panel with 180º rotation
Facility for easy handling of such a 12 feet long machine.
For the initial setting of the machine, it has a JOG
facility itself on HMI.
Any kind of fault will be displayed on touch Screen HMI for
easy understanding for the same.
Machine has online embossing facility for the batch coding
- OPTIONAL.
*subject to customization
up to 200 cartons/minutes.
38. www.harikrushna.com 38
Tube Filling and Sealing Machine
*subject to customization
TECHNICAL SPECIFICATION:
Model HMPL–TFS
Tube Diameter 12 mm Ø to 50 mm Ø (Standard)
Tube Length 50 mm to 200 mm
Filling Capacity 20gms to 250gms Aluminium / LAMI / PVC Tubes
(With the help of required change parts)
Output Speed 20 to 150 Tubes/Minute (Depending on viscosity of material, manual loading)
Power Consumption 2 HP Main Motor / 1 HP Stirrer Motor / 1 KW Jacketed Water Heater (Total 3 KW)
Compressed Air 4 to 5 Bar 100 L/Minute (If have sticky material)
SALIENT FEATURES:
The unit is made compact & Versatile as per GMP Norms.
Ø
Structure is made of MS cladded with SS 304.
Ø
This machine is specially designed to fill, seal and code the
Ø
Aluminium / LAMI / PVC Tubes.
It can be used to fill viscous as well as semi viscous materials
Ø
in LAMI / PVC Tubes.
Machine preset with 20gms to 100gms Piston & Cylinder.
Ø
All the contact parts are made of SS 316 (GMP Model).
Ø
Tube holders are made of nylon for different diameter of tube.
Ø
Relay electrical control systems operating panel with START,
Ø
STOP and INCH.
SENSOR BASE NO TUBE NO FILLS MECHANISM.
Ø
Specially designed hot air sealing unit to seal PVC tubes.
Ø
Motor with variable speed.
Ø
All moving parts are guarded / enclosed.
Ø
Coding Device with 10 letters for one side.
Ø
Hopper temperature thermocouple with digital display.
Ø
40. Next to you,
Before, During and after
the sale in
and around the
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41. DOMESTIC / OVERSEAS ASSOCIATE:
Office: Plot No. 513, Phase IV,
G. I. D. C., Vatva, Ahmedabad
382 445, Gujarat (INDIA)
Cell: +91 98250 49429
E-mail: marketing@harikrushna.com
The Only direction for leaders
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