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Karma Automation Industries is a leader in the manufacturing and supplying of automation valves to the advanced processing industries.Our range of valves includes ball valves, butterfly valves,rotary actuators, pneumatic cylinders, knife gate valves and more. Utilizing modern technology and advanced production equipment, we have been a part of this industry since 2015. Our journey has been marked by relentless research, the establishment of robust infrastructure and an persistent commitment to meeting the requirements of our customers.
Manual butterfly valves are a type of valve that is operated by hand,
typically using a lever or a handwheel to control the position of the disc
within the valve body. This simple yet effective design allows for precise
flow regulation in various applications, making them a popular choice in
a wide range of industries. Manual butterfly valves are known for their
lightweight construction and compact size which facilitate easy
installation and maintenance. They provide a reliable sealing
mechanism, ensuring minimal leakage when closed. The manual
operation allows for immediate response to flow control needs, making
them suitable for situations where automated systems are not required.
Available in various materials including stainless steel, plastic and cast
iron, manual butterfly valves can be customized to meet specific
application requirements including pressure and temperature ratings.
1. Simplicity of Operation : Manual butterfly valves are easy to operate,
requiring minimal training for personnel to control the flow of fluids
effectively.
2. Economic Value : They are generally more affordable than automated
valves, making them a budget friendly option for many applications.
3. Compact Design : The lightweight and compact construction of manual
butterfly valves allows for easy installation in tight spaces, making them
suitable for various piping configurations.
4. Quick Response Time : Manual operation enables immediate
adjustments to flow control which is beneficial in situations requiring
rapid response.
5. Reliable Sealing : Manual butterfly valves provide effective sealing
when closed, minimizing the risk of leaks and ensuring consistent
performance.
6. Low Maintenance Requirements : With fewer moving parts compared
to automated valves, manual butterfly valves typically require less
maintenance, reducing operational costs.
7. Versatility : They can be used in a wide range of applications across
different industries including water treatment, chemical processing and
HVAC systems.
8. Material Options : Available in various materials such as stainless steel,
plastic and cast iron, manual butterfly valves can be customized to suit
specific media and environmental conditions.
9. Durability : Their robust construction allows them to withstand harsh
operating conditions, ensuring long service life and reliability.
1. Water Treatment Plants : Manual butterfly valves are commonly used
to control the flow of water during various stages of treatment,
including filtration and disinfection processes.
2. Chemical Processing : In chemical manufacturing, these valves regulate
the flow of chemicals and corrosive substances, ensuring safe and
efficient handling of reactive materials.
3. HVAC Systems : Manual butterfly valves are utilized in heating,
ventilation and air conditioning systems to manage airflow and fluid
flow, contributing to effective temperature control.
4. Power Generation : In power plants, manual butterfly valves are used
to manage the flow of steam and water in cooling systems and turbine
operations, playing a crucial role in energy production.
5. Pulp and Paper Industry : These valves are used to control the flow of
water and chemicals during the production of paper and pulp, ensuring
efficient processing and product quality.
6. Oil and Gas Industry : They are employed in pipelines and processing
facilities to control the flow of oil and gas, providing reliable
performance in demanding environments.
7. Irrigation Systems : Manual butterfly valves are used in agricultural
applications to control water flow in irrigation systems, allowing for
efficient water management.
8. Fire Protection Systems : These valves can be integrated into fire
protection systems to control the flow of water or fire suppression
agents, assuring effective response in emergencies.
Size | Max Kvs | Manual operator | Operator Wieght(Kg) | Total Weight(Kg) |
DN80 | 302 | Gear Box | 4.5 | 7.8 |
DN100 | 600 | Gear Box | 4.5 | 9.4 |
DN125 | 1,022 | Gear Box | 4.5 | 10.9 |
DN150 | 1,579 | Gear Box | 4.5 | 12.2 |
DN200 | 3,136 | Gear Box | 13 | 25.9 |
DN250 | 5,340 | Gear Box | 13 | 32.2 |
DN300 | 8,250 | Gear Box | 15 | 47.5 |
DN350 | 11,917 | Gear Box | 15 | 56.3 |
DN400 | 16,388 | Gear Box | 57 | 118 |
DN450 | 21,705 | Gear Box | 57 | 136 |
DN500 | 27,908 | Gear Box | 57 | 185 |
DN600 | 43,116 | Gear Box | 72 | 260 |
DN700 | 58,696 | Gear Box | 85 | 361 |
DN800 | 68,250 | Gear Box | 85 | 445 |
DN900 | 83,375 | Gear Box | 124 | 830.8 |