Big Mouth Flow-Thru Big-Mouth plugs serve multiple applications. Great for gravity bypassing or bypass pumping. The Original Big-Mouth® Plug:
Large male NPT threaded bypass
Equipped with removable 3/8″ eye bolt for lifting
and lowering with a poly-lift line
Removable tire valve allows for easy replacement
Lightweight aluminum bypass
Multi-Size Big-Mouth® Plug with Interchangeable Flanges:
Multi-size offers great expansion range
Lightweight aluminum bypass
Feature interchangeable bypass flange, allowing the same plug to be used for different applications
Removable tire valve allows for easy replacement
Cherne Muni-Ball Bypass Pipe Plugs
The Muni-Ball® Plug was introduced over 50 years ago and the Cherne brand continues to be the most trusted name in pneumatic plugs.
The Muni-Ball Bypass Pipe Plug offers a full bypass allowing both testing and monitoring of the piping system. The Cherne Muni-Ball® is ideal for installation and repair of residential or commercial piping applications. Cherne Muni-Ball® products can be used for maintenance of municipal infrastructure, including sanitary and storm sewer pipe systems. Muni-Ball® plugs are durable, rugged and are effective on almost any type of pipe.
Muni-Ball® Plugs are designed with ¼” Shrader Tire inflation valve
Larger diameter Muni-Ball® Plugs include a removable threaded valve, allowing the user to replace with quick disconnect fittings
Muni-Balls with flexible bypass are bendable to 90˚
Multi-Size® Muni-Ball® Plugs allow more options and less inventory
Cherne I Series Muni-Ball Plugs
The Future in Pipe Plugs is now. Features: • Industry leading quality, consistency, and durability • Mechanical bonding of premium natural rubber and end plates eliminates failures from chemical bonding • Improved performance and safety through optimized design • Superior back pressure • Premium performance and aesthetics • Lightweight, short, and flexible
LANSAS
THE MULTI-SIZE FLOW-THRU™ are built with the same patented designs as our multi and single-size domehead plugs.
The Flow-Thru™ Bypass Pipe plug goes one step further by offering a large bypass within the pipe plug. The bypasses are ideal for doing a water test or sewer bypass. Lansas Flow-Thru™ plugs are available with standard bypasses up to 8″ NPT. 12″ threaded connections and larger flanged connections can be special ordered.
As with any Lansas plug, the multi-size Flow-Thru’s™ can be manufactured with nitrile or neoprene rubber and stainless steel components for use in chemical and petroleum applications.
Test caps are available to convert your Flow-Thru™ pipe plugs over to use in air testing applications. A PVC cap is supplied with each plug with up to a 6″ NPT bypass.
Lansas Single Size MW Flow Thru Plugs
The Lansas MW™ is the most versatile and cost effective single-size plug available. Our 4″-12″ MW’s™ are molded with “o-ring” sealing ribs and each plug is equipped with a replaceable bypass pipe. Our 15″ – 24″ MW’s™ are stocked with either a 4″, 6″, or 8″ bypass . For air or water testing, sewer bypass or simply stopping the flow, the MW™ offers the best value in single size plugs.
Test caps are available to convert your flow thru pipe plugs over to use in air testing applications. A PVC cap is supplied with each plug.
Lansas Super Flow Thru Plugs
The Lansas Super-Flow Plugs are designed with the largest bypasses available. These plugs are excellent for use in flow diversion and manhole rehab projects.
Lansas Multi Size Interchange Bypass Pipe Plugs
Lansas manufactures a variety of pipe plugs with interchangeable ends. Currently, these plugs are built to your specifications with the exact bypass needed to fit your application. Pipe plug sizes start at 14″ and can be manufactured as large as 96″ in diameter. The flanged cover can be equipped with either threaded connections to 12″ NPT, flanges or open tubing for use as a Super Flow style plug.
PLUG TECHNOLOGIES
Single Size Guzzler™ Plugs
Our natural rubber single size inflatable Guzzler™plugs are used in a variety of different applications including blocking flow, bypassing and air testing.
Guzzlers™ are the most versatile and economical inflatable bypass plugs because they can be used for multiple applications.
Aluminum bypasses make these plugs lightweight and easy to install.
Our plugs come standard with a removable 1/8″ or 1/4″ tank valve (tire valve).
Our 3″ plastic molded two port (1/2″ and 1/4″) Guzzler™ plug makes it easy to convert our Guzzlers™into Testers™ without purchasing any additional conversion caps/plugs.
Our plugs also include a removable eyebolt (1/4″ or 3/8″) for lifting and lowering the plug.
Applications: blocking flow, air testing and flowthrough bypassing.
ALWAYS BLOCK PLUGS WHEN CONDUCTING AIR TESTS!
Multi-Sized Guzzler™
Our Multi-Sized Guzzler™ plugs can be used for blocking flow, air testing (testing and blocking), vacuum testing and bypassing flow, which makes them our most versatile plugs.
Removable/replaceable 1/8″ or 1/4″ Tank Valve (tire valve) Standard on all Fatboy Guzzlers™.
Natural rubber construction gives our Guzzler™plugs a broad usage range.
Cross-woven fabric gives our plugs strength and durability.
The lightweight aluminum bypasses make our Guzzler ™ plugs lightweight and easy to install.
Multi-Sized FatBoy Max-Guzzlers™
Our Multi-Sized FatBoy Max-Guzzlers™ plugs are specifically designed for bypassing flow. The large male threaded bypasses make it easy to connect fittings & hoses for pumping and gravity bypassing.
Removable/replaceable inflation assembly has a 1/4” Tank Valve (tire valve) standard on all Fatboy Max-Guzzlers™.
Natural rubber construction gives our Max-Guzzler™ plugs a broad usage range.
Multiple layers of Polyester cord gives our Max-Guzzlers strength and durability.
The lightweight aluminum bypasses make our Max-Guzzler™ plugs lightweight and easy to install.
Can a sewer bypass system be installed in residential areas?
A sewer bypass system can indeed be installed in residential areas. It is commonly utilized to redirect sewage flow temporarily during maintenance or emergencies without disrupting household services.
Are pipe plugs resistant to corrosion?
Pipe plugs are designed with materials that offer resistance to corrosion, ensuring durability and longevity even in harsh environments. This feature makes them highly effective for blocking sewage flow and conducting sewer tests.
Are pipe plugs suitable for high-pressure applications?
Pipe plugs may not be suitable for high-pressure applications. They are primarily designed for low-pressure scenarios, such as blocking sewage flow and conducting sewer air tests, making them less effective in handling high-pressure systems.
What is the primary purpose of a sewer bypass system?
The primary purpose of a sewer bypass system is to temporarily divert sewage flow around a section of the sewer line that requires maintenance or repair, ensuring continued operation and preventing sewage backups during construction activities.
How does a sewer bypass pump work during heavy rainfall?
A sewer bypass pump facilitates the removal of excess wastewater during heavy rainfall by temporarily diverting flow around a clogged or overloaded sewer system, ensuring proper drainage and preventing backups or flooding.
Can a sewer bypass system be used for stormwater management?
A sewer bypass system can be utilized for stormwater management. It effectively redirects stormwater flows, helping to mitigate flooding and manage runoff during heavy rain events while maintaining the integrity of existing sewer systems.
What are the common causes of sewer bypass failures?
The common causes of sewer bypass failures include improper installation of bypass plugs, inadequate sealing, equipment overload, and blockages in the pipeline that prevent effective flow management. These issues can lead to inefficiencies during sewer testing and maintenance.
What are the safety risks associated with sewer bypass systems?
The safety risks associated with sewer bypass systems include potential exposure to hazardous wastewater, equipment failure leading to spills, and inadequate ventilation causing harmful gas buildup. Proper precautions and regular maintenance are essential to mitigate these risks.
What are the environmental benefits of a sewer bypass system?
The environmental benefits of a sewer bypass system include reduced risk of sewage spills, minimized disruption to local ecosystems, and enhanced water quality management. These systems effectively manage overflow while facilitating ongoing maintenance and repairs without harming the surrounding environment.
How do you install a pipe plug correctly?
To install a pipe plug correctly, ensure the pipe is clean, select the appropriate size plug, insert it into the pipe, and securely tighten it to prevent leaks. Always follow manufacturer instructions for optimal installation.
What is the average cost of installing a sewer bypass system?
The average cost of installing a sewer bypass system typically ranges from $1,000 to $5,000, depending on the complexity of the project, equipment needed, and local labor rates.
How do pipe plugs prevent leakages in pipes?
Pipe plugs prevent leakages in pipes by creating a tight seal that blocks the flow of liquids or gases. Their design ensures that any pressure within the pipe is contained, effectively stopping leaks and maintaining system integrity during construction or maintenance activities.
What types of materials are pipe plugs made of?
Pipe plugs are typically made from durable materials such as rubber, PVC, and polyethylene. These materials provide excellent sealing capabilities and resist corrosion, making them ideal for effective sewage flow management in various construction and plumbing applications.
How often should a sewer bypass system be maintained?
The maintenance frequency for a sewer bypass system is crucial for its effectiveness. Regular checks should be conducted every 3 to 6 months, or as dictated by usage conditions, to ensure optimal performance and prevent any potential blockages.
What are pipe plugs used for in plumbing systems?
Pipe plugs are used in plumbing systems to effectively block or divert the flow of water, allowing for maintenance, repairs, and testing of the sewer lines. They are essential for managing sewage flow and conducting pressure tests.
What factors affect sewer bypass installation in homes?
Factors that affect sewer bypass installation in homes include the existing plumbing layout, the location of the sewer line, the volume of flow to be managed, local regulations, and the accessibility of the workspace for installation equipment.
How do pipe plugs handle varying pressure levels?
Pipe plugs are designed to effectively manage varying pressure levels by utilizing resilient materials and secure sealing mechanisms. This enables them to maintain a reliable seal, ensuring safe blocking or bypassing of sewage flow even under fluctuating pressures.
What materials enhance corrosion resistance in pipe plugs?
Materials that enhance corrosion resistance in pipe plugs include stainless steel, which offers excellent durability; PVC, known for its chemical resistance; and rubber compounds that provide flexibility and protection against harsh environments.
How does a sewer bypass system protect the environment?
A sewer bypass system protects the environment by effectively rerouting sewage flows during maintenance or emergencies, preventing overflows that could contaminate water bodies and soil, thereby minimizing pollution and safeguarding public health and ecosystems.
What challenges arise from installing sewer bypass systems?
The challenges arising from installing sewer bypass systems include the potential for system failures, complicated installation processes, and the need for careful planning to ensure proper flow management and compliance with regulations.
When should a sewer bypass system be replaced?
A sewer bypass system should be replaced when it shows signs of significant wear, leaks, or failure to maintain proper flow. Regular inspections will help determine the need for replacement to ensure effective sewage management.
What is the installation procedure for pipe plugs?
The installation procedure for pipe plugs involves first cleaning the pipe ends, then inserting the plug into the desired position and ensuring a tight seal by applying the appropriate pressure or fasteners as needed.
How do you assess sewer bypass system performance?
Assessing sewer bypass system performance involves monitoring flow rates, pressure levels, and system integrity to ensure efficient operation. Regular inspections and testing ensure compliance with safety standards and optimal functionality during sewage management tasks.
What maintenance tasks are essential for sewer bypass systems?
Essential maintenance tasks for sewer bypass systems include regular inspection of pipes and pumps, checking for clogs or blockages, ensuring proper functioning of valves, and monitoring flow rates to prevent overflows.
How do weather conditions impact sewer bypass functionality?
Weather conditions significantly impact sewer bypass functionality by affecting water levels and flow rates. Heavy rainfall can overwhelm systems, while freezing temperatures may lead to pipe blockages, both of which can hinder effective bypass operations.
What innovations exist in sewer bypass system design?
Innovations in sewer bypass system design include advanced flow control technology, enhanced materials for durability, and automated monitoring systems. These improvements increase efficiency, reduce environmental impact, and ensure safer operations during sewage management processes.
How do pipe plugs assist in plumbing repairs?
Pipe plugs assist in plumbing repairs by effectively blocking sewage flow, allowing for safe access to pipes for maintenance and testing. This ensures that repairs can be conducted without leaks or contamination.
What guidelines exist for sewer bypass operation safety?
Guidelines for sewer bypass operation safety include ensuring proper planning and risk assessment, using appropriate equipment such as flow thru pipe plugs, maintaining continuous monitoring, and following local regulations to prevent overflows and protect public health.
How do you troubleshoot sewer bypass system issues?
Troubleshooting sewer bypass system issues involves checking for blockages, verifying pump operation, and inspecting connections. Ensure all components are functioning properly and monitor for leaks to maintain system efficiency.
What is the lifespan of typical pipe plugs?
The lifespan of typical pipe plugs varies depending on the material and application but generally ranges from 5 to 10 years. Proper maintenance and usage in suitable conditions can extend their durability.
