Poly cam

Types of Poly Cam

Poly Cam are available in various styles to meet different customer needs. They include the following:

• Polycarbonate film camera:

  Polycarbonate films are designed with lightweight and high-impact resistant polycarbonate material. They protect cameras against drops and impact. Polycarbonate film cameras are suitable for everyday use and outdoor activities like hiking and skiing.

• Polymethyl methacrylate camera:

  Polymethyl methacrylate cameras have PMMA, a transparent thermoplastic with high optical clarity. It makes a great camera lens and window material. PMMA has excellent weather resistance and is less prone to yellowing when exposed to UV light. The cameras are suitable for outdoor applications such as street and architectural photography.

• Polyvinyl chloride camera:

  Polyvinyl chloride (PVC) is a widely used polymer in the camera industry. It is mainly used for external housing and component manufacturing due to its excellent strength and durability. PVC is cost-effective and has good chemical resistance, making it suitable for harsh environments. PVC cameras are used in industrial applications such as material handling and inventory management.

• Polyester camera:

  Polyester cameras are used to improve image quality and durability. For example, some cameras use polyethylene terephthalate (PET) in their lens coatings. PET has superior moisture and gas barrier properties, enhancing camera lens performance by reducing fogging and protecting against moisture and dust.

Specifications and Maintenance of Poly Cam

Specifications

• Material

  The poly cam is made of high-strength polyethylene (PE) plastic, which gives it a very strong and durable construction.

• Size and Capacity

  The poly tank size is large and has a high capacity, which allows it to hold a large amount of water or liquid. The capacity of poly tanks is usually from 1000 liters and can go up to 30000 liters or more. They also come in different sizes, which include height and width, to meet different requirements.

• Design and Configuration

  The poly cam has a cylindrical design with a rounded bottom and an open top. The cylindrical shape allows for an even internal liquid distribution, which reduces pressure on the walls of the tank. The poly cam also has many inlet and outlet ports that allow for easy water dispensing and liquid filling. The inlet and outlet ports are also designed in different sizes to suit different applications.

• Color

  The poly cam is usually available in a white or translucent color. This allows for easy visibility and monitoring of the internal liquid level. It is also available in a blue color, which gives it a very attractive appearance.

• UV Resistance

  Poly cams are designed to be resistant to UV rays and can be exposed to sunlight for a long time without degrading.

• Temperature Resistance

  Poly cams have a wide range of temperature resistance. They can be used to hold liquids that are very hot or very cold.

Maintenance

• Cleaning

  Poly cam tanks should be cleaned regularly. This cleaning should be done on a monthly basis or at regular intervals, depending on the use of the tank. During this cleaning, a tank cleaning solution should be used to get rid of any kind of dirt, residue, or buildup from the internal tank walls. After this cleaning, the tank should be rinsed with water to remove any residue from the cleaning solution.

• Regular Inspection

  Poly cam owners should inspect the tank regularly to check for any damage, cracks, or leaks that might occur. In case of any damage, repair or replacement of the affected tank part should be done immediately. This inspection can also help in the early detection of any algae growth or any other kind of contamination that can occur in the tank.

• Water Quality

  The poly cam should be used to hold water that is clean and free from any type of contaminants, dirt, or harmful chemicals. This is because such chemicals or contaminants can lead to the degradation of the tank material over time. The water or liquid that the poly tank holds should also be checked regularly to ensure that it is free from any type of contamination.

• Level Management

  The levels of the liquid in the poly cam should be monitored regularly to ensure that they are at a normal and recommended level. This is important because poly tanks are designed to work effectively with liquid levels that are within the specified limits. In case of any fluctuation of the liquid levels, the poly cam should be adjusted accordingly.

• Temperature Control

  The poly cam should be used to hold liquids at a temperature that is within the specified temperature limits of the tank. This is because the poly tank can become deformed or damaged in case of exposure to a temperature that is very high or very low.

How to Choose Poly Cam

With an overwhelming number of options available, choosing the right poly cam can be quite challenging. Here are some essential tips to consider:

• Usage

  It is vital to consider the intended use before selecting a poly cam. Some are suitable for irrigation, while others are designed for industrial applications. Understanding the primary use helps narrow down the options based on relevant features and specifications.

• Size and Specifications

  Once the usage is determined, the size and specifications suitable for the application should be selected. This includes factors such as diameter, pressure rating, and flow requirements. Choosing the right size ensures compatibility with existing systems and optimal performance.

• Fittings and Compatibility

  When selecting a poly cam, it is essential to consider the compatibility with existing equipment. This includes matching the fittings, connection types, and ensuring a proper fit without leaks or failures.

• Brand Reputation and Quality

  Due to the existence of numerous poly cam manufacturers, it is advisable to consider the brand's reputation and product quality. Reliable brands offer consistent quality, durability, and performance. Reading reviews and seeking recommendations from trusted sources can assist in choosing a reputable brand.

• Cost

  Cost is an essential factor when selecting a poly cam, but it should not be the only consideration. Finding a balance between quality and affordability is recommended. Cheaper options may have lower quality, affecting long-term durability and performance.

• Availability

  Before selecting a poly cam, it is essential to consider its availability. Certain sizes and specifications may have limited availability or require extended lead times. Selecting readily available products ensures timely procurement and minimizes project delays.

• Warranty and Support

  Consider the warranty offered by the manufacturer or supplier, as it provides protection against defects. Additionally, consider the availability of customer support, technical assistance, and after-sales service. Reliable support can be beneficial during installation, troubleshooting, and product maintenance.

• Future Expansion and Flexibility

  If there is a possibility of future expansion or system modifications, consider the poly cam's flexibility. Selecting products that allow for easy integration, adaptability, and scalability meets future needs without significant disruptions.

How to DIY and Replace Poly Cam

Polyethylene cameras are often easy to install and repair. Follow the manufacturer's installation manual for guidance. Here are some general steps for installing a poly pipe camera.

• Determine the exact location where the camera will be installed.
• To accommodate the camera and its protective housing, dig a hole slightly larger than the camera.
• If the camera requires a power supply, ensure that the trench is run to a location with electrical access.
• Ensure that the camera is correctly oriented to provide the desired field of view.
• Once satisfied with the positioning and orientation, backfill the hole, taking care not to damage the camera or its housing.
• Connect the camera to the monitoring system or display to ensure it is functioning correctly.

It is important to ensure that the camera is properly installed to avoid potential damage from water or other environmental factors.

Q&A

Q1: Do polycarbonate lenses yellow over time?

A1: Yes, polycarbonate lenses can yellow due to prolonged exposure to sunlight, especially if they lack a UV-stabilized coating.

Q2: Can polycarbonate lenses get scratched?

A2: Polycarbonate lenses are more prone to scratches than other materials like high-index plastic. They offer decent scratch resistance but lack the durability of scratch-resistant coated glasses.

Q3: Why are polycarbonate lenses so popular?

A3: Polycarbonate lenses are famous for their strength, impact resistance, and ability to filter UV rays. These characteristics make them suitable for various activities, including sports and daily use.