ヒートイット 8PLSR

HEATIT 8PLSR 自己制御型ヒートケーブル ユーザーマニュアル (18 フィート、120V、8W/ft)

Model: 8PLSR | Brand: HEATIT

1. はじめに

This manual provides essential information for the safe and effective installation, operation, and maintenance of your HEATIT 8PLSR Self-Regulating Heat Cable. This product is designed to provide frost protection for water pipes and assist with snow melting on roofs and gutters. Please read this manual thoroughly before installation and retain it for future reference.

Coiled HEATIT 8PLSR Self-Regulating Heat Cable with lighted plug

Image 1.1: The HEATIT 8PLSR Self-Regulating Heat Cable, coiled, featuring its lighted plug indicator. This cable is designed for efficient frost protection and de-icing applications.

Before and after images showing a frozen outdoor faucet and a family happily using a kitchen sink with running water, illustrating the benefit of pipe freeze protection.

Image 1.2: Visual representation of the product's purpose: preventing frozen pipes and ensuring water flow during cold conditions.

2. 安全情報

警告: これらの安全に関する指示に従わなかった場合、感電、火災、または重傷を負う可能性があります。

Diagram showing a lighted plug, thermostat, heating cable, and end seal on a pipe, with a note about the lighted plug indicator.

Image 2.1: Illustration clarifying that the lighted plug indicates power is on, but the cable only heats when the thermostat senses low temperatures.

2.1 認定

The HEATIT 8PLSR Self-Regulating Heat Cable is fully ETL and UL certified, ensuring compliance with North American safety standards. This comprehensive certification covers the entire cable for reliable performance.

UL and ETL certification logos with text about $2 Million Insurance and Transparency Program.

Image 2.2: Display of UL and ETL certification marks, indicating the product meets recognized safety standards.

3. インストール手順

The HEATIT 8PLSR cable is designed for flexible installation on various pipe and roof types. It is self-regulating, pre-assembled, and can be overlapped without risk of overheating.

Diagram showing flexible installation methods for the heat cable: spiral, straight, and wrap, with checkboxes for self-regulating, pre-assembled, can be overlapped, and never overheat or burn.

Image 3.1: Visual representation of flexible installation options for the heat cable, including spiral, straight, and wrapped configurations.

3.1 Pipe Freeze Protection

This cable is suitable for use on both plastic (Pex, ABS, PVC) and metal (Copper, Steel, Galvanized) water pipes. Ensure pipes are clean and dry before application.

Illustration showing various pipe materials suitable for heat cable application: Pex, ABS Plastic, PVC Plastic, Copper, Steel, Galvanized.

Image 3.2: Types of pipes compatible with the HEATIT 8PLSR heat cable for freeze protection.

For optimal performance and energy efficiency, it is recommended to insulate the pipes after installing the heat cable. Use fiberglass insulation or foam pipe covers.

Installation Steps for Pipes:

  1. きれいな表面: Ensure the pipe surface is clean, dry, and free of sharp edges.
  2. ケーブルの接続: Secure the heat cable along the length of the pipe using electrical tape or cable ties at intervals of approximately 12 inches (30 cm). For plastic pipes, ensure the cable does not exceed 8W/ft.
  3. Spiral or Straight: The cable can be run straight along the bottom of the pipe or spiraled around it for increased heat output on larger diameter pipes or in colder conditions. Refer to the "Heating Cable Selection for Pipe Freeze Protection" table in the Specifications section for guidance on cable length per pipe diameter and temperature.
  4. 断熱: Apply appropriate insulation over the pipe and heat cable.
  5. 接続電源: Plug the cable into a grounded 120V outlet. The lighted plug will illuminate to indicate power is present.

3.2 Roof and Gutter De-icing

The HEATIT 8PLSR cable can be used on various roof types, including metal, slate, stone, rubber, asphalt, ceramic, wood, and composite roofs, to prevent ice dams and facilitate snow melting.

A house with snow on the roof, and an inset image showing a roof damaged by ice and snow accumulation.

Image 3.3: Illustration of a roof with snow, highlighting the potential for ice dam formation and associated damage, which the heat cable helps prevent.

Grid of images showing various roof types: Metal, Slate, Stone, Rubber, Asphalt, Ceramic, Wood, Composite roofs.

図3.4: 例amples of different roof materials compatible with the HEATIT 8PLSR heat cable for de-icing.

Installation Steps for Roofs and Gutters:

  1. プランレイアウト: Determine the areas prone to ice dam formation, typically roof edges, valleys, and gutters.
  2. 安全なケーブル: Use appropriate roof clips or fasteners (not included) to secure the cable in a zigzag pattern along the roof edge and inside gutters. Ensure the cable is not damaged during fastening.
  3. Calculate Length: Refer to the "Heating Cable Selection for Roof & Gutter De-icing" table in the Specifications section to calculate the required cable length based on roof edge length, gutter length, and downspout length.
  4. 接続電源: Plug the cable into a grounded 120V outlet.
House with snow on the roof and a pipe below, illustrating efficient protection for pipes, roofs, and gutters.

Image 3.5: The HEATIT 8PLSR cable provides efficient frost protection for pipes and de-icing for roofs and gutters.

4. 操作手順

The HEATIT 8PLSR is a self-regulating heat cable. This means it automatically adjusts its heat output along its entire length based on the ambient temperature. It will produce more heat in colder sections and less heat in warmer sections, optimizing energy consumption and preventing overheating.

Comparison table of Self-Regulating Heating Cables vs. Non-Self-Regulating cables, highlighting energy efficiency, overlapping capability, service life, and temperature range.

Image 4.1: Comparison illustrating the advantages of self-regulating heating cables, such as energy efficiency and the ability to overlap.

5. メンテナンス

The HEATIT 8PLSR heat cable requires minimal maintenance due to its durable construction and self-regulating properties.

6。 トラブルシューティング

問題考えられる原因解決
Cable not heating / Lighted plug offNo power to the outlet; Faulty outlet; Damaged cable or plug.Check circuit breaker/GFCI. Test outlet with another device. Inspect cable for visible damage. If damaged, replace the cable.
Cable not heating sufficientlyAmbient temperature not low enough for full activation; Insufficient insulation; Incorrect cable length for application.Verify ambient temperature is below freezing. Ensure pipes are adequately insulated. Review installation guidelines and cable length calculations.
Ice dams still forming on roofIncorrect cable layout; Insufficient cable length; Extreme weather conditions.Ensure cable is installed in a proper zigzag pattern. Verify sufficient cable length using the calculation table. Consider additional cable or professional assessment for extreme conditions.

If troubleshooting steps do not resolve the issue, contact HEATIT customer service for assistance.

7. 仕様

Coiled heat cable with indicators for Minimum installation Temperature: -76°F (-60°C) and Max. Exposure Temperature: 185°F (85°C).

Image 7.1: The HEATIT 8PLSR heat cable's operational temperature range, from minimum installation to maximum exposure temperatures.

7.1 Heating Cable Selection for Pipe Freeze Protection

The following table provides guidance on the recommended cable length multiplier for different pipe diameters and lowest expected temperatures. This helps determine the total length of cable needed for effective pipe freeze protection.

Table showing heating cable length multipliers for water-filled rigid plastic and metal pipes based on diameter and lowest expected temperature.

Image 7.2: Guide for selecting appropriate heating cable length for pipe freeze protection based on pipe material, diameter, and minimum ambient temperature.

7.2 Heating Cable Selection for Roof & Gutter De-icing

Use the following table and formula to calculate the total heating cable length required for roof and gutter de-icing applications.

Table showing heating cable multiplier for roof and gutter de-icing based on eave overhang and roof type, along with a formula to calculate total cable length.

Image 7.3: Instructions and table for calculating the required heating cable length for roof and gutter de-icing, considering roof type and eave overhang.

8. 保証とサポート

8.1 保証情報

HEATIT products are backed by a commitment to quality. Specific warranty details are typically provided with the product packaging. Please retain your proof of purchase for warranty claims.

8.2 カスタマーサービス

For any questions, technical assistance, or support regarding your HEATIT 8PLSR Self-Regulating Heat Cable, please contact HEATIT customer service. Our dedicated team aims to provide professional feedback within 24 hours.

Contact information can typically be found on the product packaging or the official HEATIT webサイト。

9. 製品ビデオ

No official product videos from the seller were provided in the available data to embed in this manual.

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