HEATIT 8PLSR

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HEATIT 8PLSR Self-Regulating Heat Cable

Instruction Manual

1. Introduction

This manual provides essential information for the safe and effective installation, operation, and maintenance of your HEATIT 8PLSR Intelligent Commercial and Industrial Grade Self-Regulating Heat Cable. This product is designed to offer reliable frost protection for water pipes and facilitate snow melting on roofs and gutters. Please read all instructions carefully before use and retain this manual for future reference.

HEATIT 8PLSR Self-Regulating Heat Cable coiled with 8W/FT tag

Figure 1: HEATIT 8PLSR Self-Regulating Heat Cable

2. Safety Information

WARNING: Failure to follow these safety instructions may result in electric shock, fire, or serious injury.

Diagram showing a lighted plug, thermostat, heating cable, and end seal on a pipe

Figure 2: Key components of the HEATIT system for pipe protection.

3. Setup and Installation

The HEATIT 8PLSR heat cable is pre-assembled and self-regulating, simplifying installation. It is suitable for both residential and commercial applications.

3.1 Pre-Installation Checklist

3.2 Installation for Pipe Freeze Protection

The cable can be installed on plastic or metal water pipes (including inlet pipes, drain pipes, sewers). It can be applied in straight, spiral, or wrapped configurations, and can be overlapped without risk of overheating due to its self-regulating nature.

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

Figure 3: Flexible installation options for the heat cable.

Steps:

  1. Clean the pipe surface where the cable will be applied.
  2. Secure the cable along the pipe using electrical tape or cable ties at regular intervals (e.g., every 12 inches).
  3. For increased protection, especially in colder climates, insulate the pipes after cable installation.
  4. Plug the illuminated plug into a GFCI-protected 120V outlet. The plug will light up when power is supplied.

3.3 Installation for Roof and Gutter De-icing

The HEATIT cable is suitable for various roof types, including inclined roofs, flat roofs, metal roofs, asphalt roofs, and rubber roofs. It helps prevent ice dams and ensures proper drainage.

Snowy roof with a damaged roof section inset, illustrating the need for roof protection.

Figure 4: Protecting roofs from snow and ice damage.

Steps:

  1. Determine the required cable length using the selection table below.
  2. Install the cable in a zigzag pattern along the roof edge and inside gutters and downspouts.
  3. Secure the cable using appropriate roof clips or fasteners designed for heat cables.
  4. Ensure the cable is not covered by debris or insulation that could impede heat dissipation.
  5. Plug the illuminated plug into a GFCI-protected 120V outlet.

3.4 Cable Selection Tables

Table for heating cable selection for pipe freeze protection based on pipe diameter and lowest expected temperature.

Figure 5: Pipe Freeze Protection Cable Selection Guide.

Table for heating cable selection for roof and gutter de-icing, including a multiplier table for eave overhangs and a formula to calculate total heating cable length.

Figure 6: Roof and Gutter De-icing Cable Selection Guide.

3.5 Installation Video

Video 1: Official HEATIT Roof and Gutters Heating Cable Installation Guide. This video demonstrates the proper techniques for installing the heat cable on roofs and gutters to prevent ice buildup.

Video 2: HEATIT Roof & Pipe Heating Cable Unboxing and Initial Setup. This video provides a visual guide to unboxing the HEATIT cable and highlights its key features for pipe and roof applications.

4. Operating Instructions

The HEATIT 8PLSR cable features self-regulating technology, meaning it automatically adjusts its heat output based on the ambient temperature. This prevents overheating and conserves energy.

Image showing the heat cable coiled, with indicators for maximum exposure temperature of 185°F (85°C) and minimum installation temperature of -76°F (-60°C), set against a backdrop of ice and extreme temperatures.

Figure 7: Operating temperature range of the heat cable.

Comparison chart between Self-Regulating Heating Cables and Non-Self-Regulating cables, highlighting energy efficiency, overlap capability, long service life, and temperature performance for self-regulating cables.

Figure 8: Advantages of Self-Regulating Heating Cables.

5. Maintenance

Regular maintenance ensures optimal performance and longevity of your HEATIT cable.

6. Troubleshooting

If you encounter issues with your HEATIT cable, refer to the following common problems and solutions:

ProblemPossible CauseSolution
Cable not heatingNo power to the outlet; GFCI tripped; Ambient temperature above activation threshold.Check power supply and GFCI. If the ambient temperature is above freezing, the self-regulating cable may not activate.
Illuminated plug not litNo power to the outlet; Faulty plug/cable.Check power supply. If power is present and the plug is not lit, contact customer service.
GFCI trips repeatedlyDamaged cable; Water ingress; Overload.Inspect cable for damage. Ensure connections are dry. Reduce load on the circuit. If problem persists, discontinue use and contact customer service.

For issues not listed or if solutions do not resolve the problem, please contact HEATIT customer service.

7. Specifications

Diagram illustrating the heavy-duty design of the heat cable, showing shielding layer, sheathing layer, conductor busbar, PTC core tape, and insulation layer, along with ETL and UL listed logos.

Figure 9: Internal structure and certifications of the HEATIT cable.

8. Warranty and Support

HEATIT is committed to providing high-quality products and excellent customer service.

Image displaying UL and ETL certifications, a $2 Million Insurance badge, and a Transparency logo, indicating product quality and safety assurances.

Figure 10: Product Certifications and Assurance.

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