Product Name
Leister 100.066 - CARBON BRUSH REPLACEMENT - CARBON BRUSH 120V (QTY OF 2)
Brief Description
The Leister 100.066 is a genuine replacement carbon brush set (quantity of 2) designed for 120V Leister hot air tools, such as the Hot Jet S and Triac ST. These essential components facilitate the transfer of electrical current from the power source to the motor's armature, ensuring the efficient and reliable operation of the hot air tool. Carbon brushes are engineered to wear over time, acting as a sacrificial part to protect the more expensive motor components, making their timely replacement crucial for tool longevity and performance.
Popular Applications & Uses
- Maintaining and repairing Leister hot air tools like the Hot Jet S and Triac ST.- Ensuring continuous and efficient operation of hot air tools used for plastic welding, bending, and shrinking.- Facilitating various hot air applications such as welding plastic pipes, foils, films, and roofing membranes.- Supporting tasks like repairing tarpaulins, shrinking boat and electronic cables, and preparing pallets with shrink film.- Enabling the formation of materials like airplane seats made of leather or imitation leather.- Used in general power tools and industrial motors where carbon brushes are critical for current transfer.
Industries that Commonly Use It
- Aerospace/Defense- Automotive Service/Repair- Construction/ Building Services- Distributers & Resellers- Electrical Services or Products- Energy- Flooring Installer or Manufacturer- General Manufacturing- Industrial Supply- LED/Electronics- Marine- Packaging Services or Contractor- Plastic Fabrication- Prosumer- Sign & Display- Tarp, Fabric, Awning Manufacturing- Thermoforming
Special and Unique Features
- Genuine Leister replacement part, ensuring optimal compatibility and performance with specified Leister hot air tools.- Designed for 120V Leister tools, matching specific voltage requirements.- Acts as a sacrificial component, wearing down over time to prevent damage to the more expensive motor, thus extending tool life.- Made from highly conductive carbon and graphite materials, capable of withstanding high temperatures and friction inherent in motor operation.- Simple to replace, allowing for user maintenance and reduced downtime.
Key Properties
- Electrical Conductivity - High, due to carbon and graphite composition, facilitating efficient current transfer.- Wear Resistance - Engineered to wear predictably over time to protect the motor.- Thermal Durability - Withstands high temperatures generated during continuous operation.- Low Friction Coefficient - Reduces heat generation and ensures smooth operation at high speeds.- Self-Lubricating - Graphite content provides natural lubrication, minimizing friction between moving parts.- Voltage Rating - Specifically 120V, ensuring correct electrical compatibility.
Surface Compatibility
Not applicable as this product is an internal electrical component for a tool's motor, not a material applied to a surface. Its compatibility is with the specific Leister tool models it is designed for.
Known backups / known substitutes
- The primary "substitute" is another genuine Leister 100.066 carbon brush set.- It is critical to use replacement brushes that precisely match the tool model, date code, and voltage rating to ensure proper function and prevent damage.- While generic carbon brushes exist for various motors, using non-Leister specific brushes for Leister tools may compromise performance, safety, and tool longevity.- Always replace both carbon brushes simultaneously for balanced wear and optimal motor performance.
Comparison Note
The Leister 100.066 carbon brush replacement stands out as an original equipment manufacturer (OEM) part, specifically engineered and tested for compatibility and optimal performance with Leister's 120V hot air tools, such as the Hot Jet S and Triac ST. This ensures the precise fit, electrical characteristics, and wear properties required for the demanding applications of Leister tools. While universal carbon brushes are available for various motors, they may not offer the exact specifications, material composition, or durability tailored for Leister's high-performance equipment, potentially leading to reduced tool efficiency or premature motor wear.
