Lovejoy L099/L100N Spider Gear / Coupling Insert - Black, Oil-Resistant
High-performance coupling insert specifically designed for Lovejoy Couplers L099 and L100N. This essential component is engineered for use in demanding applications, such as those found in car wash systems, where it effectively transmits torque while absorbing shock and misalignment. It is particularly well-suited for variable-speed and variable-torque applications, ensuring smooth and reliable power transmission.
Crafted from a highly resilient and long-life material, this insert is notably oil-resistant, providing exceptional durability and extended service life in environments exposed to lubricants. The robust design of the insert ensures reliable performance without the need for any lubrication or ongoing maintenance, offering a cost-effective and hassle-free solution. The P-HYD-2131 operates effectively across a wide temperature range from -40°F to 212°F and can withstand a maximum RPM of 7,000. Its black color is indicative of its standard material composition and properties.
Lovejoy L100 Shaft Coupling Assembly (including the spider gear):P-HYD-2042
- Product Type: Spider Gear / Coupling Insert
- Coupling Size Compatibility: Lovejoy L099 / L100N
- Max. RPM: 7,000
- Operating Temperature Range: -40°F to 212°F (-40°C to 100°C)
- Color: Black
- Dimensions: 2-1/2" X 2-1/2" X 5/8"
- Material: Oil-resistant, highly resilient, long-life Nitrile Butadiene Rubber
- Maintenance: No lubrication or maintenance required
- Optimized for Variable Applications: Ideal for systems with fluctuating speed and torque requirements.
- Oil-Resistant Material: Ensures durability and extended lifespan in lubricant-present environments.
- Maintenance-Free: Requires no lubrication or ongoing upkeep, simplifying operations.
- Wide Temperature Range: Reliable performance in extreme hot and cold conditions.
- High RPM Capability: Supports applications with rotational speeds up to 7,000 RPM.
- Shock & Misalignment Absorption: Protects connected equipment from operational stresses.