18C-512-8-150 | 3/4"F 150# T&P 8"ele 1.912mBTU | Conbraco Industries Amperage_0.8/.095AMP allowing for easy integration into

allowing for easy integration into existing HVAC setups

00 inches ensures versatility and adaptability to various applications

**Mars Controls Capacitor Dual Section Motor Run Round: A Reliable Solution for Industrial Applications** This Capacitor Dual Section Motor Run Round from Mars Controls is meticulously engineered to provide exceptional performance and durability in challenging industrial environments

providing excellent corrosion resistance

Key Features: * Type H design for secure and precise shaft mounting * 7/8-inch bore size accommodates a wide range of shaft diameters * Split taper lock design simplifies installation and removal * Precision-machined construction for accurate and repeatable performance * Manufactured from durable materials for extended service life Applications: This Split Taper Bushing is commonly used in: * Motor and gear couplings * Pulley and sprocket mounting * Conveyor systems * Pump and compressor connections * Other industrial machinery requiring secure shaft-to-hub connections Benefits: * Quick and easy installation with the split taper lock design * Secure and vibration-dampening hold on the shaft * Durable construction for long-lasting performance * Versatile application in various industrial machinery Our trusted HVAC store is your trusted supplier for Browning Belts' Split Taper Bushings and a wide range of industrial products

18C-512-8-150 | 3/4"F 150# T&P 8"ele 1.912mBTU | Conbraco Industries Amperage_0.8/.095AMP allowing for easy integration intoT&P Relief Valve: 3 4"F x 150# T&P 8"ele 1. 912mBTU Conbraco's 3 4"F 150# T&P 8"ele 1. 912mBTU relief valve is a highly reliable and essential safety device designed to protect your water heating systems from excessive pressure buildup. This valve features a 3 4 inch female inlet connection and is rated for pressures up to 150 psi. Its temperature and pressure (T&P) design ensures automatic release of excess pressure and temperature, preventing tank