The EPH 15mm Compression TRV Valve Body (Angled) is a precision-engineered thermostatic radiator valve (TRV) body designed to provide reliable and accurate flow control within electric heating systems. Specifically manufactured for use with the EPH EC10027 thermostatic valve actuators, this valve body features a 15mm compression fitting making it compatible with standard pipework installations common in UK heating systems. Its angled design allows flexible installation in tight or constrained spaces behind radiators or in compact heating manifolds, ensuring neat and efficient plumbing layouts. The valve body ensures effective modulation of water flow to radiators, contributing to optimal temperature control and energy efficiency in zoned heating systems. Key Features & Benefits 15mm compression connection for secure and leak-free pipe attachment Angled configuration designed to fit easily in restricted spaces Compatible with EPH EC10027 thermostatic valve actuators for integrated control Robust brass construction delivers long-lasting durability and corrosion resistance Simple installation suitable for professional plumbers and heating engineers Essential component for efficient thermostatic radiator valve assemblies in electric heating circuits Technical Specifications Specification Details Model Number (MPN) EC10027 Connection Type 15mm Compression Fittings Valve Body Type Angled Material Brass Compatibility Designed for use with EPH EC10027 TRV valve actuators Installation Requires professional installation; suitable for residential and commercial heating systems The EPH 15mm Compression Angled TRV Valve Body is a high-quality component critical for precise temperature and flow control in electric heating systems that employ thermostatic radiator valves. Its sturdy brass construction and compatible design ensure seamless integration and long-term performance. Installation Advice: It is recommended the valve body is installed by a qualified heating engineer or plumber to ensure proper fitting and reliable operation within your heating system.
