EP100F+MP

🌀 Pressure Independent Control Valve – Non Spring Return Type (EP100F+MP) | High-Performance HVAC Flow Control with MP-Bus Compatibility

Optimize your HVAC system’s efficiency with the EP100F+MP Pressure Independent Control Valve (PICV) — a robust, non-spring return type valve designed to deliver accurate flow regulation regardless of pressure fluctuations. With its advanced MP-Bus communication, this valve ensures smooth integration with building automation systems (BAS/BMS), making it ideal for modern, energy-conscious projects.

Engineered for consistent performance and long-lasting durability, the EP100F+MP is the perfect solution for medium to high-flow hydronic systems. It eliminates the need for balancing valves and manual adjustments, reducing commissioning time and operational costs while enhancing indoor comfort levels.

🔧 Key Features:

• 🌡️ Pressure Independent Operation – Maintains constant flow despite varying system pressures

• 🔁 Non Spring Return Type – Reliable actuator ideal for stable, zone-specific flow control

• 🔗 MP-Bus Communication – Seamless integration into BMS platforms for remote monitoring and control

• 💧 Medium to High Flow Capacity – Suitable for larger HVAC zones and commercial projects

• 🛠️ Quick Installation – Compact design with simplified wiring terminals

• ♻️ Energy Efficient – Optimized for reduced pumping costs and balanced flow control

• 🔒 Precise Regulation – Eliminates the need for separate balancing valves or flow limiters

📦 Applications:

• Commercial HVAC zones

• Hospitals and laboratories

• Educational campuses

• Multi-zone hydronic systems

• Buildings with BMS or MP-Bus infrastructure

✅ Why Choose the EP100F+MP PICV?

The EP100F+MP stands out for its combination of intelligent communication and pressure-independent technology. With its non-spring return actuator and MP-Bus compatibility, it offers smart HVAC control that’s scalable and efficient. Whether you’re working on a new build or a retrofit project, this PICV ensures consistent comfort, lower energy bills, and effortless automation.