Schneider SpaceLogic RP-V 4-Point VAV Controller with Built-In Actuator & Airflow Sensor
The Schneider Electric SXWRPV4A10001 SpaceLogic RP-V 4-Point VAV Controller is an integrated variable air volume (VAV) controller designed for duct-mounted installation. This innovative controller combines a BACnet controller, damper actuator, and airflow sensor in a single compact unit, simplifying VAV box installation and commissioning. The RP-V controller provides precise zone-level airflow control for optimal comfort and energy efficiency.
Technical Specifications
| Communication Protocol |
BACnet/IP (Ethernet), BACnet MS/TP (RS-485) |
| BACnet Profile |
B-AAC (Advanced Application Controller) |
| Total I/O Points |
4 points |
| Universal Inputs |
2 points (0-10V / 4-20mA / thermistor) |
| Relay Outputs |
2 points (Form A, 2A @ 250VAC) |
| Integrated Actuator |
24VAC/DC motorized damper actuator |
| Actuator Torque |
10 Nm |
| Integrated Airflow Sensor |
Differential pressure transducer |
| Airflow Range |
0-2500 Pa (configurable) |
| Processor |
32-bit ARM Cortex-M4 |
| Memory |
256KB Flash, 64KB RAM |
| Network |
10/100 Mbps Ethernet or MS/TP |
| BACnet Objects |
Up to 100 objects |
| Power Supply |
24VAC/DC +/-10%, 20VA max |
| Operating Temperature |
-10°C to +50°C |
| Mounting |
Duct-mounted on VAV box |
| Certifications |
BTL listed, CE, UL |
Key Features
- Integrated BACnet controller, actuator, and airflow sensor in single unit
- Compact design for simplified VAV box installation
- Precise zone-level airflow control
- Reduced installation time and wiring complexity
- Accurate airflow measurement and damper control
Application Scenarios
The RP-V 4-point VAV controller is designed for variable air volume terminal units in commercial office buildings, hotels, hospitals, and educational facilities. It provides precise zone-level airflow control for single-duct VAV boxes, dual-duct VAV systems, and pressure-independent VAV applications. The controller supports demand-controlled ventilation (DCV) based on CO2 sensing, occupancy-based scheduling, and integration with EcoStruxure Building Operation for centralized zone management.