The Schneider Electric SXWRPV4A10001 is a high-specification RP-V Room Purpose VAV Controller 4pt from the prestigious SpaceLogic RP-V series, engineered to deliver exceptional reliability, precision, and operational efficiency for modern intelligent building environments.

As part of the globally recognized EcoStruxure ecosystem, this device represents the integration of advanced engineering standards with high-durability hardware, ensuring seamless coordination of critical building services such as climate management, air quality monitoring, and system automation.

Designed for modular or wall-mounted installation, the SXWRPV4A10001 enables building operators to implement modular control architectures that reduce energy overhead and enhance occupant comfort. Built with sustainable, halogen-free materials and future-ready technology, this device is a critical building block for achieving high-performance infrastructure certifications such as LEED, WELL, and Green Premium.

It is specifically engineered for 24/7 mission-critical operations in high-end commercial office towers, healthcare facilities, and industrial estates.

• Product Model: SXWRPV4A10001
• Product Range: Schneider Electric SpaceLogic RP-V
• Communication Protocol: BACnet/IP (Dual-port), Bluetooth
• Interface Configuration: 4 Universal Inputs, Integrated Damper Actuator
• Rated Operating Voltage: 24 V AC
• Control Power Supply: Bus-powered or dedicated supply (model specific)
• Functional Logic & Sensing: Built-in airflow sensor, PID VAV logic, smartphone commissioning
• Network Topology Support: Supports standard star, daisy-chain, and branch-based bus architectures
• Wiring Interface: Maintenance-free terminal blocks or industrial screw terminals for secure connectivity
• Operating Temperature: 0°C to 50°C (standard indoor operational range)
• Ingress Protection: IP20 / IP30 (Indoor mounting environments)
• Housing Material: Halogen-free, Flame-retardant industrial grade polycarbonate
• Certifications: CE Marked, RoHS, REACH, UL Listed, Green Premium Environmental Data