ASM115SAF332

How energy efficiency is improved

Damper actuator with integrated, freely programmable controller and cloud connection in one device. Can be integrated into a local building automation system via BACnet or into the SAUTER Cloud via MQTT. Communicates via Ethernet, Wi-Fi and Bluetooth. Automatic adaptation to the damper, precise activation and high energy efficiency with minimal operating noise and smart functions

Features

• Smart Actuator as an intelligent IoT solution for autonomous control of heating and air-conditioning applications in smart buildings
• Ready-made HVAC standard applications from SAUTER from the App Store allow efficient installation and commissioning of small systems
• Applications are selected from the library via mobile app and installed on the Smart Actuator
• Ethernet switch, Wi-Fi interface and Bluetooth LE for flexible device communication and system integration
• BACnet/IP communication (EN ISO 16484‑5) via Ethernet or Wi-Fi interface
• Convenient commissioning, parameterisation and remote access to the system via a mobile app or with the SAUTER CASE engineering software
• As an IoT device, the cloud connection for remote access takes place via MQTT using TLS encryption
• Enables creation of Smart Actuator networks with distributed intelligence
• Optionally, the Smart Actuator can be used flexibly in BA networks due to free programmability via CASE Suite
• Real-time clock for calendar functions and time programmes
• Two universal I/Os for connecting external sensors and actuators
• Direct connection of up to two room operating units
• Flexibly expandable with up to four I/O modules for comprehensive control tasks
• Pre-assembled cables with mechanically and colour-coded connectors allow fast, error-free wiring for Smart Actuator and SAIO 100 I/O modules
• Easy fitting using self-centring spindle adapters
• BLDC motor technology enables extensive diagnostic functions
• Intelligent angle of rotation adaptation and detection including feedback signal
• Electronic, torque-dependent cut-off
• Disengageable gear unit for manual adjustment and local priority operation