Smart EnOcean Gateway Industrial

Smart EnOcean Gateway Industrial (DCI-GW / EO-IP) Bidirectional Gateway with TCP/IP socket connection and multi-radio capability. – IP-Gateway, translating EnOcean-Radio Communication (Energy Harvesting Wireless Technology) into different IP-worlds – Web interface to view, control or manage EnOcean devices – Multiple client connections possible – Supports standard EnOcean profiles as well as manufacture specific profiles –

Smart EnOcean Gateway Business

Smart EnOcean Gateway Business ( DC-GW/EO-IP ) Bidirectional Gateway with TCP/IP socket connection. – IP-Gateway, translating EnOcean-Radio Communication (Energy Harvesting Wireless Technology) into different IP-worlds – Web interface to view, control or manage EnOcean devices – Multiple client connections possible – Supports standard EnOcean profiles as well as manufacture specific profiles – Update capability for

Smart EnOcean Gateway Business

Smart EnOcean Gateway Business ( DC-GW/EO-IP ) Bidirectional Gateway with TCP/IP socket connection. – IP-Gateway, translating EnOcean-Radio Communication (Energy Harvesting Wireless Technology) into different IP-worlds – Web interface to view, control or manage EnOcean devices – Multiple client connections possible – Supports standard EnOcean profiles as well as manufacture specific profiles – Update capability for

TR9277-EO CO2, Temp & RH Transmitter, Indoor Ambient Light Powered

The TR9277-EO from AirTest is a wireless, CO2, Temperature and RH transmitter that is powered by indoor ambient light, making it ideal for zero energy/minimal environmental impact projects or applications where zero maintenance is required.  The transmitter utilizes EnOcean Profile A5-09-04. Key Features Include Zero energy transmitter that harvests power from indoor ambient light. Incorporates a

TR9277-EO CO2, Temp & RH Transmitter, Indoor Ambient Light Powered

The TR9277-EO from AirTest is a wireless, CO2, Temperature and RH transmitter that is powered by indoor ambient light, making it ideal for zero energy/minimal environmental impact projects or applications where zero maintenance is required.  The transmitter utilizes EnOcean Profile A5-09-04. Key Features Include Zero energy transmitter that harvests power from indoor ambient light. Incorporates a

EasySens® STC65-FTT LON

Bidirectional gateway for connecting up to 11 EasySens® sensors and transmitters to controllers and control systems with LON interface. With predefined sensor objects (sensor, switch, …) and corresponding output variables (SNVT) for communication in a LON network. Especially designed to upgrade existing LON installations with wireless technologies for increased energy savings.

EasySens® STC-KNX

Bidirectional gateway for connecting up to 32 EasySens® sensors or wireless switches to a KNX network. The device offers additional logical control blocks, which can be configured for: switching and dimming lights, blinds up/down, presence, set point adjustment, fan stages, humidity sensor, window contact/handle, binary input, light and motion.

EasySens® SRE-Repeater

The SRE-Repeater is used for repeating radio telegrams between EnOcean transmitters and receivers/gateways. The repeater is typically used when transmission range problems occur between transmitter and receiver in an existing installation (e.g. due to walls being pulled in, furniture/cabinets being moved). Level 1, Level 2 and Smart Repeating (rule-based filters) can be set using the

EasySens® STC-DO

Bidirectional flush-mounted receiving actuator for EasySens® devices with one relay output. Functions/applications can be individually configured via airConfig software for e.g. heating with PWM, heating ON/OFF, signal contact, status feedback, hygrostat control, heating/cooling with PWM, light ON/OFF or fan speed control. The STC-DO is a universal relay acatuator that can be configured through airConfig depending

EasySens® SR65-3AI

The SR65-3AI has 3x 0..10 V inputs. The inputs can be wirelessly transmitted with the SR65-3AI to an EasySens® receiving actuator or can be integrated through gateways into existing BUS networks.