Sohrana Line Voltage Occupancy Sensors

Sohrana Line Voltage Occupancy Sensors The Unison Sohrana family of line voltage occupancy sensors provide control in areas that may not require advanced systems but still need to meet energy code requirements. Areas such as bathrooms, closets, or other isolated spaces can benefit from these stand-alone sensors. Sohrana line voltage occupancy sensors are available in

Temperature and Humidity Sensors

RTS temperature/humidity sensors are wireless, self-powered sensors that detect temperature/humidity in interior spaces. – They feature excellent transmission range; advanced diagnostics and efficient solar power utilization. Models options offer variations of temperature only, temperature set point, relative humidity, occupancy override and fan speed. The RTS works in conjunction with Echoflex’s electronic base board controller or the Echoflex thermostat to control heating

Resonate Occupancy Sensor

ROS occupancy sensors are wireless, self-powered sensors that detect motion in room and office spaces. They feature excellent transmission range, advanced diagnostics and efficient solar power utilization in hallway, corner mount and wide angle models. ROS sensors are one of the most technically advanced in the wireless controls industry. The sensors are designed to operate on a

CO2 Sensor

Echoflex’s CO2 Sensor (RCT-1H-UW) is a wireless, self-powered indoor sensor that provides accurate monitoring of CO2, temperature, and relative humidity. It is designed for commercial facilities and works with common BMS systems so they can run HVAC systems more efficiently. The RCT-1H-UW is easily calibrated in ambient air and has an integrated self-calibration feature. It

Magnetic Contact Sensor

The Echoflex Magnetic Contact Sensor (model MC-31) is an easy-to-install, battery-powered sensor that monitors the status of a window or door. When mounted on the inside of a window or door jamb, the MC-31 helps users capture energy savings in lighting and HVAC controls systems by providing passive occupancy detection. It wirelessly transmits the open

Open Loop CCT Sensor

Echoflex’s Open Loop CCT Sensor (FLS-41) adds correlated color temperature (CCT) sensing technology to an open loop photo sensor. With combined color temperature and photo sensing capabilities, it enables systems with tunable-white fixtures to create a homogenous light field and a more natural-looking environment – making it an essential part of your human-centric lighting solution.

Ceiling High Bay Sensor

The MOS sensor is a wireless, self-powered vacancy/occupancy sensor for rooms, offices, and high-bay locations. On a full charge, the solar-energized PIR sensor will operate for 225 hours in complete darkness, while the Dual Tech module will operate for 168 hours. Both versions offer excellent transmission range. The MOS is one of the most technologically advanced

Vacancy Occupancy Sensor

The Echoflex RVS is a solar powered, passive infrared, wireless vacancy sensor. Optimized for spaces with ceiling heights of 8 to 10 feet, the RVS provides automatic OFF control, meeting today’s strictest energy codes. The Resonate Vacancy Sensor combines a sleek, non-intrusive design with advanced power management circuitry to minimize solar harvesting requirements. The RVS

Wall Switch Sensor

The Echoflex Wall Switch Sensors (OWS) are line-powered, wall-mount, occupancy/vacancy sensors with an integrated rocker switch that communicates wirelessly to Echoflex controllers. The OWS is a no-neutral, conductor-powered device connecting to line voltage and earth ground ( <0.5mA). OWS sensors are ideal for installation in small offices and boardrooms requiring on/off switching, dimming, and occupancy/vacancy

Correlated Color Temperature Photo Sensor

The Echoflex Correlated Color Temperature Photo Sensor (TAP-41) is a wireless, self-powered photo sensor with correlated color temperature (CCT) sensing technology. Designed for indoor use, the TAP-41 sensor has two selectable light intensity ranges. One range supports light intensity levels suitable for monitoring fixture output for closed loop daylighting. The second range is ideal for