Molex CoreSync Wireless Double Switch and Dimmer (902 MHz)

The double switch pads use energy harvesting technology to communicate with a wireless gateway and provide convenient local control of lighting, temperature and miscellaneous electric loads.. Self-powered wireless controls by Molex are simple to install. These switch/dimmer pads are self-powered and never require batteries because the action of pressing the rocker generates sufficient energy to send a wireless signal

Molex CoreSync Wireless Occupancy Sensor, Wall Mount (902 MHz)

CoreSync Wall Mounted Occupancy Sensors are wireless and self-powered, providing a cost-effective way to control energy use in unoccupied rooms. The CoreSync Wall Mounted Occupancy Sensor harvests solar energy from indoor light and uses radio frequency technology to communicate wirelessly with other EnOcean-enabled devices, helping building automation systems to reset temperature, turn off lights and control other electrical loads

Molex CoreSync Wireless Ambient Light Sensor (902 MHz)

CoreSync Ambient Light Sensors are wireless and self powered, providing a cost-effective way to control energy use in unoccupied rooms. The CoreSync Ambient Light Sensor measures and reports the level of available natural light, enabling energy-saving daylight harvesting capabilities when used within the CoreSync Network Connected Lighting system. Interoperable – Fully compatible with other CoreSync and EnOcean enabled wireless devices

Molex CoreSync Wireless Occupancy Sensor, Ceiling Mounted (902 MHz)

CoreSync Ceiling Mounted Occupancy Sensors are wireless and self-powered, providing a cost-effective way to control energy use in unoccupied rooms. The CoreSync Ceiling Mounted Occupancy Sensor harvests solar energy from indoor light and uses radio frequency technology to communicate wirelessly with other CoreSync devices, helping building automation systems to reset temperature, turn off lights and control other electrical loads

Molex CoreSync Wireless LED Relay Zone Controller (902 MHz)

The LED Relay Zone Controller uses wireless technology to communicate with other wireless, self-powered components. The compact size enables flexible installation inside of or next to electrical boxes and fixtures so the LED Relay Zone Controller can be easily wired out of sight using standard wiring practices. Simply link the module to a CoreSync motion sensor, light sensor, switch

Molex CoreSync Wireless PoE Gateway (902 MHz)

The CoreSync Wireless PoE Gateway enables remote network control of lights, sensors, local dimmers and zone controllers. The CoreSync PoE Gateway enables the integration of EnOcean based devices to be integrated for monitoring and control in the CoreSync system. The Gateway is powered and IP connected via CAT5e or CAT6 UTP cable to the Network Equipment and the CoreSync

EasySens® STC65+ RS485 Modbus

Bidirectional gateway with RS485 Modbus interface for integration of up to 32 EasySens® devices. Freely programmable 32 channels allow for a bidirectional communication with 32 addresses (registers) and SAB+/SAB05 wireless valve actuators for example. The STC65+ RS485 Modbus includes an ext. transmitting/receiving antenna (2.5 m).

EasySens® STC65+ RS485 EVC

Bidirectional gateway with serial RS485 interface and IP65 enclosure for integrating up to 64 EasySens® sensors or wireless switches into a network. Transmission of field-programmable telegrams to max. 127 addresses. The gateway includes an ext. transmitting/receiving antenna (2.5 m).

EasySens® SRC65-BACnet MS/TP

The unidirectional SRC65-BACnet MS/TP gateway allows the reception of information from EasySens® sensors, switches, room units and other transmitters. Details of the communication protocol are described in the software documentation accordingly. The delivery content includes an external antenna for achieving best transmission ranges.

EnOcean Wireless Desk Occupancy Sensor

Accurately detect when a desk is occupied and monitor ongoing desk occupancy Pressac’s wireless EnOcean desk occupancy sensors accurately detect and monitor passive infrared radiation (PIR) emitted by a person sitting at a desk. When a person enters the sensor’s field of view, the sensor detects motion and tells you someone is present within that