Key-Card Switch
The Verve® Key Card Switch is one of the simplest, most economical ways to save
energy through occupancy based control of lighting, HVAC and miscellaneous
electric loads. The switch is self-powered and the simple act of inserting or
removing the card generates enough energy to send a wireless signal to other
Verve devices within the room. To operate the switch, guests simply insert their
key card in the slot when they enter the room and then remove it when they
leave. The key card switch is wireless and can be installed in minutes without
having to drill into the wall or run additional wiring.
energy through occupancy based control of lighting, HVAC and miscellaneous
electric loads. The switch is self-powered and the simple act of inserting or
removing the card generates enough energy to send a wireless signal to other
Verve devices within the room. To operate the switch, guests simply insert their
key card in the slot when they enter the room and then remove it when they
leave. The key card switch is wireless and can be installed in minutes without
having to drill into the wall or run additional wiring.
| key-card-switch-tech-specs1.pdf |
Door/Window Sensor
The Verve® Door/Window Sensor can be easily mounted on any standard door or
window frame to enable occupancy based control of lighting, HVAC and
miscellaneous electric loads. The sensor uses radio frequency technology to
communicate wirelessly with other Verve devices whenever it detects that a door
or window has been opened or closed. The sensor is completely self-powered
by harvesting ambient solar energy so there are no wires to run or batteries to
replace, reducing installation time and eliminating the need for on-going
maintenance.
window frame to enable occupancy based control of lighting, HVAC and
miscellaneous electric loads. The sensor uses radio frequency technology to
communicate wirelessly with other Verve devices whenever it detects that a door
or window has been opened or closed. The sensor is completely self-powered
by harvesting ambient solar energy so there are no wires to run or batteries to
replace, reducing installation time and eliminating the need for on-going
maintenance.
| door-window-sensor-tech-specs1.pdf |
Wall Mount Occupancy Sensor
Verve® Wall Mounted Occupancy Sensors are wireless and self-powered making them
one of the most cost effective ways to control energy use in unoccupied rooms.
They can be installed in minutes because there are no additional wires to run
and they require no batteries so on-going maintenance costs are eliminated. The
sensor harvests solar energy through ambient lighting and uses radio frequency
technology to communicate wirelessly with other Verve devices, setting back
temperature and turning off lights and electrical loads when it detects that a
space has been unoccupied for a set period of time.
one of the most cost effective ways to control energy use in unoccupied rooms.
They can be installed in minutes because there are no additional wires to run
and they require no batteries so on-going maintenance costs are eliminated. The
sensor harvests solar energy through ambient lighting and uses radio frequency
technology to communicate wirelessly with other Verve devices, setting back
temperature and turning off lights and electrical loads when it detects that a
space has been unoccupied for a set period of time.
| occupancy-sensor-wall-mounted-tech-specs1.pdf |
Ceiling Mount Occupancy Sensor
The Verve® Ceiling Mounted Occupancy Sensor uses radio frequency technology to
communicate wirelessly with other Verve devices to set back temperature and turn
off lights and electrical loads when a space has been unoccupied for a set
period of time. Because the sensors are wireless there is no need to run
additional wiring and installation can be completed in a matter of minutes. The
sensor is self-powered by harvesting solar energy through ambient lighting,
eliminating the need for periodic battery changes.
communicate wirelessly with other Verve devices to set back temperature and turn
off lights and electrical loads when a space has been unoccupied for a set
period of time. Because the sensors are wireless there is no need to run
additional wiring and installation can be completed in a matter of minutes. The
sensor is self-powered by harvesting solar energy through ambient lighting,
eliminating the need for periodic battery changes.
| occupancy-sensor-ceiling-mounted-tech-specs1.pdf |
