>50%
Belimo Zip
Ventilation controller with economizer with modular upgrade to allow for CO2-based demand control ventilation capabilities.
- Monochrome LCD display and buttons for commissioning, troubleshooting, or viewing status.
- Optional module available for BACnet MS/TP communication.
- Good performance under Hub simulated occupancy profiles.
- Modular expansions available.
Johnson Controls Peak
Ventilation controller with economizer with available inputs for CO2-based demand control ventilation capabilities.
- Monochrome LCD display and buttons for commissioning, troubleshooting, or viewing status.
- BACnet MS/TP supported.
- Good performance under Hub simulated occupancy profiles.
Johnson Controls TEC
Ventilation system controller with economizer and CO2-based demand control ventilation capabilities. The device may be configured locally or with wired communication protocols.
- Color touchscreen display.
- BACnet MS/TP supported.
- Good performance under Hub simulated occupancy profiles.
- Also functions as a thermostat.
Pelican Pearl (1000 PPM Setting)
Ventilation system controller with economizer and CO2-based demand control ventilation capabilities. The device may be configured and monitored wirelessly with Pelican’s Site Manager. We evaluated two settings of this model (the default 800 PPM setting and a 1000 PPM setting).
- No on-board display, all information and commissioning done on a web browser via cloud connection.
- Proprietary wireless connection with API available.
- Good performance on Hub CO2 accuracy testing protocols
Pelican Pearl (Default 800 PPM Setting)
Ventilation system controller with economizer and CO2-based demand control ventilation capabilities. The device may be configured and monitored wirelessly with Pelican’s Site Manager. We evaluated two settings of this model (the default 800 PPM setting and a 1000 PPM setting).
- No on-board display, all information and commissioning done on a web browser via cloud connection.
- Proprietary wireless connection with API available.
- Good performance under Hub simulated occupancy profiles.