The BioFence TM photobioreactor is a closed looped system designed for the optimum growing conditions to cultivate mass quantities of microalgae;

Monitor: pH, ORP, Temperature, Conductivity, and Dissolved Oxygen

Control: pH, ORP, Temperature, Conductivity, and Dissolved Oxygen

Timers

Simulate Sunrise/Sunset

Simulate a Moon Cycle

Control Powerheads/Pumps (Wavemaker)

4 External Switch Inputs

Programming Language (enhanced)

Alarms

Perform Datalogging

PC or Macintosh RS232 Serial Interface

Ethernet Interface (10 Base T)

Embedded HTTP Web Server

Telnet Server

Email Alarm Notification

Large Backlit LCD Display

Display Lock with password protection

Battery Backup

Power Fail Alarm

Hardwired Direct Connect Modules

Flash Memory for easy Firmware Upgrades

PX 1000 Probe Expansion Module

Diagnostics



The Biofence has an easy to use and intuitive three button user interface. The buttons are used to navigate through the menus and to modify the standard setup. All setup and program modifications are possible through the buttons on the Biofence - no external computer is required.



The base unit includes a comprehensive owner's manual, which contains instructions and examples on how to best utilize your Biofence. No technical background is necessary to setup and operate the controller.



To help you perform the initial setup of the Biofence, the base unit comes pre-programmed with a default setup which requires little if any modification to work with most setups.

Monitor pH, ORP, Temperature, Conductivity and Dissolved Oxygen



The base unit includes software which is capable of monitoring pH, ORP, temperature, conductivity and dissolved oxygen. The monitored data is continuously displayed on the large LCD display and also logged into the internal RAM for later retrieval. All probes support digital calibration.

Control pH, ORP, Temperature, Conductivity and Dissolved Oxygen



The Biofence also contains the functionality to control the pH, ORP, temperature, conductivity and dissolved oxygen in your unit. The standard control functions for the monitored parameters listed above are possible.