For aquaculture and wastewater, our process dissolved oxygen probes are design for long term deployment. They feature reliable and fast responding galvanic technology with mV or 4-20 mA outputs. In addition, customization is available to tailor DO sensors for specific applications or packaging requirements.
The DO6400 & 7400 series dissolved oxygen sensors feature a large capacity electrolyte holder, positive fit, easy to replace membrane and dependable galvanic cell technology for long term deployment. The body design ensures a good grip when wet. Ideal for aquaculture and wastewater monitoring applications, these sensors require minimal maintenance. PTFE or High-Density Polyethylene (HDPE) membranes are available. 2 Replacement membranes, installation tool and electrolyte are included. Additonal maintennace parts are in convenient kits (see ordering information). Sensors with mV output as well as built-in 4-20mA output in 0-100% and 0-200% saturation range are available.
- Large solution capacity for long term deployment
- Models with and without temperature sensor
- Easy installation and maintenance
- mV or 4-20mA output models available
Specifications:
1) O2 Measuring Range
DO6400, DO6400TC (0.5-20ppm), DO6441(0-100%), DO6442(0-200%)
DO7400, DO7400TC (0.03-20ppm), DO7441(0-100%), DO7442(0-200%)
2) Body Material
Noryl
3) Cathode
Silver
4) Anode
Zinc (DO6400 Series), Lead (DO7400 Series)
5) Maximum Temperature
50oC
6) Power Requirement
12-36V DC (for models DO6441, DO6442, DO7441 and DO7442 only )
7) Temperature Sensor
(User specified temperature elements) Connect to your controller or PLC for temperature output
8) Cable length
10 feet, tinned leads
9) Minimum Flow rate
2 inches per second
10) Output @ Air Saturation
HDPE DO6400 & DO7400 (45mV +/- 9mV) PTFE DO6400 & DO7400 (33mV +/- 9mV)
HDPE & PTFE DO6441, DO7441(0-100%) - fixed 4 - 4.5mA = <1 ppm DO
HDPE & PTFE DO6441, DO7441 (0-100%)- fixed 18-22 mA = saturated air
HDPE & PTFE DO6442- fixed 4 - 4.5mA = <1 ppm DO
HDPE & PTFE DO6442- fixed 11-13 mA = saturated air
Documentation:
