YSI ProODO Dissolved Oxygen Meter
Handheld, luminescent based dissolved oxygen meter for any field application
1 in stock
- Part number 626281
- Manufactured by YSI
- Dissolved Oxygen (% saturation)
- Range: 0 to 500% air saturation
- Accuracy: up to ±1% of the reading
- Dissolved Oxygen (mg/L)
- Range: 0 to 50 mg/L
- Accuracy: up to ±0.1 mg/L or ±1% of reading
- Range: -5 to 70°C
- Accuracy: ±0.2°C
- Range: 375 to 825 mmHg
- Accuracy: up to ±1.5 mmHg
- Stores up to 2000 data sets
- Easy to read graphic, backlit display and keypad
- USB connection allows interaction with powerful desktop Data Manager software
The YSI ProODO™ handheld dissolved oxygen meter provides extreme durability for the measurement of optical, luminescent based dissolved oxygen for any field application. Suitable for extreme fieldwork, the YSI ProODO™ is rated to IP-67 standards even without the battery cover on. Additionally, the YSI ProODO™ handheld dissolved oxygen meter features a tough rubber over-molded case, military spec (MS) connectors and a rugged, weighted probe guard.
Underneath the tough exterior of the YSI ProODO™ lies a precision instrument. Capable of dissolved oxygen readings in both percent saturation (range: 0 to 500% air saturation) and mg/L (range: 0 to 50 mg/L), the ProODO™ has an accuracy of up to ±1% and response time of T90 in approximately 25 seconds. Results are shown on backlit display. An internal memory can store up to 2,000 data-sets. Data Manager software is included allowing users to download or export data, configure instruments, and conduct real-time studies. Data can be viewed either in tabular form or graphically.
The YSI ProODO™ handheld dissolved oxygen meter utilizes "smart" digital sensor technology which stores calibration data within the sensor. This allows probes to be placed on any YSI ProODO™ instrument without re-calibration.
The YSI ProODO optical dissolved oxygen meter ships complete with meter, manual, batteries, communications saddle, USB cable, and Data Manager software. Cables must be ordered separately.