S80 Liquid Analytical Sensors
Product Quick Detail
- Minimum Order
- 1
- Brand Name
- ECD
- Place Of Origin
- United States
- Packaging
- N/A
- Delivery
- 15 Days
Specifications
Measure pH, ORP, Specific Ion, Dissolved Oxygen, Turbidity, Conductivity or Resistivity with Model T80 Universal Transmitter
The intelligent sensor choice to fit your application. The S80 sensors have two Universal Sensor Designs; Insertion/Submersion or Valve Retractable with flaired end to prevent blow out. The standard Model S80 sensors have a rugged ¾" O.D. 316 stainless steel body with a 10 ft. cable or an optional waterproof detachable cable assembly.
Electro-Chemical Devices offers a complete line of liquid analytical sensors: pH, ORP, Specific Ion, Dissolved Oxygen, Conductivity & Resistivity. The technical advantage of the Model S80 Intelligent Sensors are the 6 points of design flexibility to configure a sensor that best fits your application.
S80 Liquid Analytical Sensors 6 Point Advantage
1. Intelligent sensor design with digital communication Calibration data is stored in the sensor allowing field installation of a pre-calibrated sensor. Detachable cable option simplifies the installation of pre-calibrated sensors.
2. Multiple individual measurement parameters in the same mechanical configuration- pH, ORP, Specific Ion, Dissolved Oxygen, Conductivity & Resistivity
3. Readily available application specific electrode cartridges. Many unique pH electrode design formulations and materials of construction which are
field proven and selected for long life and accuracy.
4. Long life replaceable electrode cartridges lower the over all operating cost.
5. Submersible and Retractable Sensors Various process fitings with adjustable insertion lengths - threaded fitings, sanitary fitings, flanges and valve retractable fitings.
6. Industrial housing materials for compatibility with process fluid. Stainless Steel, Titanium, HastelloyC-22, Polypropylene or PVDF(Kynar TM ). Standard 10" or 17" lengths additional lengths available.
S80 Liquid Analytical Sensors Product Specifications
|
S80 All Sensors |
|
|
Dimensions: |
S80 Insertion - ¾”OD x 10” Length S80 Valve Retractable - ¾” OD x 17” |
|
Cable Length: |
10 ft. standard, optional lengths in 10 ft increments, optional Detachable cable connection |
|
Housing Materials: |
|
|
Standard: |
316 Stainless Steel |
|
Optional: |
Titanium (T), grade 2 Hastelloy C-22 (H), PVDF (K) Polypropylene (P) |
|
O-Ring Materials: |
|
|
Standard: |
Viton® (VIT) |
|
Optional: |
Ethylene Propylene (EPR), VITON® 75 (VIT75) Kalrez® (KLZ) CV75 (CV) |
|
Process Connections: |
|
|
S80 Insertion/Immersion |
|
|
-75 |
¾" 316 SS gland fiting with nylon ferrule |
|
-75HT |
¾" 316 SS gland fiting with Teflon® ferrule |
|
-75SF |
¾" 316 SS gland fiting with stainless steel ferrule |
|
-75TFE |
¾" Teflon® gland fiting with Teflon™ ferrule |
|
-100P |
1" Polypropylene gland fiting for Polypropylene housing only |
|
S80 Valve Retractable |
|
|
-VSS |
1" 316 SS valve retraction assembly |
|
-VSSE |
1" 316 SS valve retraction assembly for Inductive sensors |
| -VKY |
1” PVDF valve retraction assembly |
|
-VPP |
1" Polypropylene Valve Retraction assembly |
|
|
|
|
PHS80 pH measurement |
|
|
Measurement Range: |
0-14 pH |
|
Temperature Range: |
0°C - 90°C |
|
Optional HT version: |
0°C - 140°C |
|
Pressure Range: |
0 - 100 psig @ 90°C |
|
Temperature Compensation: |
Automatic 0°C - 100°C Accuracy ± 0.2°C |
|
|
|
|
MVS80 ORP & Specific Ion |
|
|
Measurement Range: |
|
|
ORP: |
-2000 mV to 2000 mV |
|
pIon: |
Sensor Specific, ppb, ppm&ppt |
|
Temperature Range: |
ORP - 0°C - 90°C, pIon Sensor Specific |
|
Pressure Range: |
0 - 100 psig @ 90°C |
|
Temperature Compensation: |
Automatic 0°C- 100°C Accuracy ± 0.2°C |
|
|
|
|
DOS80 Dissolved Oxygen |
|
|
Measurement Range: |
0-20 ppm, 0-150% SAT |
|
Temperature Range: |
0°C- 90°C |
|
Pressure Range: |
0 - 65 psig @ 90°C |
|
Temperature Compensation: |
Automatic 0°C- 100°C Accuracy ± 0.2°C |
|
|
|
|
CS98/RS80 Conductivity/Resistivity |
|
|
Measurement Ranges: |
|
|
Conductivity: |
0.5μS to 50 mS |
|
Resistivity: |
0 - 20 MΩ |
|
Temperature Range: |
-5°C to 100°C |
|
Optional HT version: |
-5°C to 150°C |
|
Pressure Range: |
CS/RS80 0 - 100 psig |
|
Temperature Compensation: |
Automatic 0°C- 100°C Accuracy ± 0.2°C,100K thermistor |
|
|
|
|
CS80 Inductive Conductivity |
|
|
Measurement Ranges: |
50 mS to 1000 mS |
|
Temperature Range: |
-5°C to 100°C |
|
Pressure Range: |
0 - 100 psig |
|
Temperature Compensation: |
Automatic 0°C - 100°C Accuracy ± 0.2°C, 100K thermistor |
|
Body material: |
KYNAR (PVDF) |
|
|
|
|
CSX2 Series High Temperature Conductivity |
|
|
Measurement Ranges: |
1.0μS to 50mS |
|
Temperature Range: |
0°C to 200°C |
|
Pressure Range: |
0 - 250 psig ( 400psig @100°C) |
|
Temperature Compensation: |
Automatic 0°C - 200°C Accuracy ± 0.2°C, 10K ohm platinum RTD |
|
Wetted Materials: |
316 SS and PEEK |
|
Shipping Weight: |
|
|
S80 (10") S80 (17") S80-VSS |
2.5 lbs (1.2 kg) 2.75 lbs (1.25 kg) 5.8 lbs (2.65 kg) |
- Country: Hong Kong
- Business Type:
- Market:Europe
- Founded Year:2014
- Address:
- Contact:Rita yu
Other products from ISweek company
Relate products of S80 Liquid Analytical Sensors
Argentina cryogenic liquid level sensor KGSQ liquid nitrogen tank
In the laboratory, some samples need to be stored at low temperatures, and liquid nitrogen storage tanks are usually used. Its normal operation requires a certain amount of liquid nitrogen in the container to ensure the safety of the samples. However, liquid nitrogen is easily ...
Uganda cryogenic liquid level sensor KGSQ nitrogen liquid container
Theliquid nitrogen level alarmis a monitoring instrument used to sense temperature changes and liquid level heights in various low-temperature liquid nitrogen containers. When the liquid level in the liquid nitrogen tank drops to a certain level, the alarm device will be ...
Ukraine cryogenic liquid level sensor KGSQ cell storage tank
In the laboratory, experimental samples are crucial to experimenters. Likewise, sample safety issues cannot be ignored. Because of the special habits of the sample, it needs to stay in a low-temperature environment with stable temperature to maintain vitality. Everyone ...
