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Six Analog Data Channels
Variable Data Acquisition Rate
Graph, Table and Meter Displays
Suite of Analysis Functions: (Statistics, Curve Fit, Integration etc.)
Control Devices Using Data Input
Multi-Page Reporting
Data Replay Function
Simple Equation Input and Editing
Numerous Mathematical Functions
Automatic VCO₂ and VO₂ Calculations
SOFTWARE FEATURES
Zhu H et al (2024) Frontiers in Endocrinology 14: 1281617
Xu JH et al. (2021) Journal of Integra-tive Neuroscience. 20, 77-85
Vandewint AL et al (2019) Journal of Thermal Biology 84, 228-235
SAMPLE REFERENCES
RP1LP Low Range Respirometry
RP2LP High Range Respirometry
CO650 Plant CO₂ Analysis
SR1LP Soil Respirometry
NF1LP Nitrogen Fixation
HR1LP Human Respirometry
AQUA Aquatic Respirometry
OX1LP Dissolved O₂
FL23 Algal CO₂
Q-BOX PACKAGES
The Q-BOX concept is all about flexibility. Do you want a system
that can be used to measure insect respirometry, photosynthesis,
human metabolic rate and atmospheric monitoring? Do you need to
share your Q-BOX with a colleague from another discipline? Please
contact us and we'll show you how the various components required
for diverse studies can be configured in a common system.
SOFTWARE
CUSTOMIZE YOUR Q-BOX
Qubit's world-class laboratory research packages 48
NDIR CO2 Sensor (Range Dependent on Application)
Fuel Cell O2 Sensor (0 -25% О₂)
Temperature-Controlled Case
Six or More Channels Data Interface
Data Acquisition Software
Optional Subsampling Gas Pump (1 or 2 LPM)
Optional Mass Flow Monitor (1 or 2 LPM)
Optional Sample Chambers
Optional Battery Pack
Optional Gas Switching System (4 or 8 channels)
FEATURES
49 Qubit's world-class laboratory research packages
S159 CO2&O2
ANALYZER
The S159 can be purchased as a stand-alone analyzer or with a built-in gas
pump (S159-P) for sampling the analyzed gases. A mass flow monitor (0-1 or
0-2LPM) may also be included (S159-PF), if required. The temperature-controlled case enhances signal stability, making the S159 ideal for use in variable
environments.
Analog output signals (0-5V) are available from the CO2, O2, pressure and the
optional flow sensor. The operator may use Qubit's data interface and software
for data collection and display, or their own data acquisition system.
ABOUT
The S159 series of gas analyzers combine a non-dispersive infrared CO2 analyzer and a galvanic cell O2 sensor with a built-in pressure sensor housed in a
rugged, temperature-controlled case. The CO2 analyzer may be customized to
different ranges (usually
0 - 2000 ppm and up to 0 -10% CO2) depending on the application. The O2 analyzer provides measurements in the 0-25% range with a resolution of +30ppm.
The pressure sensor measures absolute pressure at the O2 sensor and is used
to correct the O2 signal accordingly. The S159 can be used for monitoring respirometry of small insects to respirometry of large animals such as seals or cattle.
With an optional battery-pack the analyser can be used for work in the lab and
field.
CAPABILITIES
Qubit's world-class laboratory research packages 50
For measurements of multiple samples with a single S159 unit, Qubit's Gas
Switching Systems (GSS) for 4 or 8 channels may be used. Flow rates through
each channel may be set and recorded with a multichannel gas flow controller and
monitor, or with gas flow manifolds. The gas switching system may be set up in an
open flow configuration (for use with larger or more active animals) or a stop-flow configuration (for use with small organisms such as insects). In the stop-flow setup mode, solenoid assemblies are used to seal the animal chamber for a user-specified time. This allows for CO2 to build up,
and O2 to deplete, in the chambers to levels measurable by the S159 when the chamber is flushed
with carrier gas. The gas switching systems are supplied with a digital control unit (DCU), data interface, and software that controls the system, records and displays data, plus provides all the calculations of VCO2 and VO2.
Measure up to 7 speciments
at one time plus reference
MULTIPLE SAMPLES
For measurements of multiple samples with a single S159 unit, Qubit's Gas
Switching Systems (GSS) for 4 or 8 channels may be used. Flow rates through
each channel may be set and recorded with a multichannel gas flow controller and
monitor, or with gas flow manifolds. The gas switching system may be set up in an
open flow configuration (for use with larger or more active animals) or a stop-flow configuration (for use with small organisms such as insects). In the stop-flow setup mode, solenoid assemblies are used to seal the animal chamber for a user-specified time. This allows for CO2 to build up,
and O2 to deplete, in the chambers to levels measurable by the S159 when the chamber is flushed
with carrier gas. The gas switching systems are supplied with a digital control unit (DCU), data interface, and software that controls the system, records and displays data, plus provides all the calculations of VCO2 and VO2.
Measure up to 7 speciments
at one time plus reference
MULTIPLE SAMPLES
51 Qubit's world-class laboratory research packages
COMPONENTS & CUSTOMIZATION
The S159 analyser constitutes the heart of different gas exchange configurations for
studying a variety of biological process. Optional components include mass flow controllers with different ranges, gas pumps of various capacities, flow meters and flow monitors
with different ranges, and a wide variety of sample chambers that can be used in open-flow
and stop-flow configurations. Additional analyzers may be added to the gas exchange systems, such as an RH/temp analyzer for water loss measurements, methane analyzers with various ranges, and temperature sensors. Contact Qubit Systems and tell us about your project - we
would be happy to customize an S159 system for your specific application.
Insect Respirometry
Animal Respirometry (Amphibians,
Lizards, Mammals, Birds)
Algal and Bacterial Studies (Using
Head-Space Chambers)
Gas Control of Chambers
Environmental Monitoring
APPLICATIONS
COMPONENTS & CUSTOMIZATION
The S159 analyser constitutes the heart of different gas exchange configurations for
studying a variety of biological process. Optional components include mass flow controllers with different ranges, gas pumps of various capacities, flow meters and flow monitors
with different ranges, and a wide variety of sample chambers that can be used in open-flow
and stop-flow configurations. Additional analyzers may be added to the gas exchange systems, such as an RH/temp analyzer for water loss measurements, methane analyzers with various ranges, and temperature sensors. Contact Qubit Systems and tell us about your project - we
would be happy to customize an S159 system for your specific application.
Insect Respirometry
Animal Respirometry (Amphibians,
Lizards, Mammals, Birds)
Algal and Bacterial Studies (Using
Head-Space Chambers)
Gas Control of Chambers
Environmental Monitoring
APPLICATIONS
Qubit's world-class laboratory research packages 52
Field-portable system designed for short-term measurements of soil respiration
(CO2) and water loss in situ. Soil samples or soil cores can be assessed back in
the lab when placed in a flow-through chamber.
Measurements of soil temperature and soil moisture plus atmospheric pressure
are also performed with this package. The modular configuration of the system
allows use of the Q-Box SRILP package in any other application that involves
the measurement of CO2 exchange (with optional components).
NDIR CO₂ Analyzer (0 - 2000 ppm)
Relative Humidity and Temperature Sensor
Absolute Pressure sensor
Gas Pump (1 LPM)
Mass Flow Monitor (1 LPM)
Temperature Sensor
Soil Moisture Probe
Soil Chamber with 2 Collars
Flow-Through Chamber
Gas Supply Bags
Accessories
Six Channel Data Interface
Data Acquisition Software
Battery Pack
Rugged Weatherproof Case
FEATURES
Soil Respiration Studies in situ and in the Lab
Headspace Measurements of CO₂ (Fermentation and Bacterial Suspension
Studies)
Root and Whole Plant Studies
Algal CO₂ Exchange
Bioreactor Monitoring (CO₂)
Environmental Monitoring
Animal Respirometry Studies (CO₂)
Field and Lab Applications
APPLICATIONS
Q-BOX SR1LP SOIL
RESPIRATION PACKAGE
53 Qubit's world-class laboratory research packages
In situ soil respiration is measured by the CO2 Analyzer as the rate
of CO2 accumulation in a closed-loop gas exchange system with a
soil chamber placed over the soil in the field. Soil temperature and
soil moisture are monitored with probes placed directly in the soil.
Water loss is measured with an RH analyser, and an absolute pressure
sensor measures atmospheric pressure. In addition to field measurements, samples of soil may be brought back to the lab and measured in a
flow-through chamber. Each component of the package may also be used
in stand-alone mode The modularity of the package allows it to be configured for other biological and environmental applications by the addition of
optional components.
CUSTOMIZE YOUR Q-BOX
SOFTWARE
Torres-Garcia MT, et al. (2022) Science of the Total Environment. 826: 154111
Sanjita C, et al. (2022) Tropical Ecology 63: 650-663
Robertson LM, et al. (2020) Science of the total Environment 724: 138196
Tomar U, Baishya R (2020) Ecological Processes 9: number 50
Prasad S, Baishya R (2019) Tropical Ecology 60: 252-260
You F, Dalal R, Huang L (2018) Geoderma 309: 100-110
SAMPLE REFERENCES
RP1LP Low Range Respirometry
RP2LP High Range Respirometry
CO650 Plant CO₂ Analysis
SR1LP Soil Respirometry
NF1LP Nitrogen Fixation
HR1LP Human Respirometry
AQUA Aquatic Respirometry
OX1LP Dissolved O₂
FL23 Algal CO₂
Q-BOX PACKAGES
Seven Data Channels
Variable Data Acquisition Rate
Graph, Table and Meter Displays
Suite of Analysis Functions: (Statistics, Curve Fit, Integration etc.)
Control Devices Using Data Input
Feedback Control Functions
Multi-Page Reporting
Data Replay Function
Simple Equation Input and Editing
Numerous Mathematical Functions
SOFTWARE FEATURES
Qubit's world-class laboratory research packages 54
Q-teach Animal
CO₂ Package
The Q-teach Animal CO₂ Package is designed for teaching the principles of respirometry in small animals such as insects, lizards and amphibians placed in a
flowthrough chamber. Aquatic animals such as fish may also be studied when
placed in the head-space aquatic chamber. The package includes everything
required by the instructors: NDIR CO₂ analyzer (0-2000ppm), gas pump/flow
monitor (1LPM), two flow-through animal chambers and one aquatic
head-space chamber. A temperature probe, gas bags, accessories, data interface, software and experimental files with all experiments and calculations are
also included. Operational and Laboratory manuals are provided on a USB disk.
An optional O₂ analyzer (0-25%) and customized chambers maybe added to the
package.
Animal Insect Aquatic
55 Qubit's world-class laboratory research packages
Q-teach
Components
Example data with four superworms
LoggerPro software, included
with the package, provides
graphical display of all data.
LoggerPro has numerous built-in
mathematical functions for easy
and intuitive data processing.
Data are saved in spreadsheet
format and may be exported to
Excel or other spreadsheet
programs, if desired. LoggerPro
comes with a site license for the
purchaser's department.
Q-teach 101 CO₂ Analyzer 2000ppm with soda lime and drying columns
Q-teach 201 Pump/Flow Monitor 1LPM
S132 Temperature Probe
G113-t Flow-through Chamber (1.6cm ID, 10cm L)
G115-t Aquatic head-space chamber (8.5cm ID, 5cm H)
G122 Gas Bags (2 x 30L)
G212 Water trap for condensing ice bath
C610 LabQuest Mini data interface
C901 Logger Pro Software
C404 disk with operational and laboratory experiments manuals
Q-teach Accessories (tubing, filters, connectors, screwdriver, 2 x 3-way valve,
wrench)
Optional Q-teach 300 O₂ Analyzer (0-25%）
Effects of temperature on metabolic rate of ectotherms
Effects of substrate availability on metabolic rate of yeast
Correlating activity levels to metabolic rate in insects
Effects of water quality on zebrafish respirometry
Example Experiments
Qubit's world-class laboratory research packages 56
Q-teach Human
O₂/CO₂ Package
The Q-teach Human O₂/CO₂ Package is designed for carrying out experiments
in the teaching laboratory in which students investigate their own metabolic
characteristics. The package comes with all the components required to measure VO₂, VCO₂, Respiratory Exchange Ratio, Heart Rate, and a wide range of
pulmonary function measurements. We provide a manual that includes a
number of suggested experiments, as well as set-up files that make data collection and analysis simple and intuitive, so you spend more time doing experiments and less time setting up equipment and software. The Human O₂/CO₂
Package is a mixed-expired air system suitable for use with a treadmill or bicycle ergometer. For outdoor measurements, or those that require greater freedom of movement, Qubit’ s VOCO wearable breath-by-breath CPX system is
recommended .
57 Qubit's world-class laboratory research packages
Q-teach
Components
Data collected while sitting
LoggerPro software, included
with the package, provides
graphical displays of all data.
LoggerPro has numerous built in
mathematical functions for easy
and intuitive data processing.
Data are saved in spreadsheet
format and may be exported to
Excel or other spreadsheet
programs, if desired. LoggerPro
comes with a site license for the
purchaser's department.
Q-teach 103 CO₂ Analyzer (0 -10% range) with soda lime and drying columns
Q-teach 300 O₂ analyzer 25% with drying column
Q-teach 201 Pump Flow Monitor 1LPM
S184 Spirometer with 3 nose clips and 3 bacterial filters
A152 Disposable mouth pieces for the Spirometer
S182 Wireless heart rate monitor
A505 Face masks (2L and 2M)
A506 Neoprene mask holder
A508 Non-rebreathing valve with bacterial filter adapter, spirometer adapter,
mixing bag adapter and 2 valve leaflets (plus 2 extra leaflets and insertion
tool)
G212 Water trap for condensing ice bath
C610 LabQuest Mini data interfaces x 2 (6 analog channels)
901 Logger Pro Software
C404 disk with operational and laboratory experiments manuals and files
Q-teach Kit Accessories for the package (tubing, filters, connectors, screwdriver, 2 x 3-way valve, wrench, Qubitac sealant)
Measurement of VO₂, VCO₂ and RER during rest and exercise.
Energy expenditure during load-bearing on a treadmill.
Effect of load-bearing location on body during walking.
Measurement of PFT parameters (Flow-Volume Loops).
Example Experiments
Qubit's world-class laboratory research packages 58
Q-teach Plant
CO₂ Package
The Q-teach Plant CO₂ Package is designed for teaching the principles of photosynthesis, (photo)respiration and evapotranspiration in leaves and plants
placed in a flowthrough chamber. The system can also be provided with optional chambers to monitor root and soil respiration The package includes everything required by instructors: NDIR CO₂ analyzer (0-2000ppm), gas pump/flow
monitor (1LPM), variable LED light source, relative humidity sensor, gas bags,
accessories, data interface, software and experimental files. Operational and
Laboratory manuals are provided on a USB disk.
Photosynthesis Respiration Evapotranspiration
59 Qubit's world-class laboratory research packages
Q-teach
Components
Data for Light Response Curve with Zinnia leaf
LoggerPro software, included
with the package, provides
graphical display of all data.
LoggerPro has numerous built in
mathematical functions for easy
and intuitive data processing.
Data are saved in spreadsheet
format and may be exported to
Excel or other spreadsheet
programs, if desired. LoggerPro
comes with a site license for the
purchaser's department.
Q-teach 101 CO₂ Analyzer 2000ppm with soda lime and drying columns
Q-teach 201 Pump/Flow Monitor 1LPM
S161 RH/Temp Sensor
Q-A101 Lab Stand
G112-t Flow Through Leaf Chamber
A113 LED light calibrated in software
G122 Gas bags 6 x30L
G212 Water trap for ice condensing bath
C610 LabQuest Mini data interface (2)
C901 Logger Pro Software
C404 disk with experimental files and manuals (operational and laboratory)
Q-teach Accessories (tubing, filters, connectors, screwdriver, 2 x 3-way valves,
wrench)
Light response curves of photosynthesis in sun and shade plants
CO₂ response curves of photosynthesis in C3 and C4 plants
Effects of temperature on root respiration
Measurements of water use efficiency among ecotypes.
Example Experiments
Qubit's world-class laboratory research packages 60
SPECIFICATIONS #E119
5-ports Available
(4) sensors and
(1) anti-fouling wiper
Offering the greatest value of any sonde available in the market, EXO3 combines the maneuverability of EXO1 with the powerful antifouling wiper of the
EXO2.
EXO3 is a purpose-built sonde for monitoring major water quality parameters,
including: pH, conductivity, temperature, turbidity and dissolved oxygen.
But that’s just the beginning of the great benefits EXO3 has to offer:
The right sonde
at the right price!
The best-priced, highest-quality sonde for baseline water quality
monitoring.
Flexibility to switch from continuous monitoring to spot sampling
with a lighter, shorter form factor.
Integral SDI-12 communications makes it ideal for existing data collection platforms and installations, including stations that need easy
replacement of our legacy 6-Series sondes.
Plug-and-play design with all existing EXO platform smart sensors,
including Total Algae, fDOM, and Wiped Conductivity & Temperature.
The best antifouling wiper in the industry, protecting your sensors
for up to 90 days in the harshest conditions.
The parameters
you need
Without the features
you don’t
With flexible sensor and
deployment options,
ProSwap Logger is a
perfect solution for
those looking to expand
their water quality monitoring at an affordable
price.
ProSwap Logger is a
single-port monitoring
sonde based on proven
YSI technology.
EXO Sonde
Selection Guide
Spot Sampling with EXO3
Glenn Helen Nature Preserve
Yellow Springs, Ohio
The best-priced, highest-quality sonde for baseline water quality
monitoring.
Flexibility to switch from continuous monitoring to spot sampling
with a lighter, shorter form factor.
Integral SDI-12 communications makes it ideal for existing data collection platforms and installations, including stations that need easy
replacement of our legacy 6-Series sondes.
Plug-and-play design with all existing EXO platform smart sensors,
including Total Algae, fDOM, and Wiped Conductivity & Temperature.
The best antifouling wiper in the industry, protecting your sensors
for up to 90 days in the harshest conditions.
The parameters
you need
Without the features
you don’t
EXO Smart Sensor Suite
*Battery life will depend on the type of sensors and measurement frequency.
EXO1 EXO2 EXO2S EXO3
Available Sensor Ports 4 7 7 5
Battery Life 90 days* 90 days* N/A 60 days*
Length 64.77 cm (25.50 in) 71.1 cm (28.00 in) 47.00 cm (18.5 in) 58.67 cm (23.1 in)
Weight 1.42 kg (3.15 lb) 3.60 kg (7.90 lb) 1.1 kg (2.43 lb) 2.0 kg (4.41 lb)
SDI-12 Communications with Adapter with Adapter with Adapter Integral
Vented Level
Antifouling Protection
Auxiliary Expansion Port
Ammonium • Barometer • Blue-Green Algae (PC & PE) • Chloride • Chlorophyll • Conductivity • Depth
Optical Dissolved Oxygen • fDOM • Nitrate • ORP • pH • Salinity • Temperature • Turbidity
63 EXO Sonde Selection Guide
EXO3 Specifications
599503-00 EXO3 Sonde with no depth sensor
599503-01 EXO3 Sonde with 10m depth sensor
599503-02 EXO3 Sonde with 100m depth sensor
599503-03 EXO3 Sonde with 250m depth sensor
Ordering Information
EXO Handheld EXO2s EXO3 EXO1 EXO2
\"I'm very proud of the great work our customers
do using our best-in-class sonde platform.\"
Dr. Stephanie A. Smith
EXO Product Manager
5 sensor ports (4 ports available when central wiper in use)
Peripheral ports: 1 power communication port
Diameter: 7.62 cm (3.00 in) Length: 58.67 cm (23.1 in)
2.00 kg (4.41 lbs) with a full payload of 4 probes, 1 wiper,
and probe guard installed
-5 to 50 °C (23 to 122 °F)
-20 to 80 °C (-4 to 176 °F).
Exception: 0 to 60 °C (32 to 140 °F) for pH and pH/ORP sensors
0 to 250 m (0 to 820 ft)
Sonde: Bluetooth wireless technology, USB, RS-485, and integral SDI-12
Output Options with Adapters: USB, RS-232, or Modbus
Up to 4 Hz
512 MB total memory;
>1,000,000 logged readings
Ports
Size
Weight
Operating Temperature
Storage Temperature
Depth Rating
Communications
Sample Rate
Data Memory
EXO Sonde Selection Guide 64
With flexible sensor and
deployment options,
ProSwap Logger is a
perfect solution for
those looking to expand
their water quality monitoring at an affordable
price.
ProSwap Logger is a
single-port monitoring
sonde based on proven
YSI technology.
Proven Data Quality
Industry-leading smart
sensor technology with
on-board monitoring for
improved calibration and
performance
Autonomous Logging
Elevate your data
collection with continuous monitoring and
unattended deployments
Ultimate Durability
22
Titanium housing and
waterproof connections
guarantee operation well
into the future
User-Friendly Interface
Simplify fieldwork with
quick setup, direct
system integration, and
intuitive data management
Swappable Sensors
Customize your system
with user-replaceable
water quality sensors
alongside built-in
temperature and depth
Spectrometer For
Water Quality
WISP
Orca
Monitoring
Made Simple.
*Modbus output configurable with post-launch update.
**Total weight will depend on cable length.
ProSwap Logger Specifications
Material Titanium
Internal Logging Memory
Capacity
512 MB, >100,000 data sets
(includes date, time, site, parameters)
Software Kor Software
Communications
Sonde YSIP, SDI-12, Modbus*
Adapters USB, Flying-Lead
Power
External
Powering 5.4 - 16 V
Charging 9 - 16 V
Internal Rechargeable Li-Ion battery
Temperature
Operating -5 to 50°C (23 to 122°F)
Storage -20 to 50°C (-4 to 122°F)
Depth Rating 0 to 100 m (0 to 328’)
Battery Life ≥ 90 days at 15 min log interval
Sampling Rate 1 per second (fastest) to
1 per day (slowest)
Sonde Dimensions
Diameter 2.65 cm (1.05”)
Length (with guard)
Without battery 49.70 cm (19.57”)
With battery 57.35 cm (22.58”)
Sonde Weight**
With battery 0.57 kg (1.25 lbs)
Without battery 0.45 kg (0.99 lbs)
Warranty 2 years
Proven Data Quality
Industry-leading smart
sensor technology with
on-board monitoring for
improved calibration and
performance
Autonomous Logging
Elevate your data
collection with continuous monitoring and
unattended deployments
Ultimate Durability
22
Titanium housing and
waterproof connections
guarantee operation well
into the future
User-Friendly Interface
Simplify fieldwork with
quick setup, direct
system integration, and
intuitive data management
Swappable Sensors
Customize your system
with user-replaceable
water quality sensors
alongside built-in
temperature and depth
ProSwap Logger features a universal port for a wide
variety of real-time monitoring applications. Combine
any digital smart sensor with the built-in temperature
and depth sensors for more comprehensive measurements in a slim profiling package. Build a dedicated system for conductivity, dissolved oxygen, pH,
turbidity, or algae monitoring applications with
unique customization options.
Battery compartment
Internal memory
Built-in depth sensor
Monitor surface water or groundwater
level in wells as small as 2 inches.
Built-in temperature sensor
Integrated cable
User-replaceable ProDSS Sensor
Add a conductivity sensor for
a powerful, low-cost CTD sonde.
67 ProSwap Logger
Continuous
Unattended
Logging
Ideal for short- and long-term
deployments, the on-board
memory is capable of holding
over 100,000 data sets. With
ProSwap Logger, you can view
trends in water level and quality
over extended periods of time
for a true representation of the
ecosystem.
Flexible
Deployment
ProSwap Logger is a powerful
instrument in a small package.
Suspend in groundwater wells,
deployment pipes, and other
tight or shallow spaces. A variety of power and deployment
options are available to fit the
needs of your system.
Extreme
Flexibility
ProSwap Logger is extremely
flexible with customizable
power options, swappable sensors, and simple integration into
existing field systems.
Reliable
Connection
An integral cable allows for easy
topside communication and
data download without removing the sonde from its deployment location. A twist-lock connector provides quick and reliable communication via a dedicated handheld or Kor Software.
With convenient options for calibration, deployment setup, and
data collection, ProSwap
Logger makes it easier than
ever to effectively expand your
smart watershed.
ProSwap Logger 68
Connector Cap
Protection for top-side cable
connector (included with PSL)
Use
Autonomous deployments
(PSL with internal battery)
Power Pack
Dedicated external power with 6
AA batteries for months of logging
Use
Autonomous deployments
(PSL without internal battery)
Flying Lead Adapter
Simplifies connection to any
monitoring system
Use
Output SDI-12 or Modbus*
Supply external power
Critical Components
ProSwap Handheld
Quick and easy mobile interface
with color display
Rugged, ergonomic design
Also compatible with
ProDSS handheld!
USB Adapter
Direct connection to a PC
running Kor Software
Provides charging via USB
port or AC adapter
Kor Software
Familiar interface for instrument
and data management
*Modbus output configurable
with post-launch update.
TM
TM
69 ProSwap Logger
Digital Smart Sensors
*Derived/calculated parameter
**ISEs for freshwater only; 20-meter maximum depth
ProSwap Logger with Conductivity/
Temperature Sensor combination
Sensor / Parameter Range Resolution Accuracy
Temperature
(DSS Sensor) -5 to 70 °C (23 to 158°F) 0.1 °C or 0.1°F ±0.2 °C
Temperature
(ProSwap Logger) -5 to 50 °C (23 to 122°F) 0.1 °C or 0.1 °F ±0.15 °C
pH 0 to 14 pH units 0.01 pH units ±0.2 pH units
ORP -1999 to 1999 mV 0.1 mV ±20 mV
Dissolved
Oxygen 0 to 500%, 0 to 50 mg/L
0.01 mg/L and 0.1%,
or 0.1 mg/L and 1%
0 to 200%: ±1% of reading or 1% saturation, whichever is greater
200 to 500%: ±8% of reading
0 to 20 mg/L: ±0.1 mg/L or 1% of reading, whichever is greater
20 to 50 mg/L: ±8% of reading
Conductivity 0 to 200 mS/cm
0.001, 0.01 or 0.1
mS/cm (range
dependent)
0 - 100 mS/cm: ±0.5% of reading or .001 mS/cm, whichever is greater
100 - 200 mS/cm: ±1.0% of reading
Specific Conductance* 0 to 200 mS/cm 0.001, 0.01,
0.1 mS/cm
0 - 100 mS/cm: ±0.5% of reading or .001 mS/cm, whichever is greater
100 - 200 mS/cm: ±1.0% of reading.
User selectable reference temperature
(15 to 25 °C; default 25 °C) and compensation coefficient (0 to
4%/°C; default 1.91%)
Salinity* 0 to 70 ppt 0.01 ppt ±1.0% of reading or ±0.1 ppt, whichever is greater
Total Dissolved Solids
(TDS)* 0 to 100 g/L 0.001, 0.01, 0.1 g/L Calculated from specific conductance and a
user-selectable TDS multiplier (0.30 to 1.00; default 0.65)
Resistivity* 0 to 2 Mohms 0.001, 0.01, 0.1 ohms ±0.1% Full Scale
Seawater Density* 0.0 to 50.0 sigma, sigma T 0.1 sigma or sigma T -
Turbidity 0 to 4000 FNU 0.1 FNU 0 to 999 FNU: 0.3 FNU or ±2% of reading, whichever is greater
1000 to 4000 FNU: ±5% of reading
TAL-Chlorophyll 0 to 100 RFU or
0 to 400 μg/L chl
0.01 RFU or
0.01 μg/L Linearity: r 2 ≥ 0.999 for Rhodamine WT across full range TAL-Phycocyanin 0 to 100 RFU or
0 to 400 μg/L PC
TAL-Phycoerythrin 0 to 100 RFU or
0 to 400 μg/L PE
Ammonium** 0 to 200 mg/L NH 4-N 0.01 mg/L ±10% of reading or 2 mg/L, whichever is greater
Chloride** 0 to 18000 mg/L Cl 0.01 mg/L ±15% of reading or 5 mg/L, whichever is greater
Nitrate** 0 to 200 mg/L NO 3-N 0.01 mg/L ±10% of reading or 2 mg/L, whichever is greater
Depth 0 to 100 m (0 to 328 feet) 0.001 m or 0.001 ft ±0.004 m for 1, 4, and 10 m cables
±0.04 m for cables 20 m and longer
Vented Level 0 to 10 m (0 to 32.8 feet) 0.001 m or 0.001 ft 0.003 m (±0.01 ft)
Sensor Specifications
ProSwap Logger is compatible with any individual ProDSS Digital Smart Sensor for fast, easy setup and high quality data.
Each sensor features a welded titanium body, auto-recognition, and local storage of calibration for quick swapping.
Trusted by water monitoring professionals, these sensors provide accurate data with advanced technology and proven
performance!
ProSwap Logger 70
RUGGED
SMART RELIABLE
With 21 parameter options and several cable configurations to choose from,
the ProDSS is ideal for field or lab use in nearly any application: surface
water, groundwater, coastal waters, aquaculture, and wastewater.
Customize your Professional
Digital Sampling System to
meet the demands of your
water quality monitoring application.
ProDSS User
ProDSS
Features
Optional depth sensor
Titanium Smart Sensors
Sensor Guard
4-Port Smart Sensor bulkhead
On-The-Go
Micro USB connector
Color screen with graphing
Long-life, rechargeable
lithium-ion battery
Optional built-in GPS
Stores over 100,000 data
sets and 400 fully-traceable
calibration records
IP-67-rated casing
MS (military-spec) connectors -
rugged, waterproof, keyed,
bayonet style lock
Integral field cable with userselectable lengths up to 100 m
Backlit keypad
“For spot sampling and profiling this is
an excellent multiparameter instrument.The size and functionality knocks it
out of the park…now I see the ProDSS
as the standard for spot sampling.”
ProDSS 72
Rugged
Handheld
The ProDSS Handheld can withstand the harshest field
conditions and handling, with maximum versatility and
functionality.
Easy-to-read color and backlit display can be used in any
lighting condition
Scratch-resistant screen is viewable with polarized
glasses
Long-life rechargeable lithium-ion battery ensures
reliability in the field and minimizes waste
Waterproof (IP-67) rubber over-molded casing
Simple interface and a dedicated “Help” Button
Ergonomic design for optimal handling and portability
Optional GPS for geo-referencing data
3-year warranty
ProDSS User
“I like the LCD display because of its ease
of use in low and high light areas... the
increased memory size and speed are also
very nice for logging data.”
73 ProDSS
Smart
Sensors
Universal smart Ports allow any configuration of sensors
Traceable calibrations stored in sensor — recalibration
not required if moved to another port or another instrument
Sensors are auto-recognized upon installation
Replaceable sensor modules and ODO cap reduces
maintenance and cost of operation
Highly-ruggedized, welded titanium sensor body
2-year warranty
Water Quality Parameters:
Dissolved Oxygen (Optical)
Turbidity
pH
ORP/Redox
Conductivity
Specific Conductance
Salinity
Total Dissolved Solids (TDS)
Resistivity
Seawater Density
Total Suspended Solids (TSS)
Depth
GPS Coordinates
Ammonium
Ammonia
Chloride
Nitrate
Temperature
Barometric Pressure
Total Algae
Chlorophyll
The 4-Port ProDSS cable uses digital Smart Sensors for
fast, easy setup and storage, and highest quality data.
ProDSS 74
Multiparameter 4-Port Cable Assembly
• Universal smart ports
• Optional depth sensor
ODO/T and ODO/CT
Probe and Cable Assemblies
• Temperature and ODO in one sensor
• Optional built-in conductivity
• Less than 1-inch diameter
• Rugged ODO sensor cap with 2-year warranty
ProOBOD Probe
and Cable Assembly
• Tapered probe for BOD bottles
• Quiet, self-stirring
• Guarded sensor cap
ProSwap 1-Port Cable Assembly
• Universal smart port
• Built-in temperature sensor
• Optional depth sensor
• Just over 1-inch diameter
Reliable
Cables
Not just a power cord! ProDSS cables minimize electrical
noise and signal degradation over any cable length.
Single-line design for easy handling in the field
MS (Military Spec) locking connector for secure connection
Cable lengths up to 100 meters
Sensor guard weights for vertical profiling and stability
2-year warranty
75 ProDSS
ProDSS User on Kor Software
“This is the quickest I’ve ever collected data
and looked at it in a meaningful fashion
without spending a lot of time downloading
and formatting.”
Powerful Data
Management
Kor Software
ProDSS Handheld
• Store over 100,000 data
sets, up to 100 sites, and 100
data tags to the Handheld
• Store up to 400 calibration
records
• On-The-Go Micro USB lets
you retrieve data anytime with
a USB stick
• Powerful Kor Software is included with all systems
• Transfer instrument configurations to multiple Handhelds
• Transport data directly from handheld or USB
• Conduct real-time studies
• Enhance data with site images
ProDSS 76
ProDSS User
ProDSS General Specifications
Auto Stable User-defined auto-stable function holds stable readings on display when criteria is met
Buffer Recognition Auto buffer recognition and temperature compensation for US and NIST buffers
Cable Connector MS (military spec) waterproof with bayonet lock
Calibration Points
Certifications CE; RoHS; IP-67; WEEE; FCC; UN Part III, Section 38.3, Test methods for lithium-ion batteries (Class 9)
Connectivity Built-in micro USB; Cable for PC connection and cable for connection to USB memory stick are included
Data Management Kor desktop software included; 100 user-defined Data ID tags and 100 Sites with GPS coordinates
Data Memory >100000 data sets (data, date, time, user-defined info); 100 files
Dimensions Handheld is 8.3 x 21.6 x 5.6 cm
Display Color, LCD graphic display; 3.9 x 6.5 cm
GLP Compliance Yes; 400 detailed GLP records can be stored and are available to view, download and print
GPS Optional internal GPS; coordinates are stored with measurement data and site lists
Languages
Logging Modes Single Point or Continuous
Operating Temperature 0 to 50° C
Password Protection Calibration menu can be password protected to prevent unauthorized sensor calibration
Battery
Storage Temperature 0 to 45° C with battery installed; 0 to 60° C without battery installed
Recalibration Prompt Provides reminder to recalibrate a ProDSS sensor after user-defined number of days
User ID Optional user ID for data security
USB Port
Warranty
Waterproof IP-67; floats
Weight with Batteries
(Handheld) 567 grams (1.25 lbs)
3-year; 2-year bulkhead, cable assembly, sensors; and ODO Extended Warranty cap; 1-year pH and pH/ORP
sensor modules, ODO sensor caps, and Li-ion battery pack; 6-months ammonium, nitrate, and chloride
sensor modules
Built-in micro USB On-The-Go port for PC connection, recharging/powering the ProDSS and connecting
directly to a USB stick
Rechargeable lithium-ion battery pack provides ~20 hours with the handheld, 4 port cable and 4 smart
sensors; battery recharge time is ~9 hours with the AC power adapter
1, 2, or 3 point for pH, Turbidity, Ammonium, Nitrate, and Chloride; 1 or 2 point for DO; 1 point for ORP,
Barometer, Conductivity, Specific Conductance, Salinity, and Depth
English, Spanish, German, French, Italian, Norwegian, Portuguese, Japanese, Chinese (Simplified & Traditional), Korean, Thai
“The meter, cable, and sensors are
sturdy, well protected for field work,
well designed, and professional.”
77 ProDSS
*Derived/calculated parameter
**ISEs for freshwater only; 17-meter maximum depth
ProDSS Sensor Specifications
Sensor / Parameter Range Resolution Accuracy
Temperature
-5 to 70 °C (23 to 158°F)
Temperature compensation
range for DO mg/L
measurement: -5 to 50 °C
0.1 °C or 0.1°F ±0.2 °C
pH 0 to 14 pH units 0.01 pH units ±0.2 pH units
ORP -1999 to 1999 mV 0.1 mV ±20 mV
Dissolved
Oxygen 0 to 500%, 0 to 50 mg/L
0.01 mg/L and 0.1%,
or 0.1 mg/L and 1%
(user selectable)
0 to 200%: ±1% of reading or 1% saturation,
whichever is greater
200 to 500%: ±8% of reading
0 to 20 mg/L: ±0.1 mg/L or 1% of reading,
whichever is greater
20 to 50 mg/L: ±8% of reading
Barometer 375 to 825 mmHg 0.1mmHg ±1.5 mmHg from 0 to 50 °C
Conductivity 0 to 200 mS/cm
0.001, 0.01 or 0.1
mS/cm (range
dependent)
0 to 100 mS/cm: ±0.5% of reading or 0.001 mS/cm,
whichever is greater
100 to 200 mS/cm: ±1.0% of reading
Specific
Conductance* 0 to 200 mS/cm 0.001, 0.01,
0.1 mS/cm
0 to 100 mS/cm: ±0.5% of reading or 0.001 mS/cm,
whichever is greater
100 to 200 mS/cm: ±1.0% of reading.
User selectable reference temperature
(15 to 25 °C; default 25 °C) and compensation coefficient (0 to
4%/°C; default 1.91%)
Salinity* 0 to 70 ppt 0.01 ppt ±1.0% of reading or ±0.1 ppt, whichever is greater
Total Dissolved
Solids (TDS)* 0 to 100 g/L 0.001, 0.01, 0.1 g/L Calculated from specific conductance and a
user-selectable TDS multiplier (0.30 to 1.00; default 0.65)
Resistivity* 0 to 2 Mohms 0.001, 0.01, 0.1
ohms ±0.1% Full Scale
Seawater Density* 0.0 to 50.0 sigma, sigma T 0.1 sigma or sigma T -
Turbidity 0 to 4000 FNU 0.1 FNU 0 to 999 FNU: 0.3 FNU or ±2% of reading, whichever is greater
1000 to 4000 FNU: ±5% of reading
TAL-Chlorophyll 0 to 100 RFU or
0 to 400 μg/L chl
0.01 RFU or TAL-Phycocyanin 0.01 μg/L Linearity: r2 ≥ 0.999 for Rhodamine WT across full range 0 to 100 RFU or
0 to 400 μg/L PC
TAL-Phycoerythrin 0 to 100 RFU or
Ammonium** 0 to 200 mg/L NH4-N 0.01 mg/L ±10% of reading or 2 mg/L, whichever is greater
Ammonia* 0 to 200 mg/L NH4-N 0.01 mg/L ±10% of reading or 2 mg/L, whichever is greater
Chloride** 0 to 18000 mg/L Cl 0.01 mg/L ±15% of reading or 5 mg/L, whichever is greater
Nitrate** 0 to 200 mg/L NO3-N 0.01 mg/L ±10% of reading or 2 mg/L, whichever is greater
Depth 0 to 100 m (0 to 328 feet) 0.001 m or 0.001 ft ±0.004 m for 1, 4, and 10 m cables
±0.04 m for cables 20 m and longer
ProDSS 78
ProQuatro
PORTABLE MULTIPARAMETER WATER QUALITY METER
The ProQuatro handheld multiparameter meter measures a variety of combinations of dissolved oxygen, conductivity, specific conductance, salinity,
resistivity, total dissolved solids (TDS), pH, ORP, pH/ORP combination, ammonium (ammonia), nitrate, chloride and temperature.
In addition to its impact-resistant, waterproof case, the ProQuatro has
features that make field sampling faster and easier:
Tougher, Smarter, More Versatile
Built-in micro USB port for easy data transfer to flash drive
Quick response times
User–replaceable cables and sensors
Real-time salinity compensation of DO measurements
79 ProQuatro
ProQuatro PORTABLE MULTIPARAMETER WATER QUALITY METER
ProQuatro Specifications
Size 8.3 cm width x 21.6 cm length x 2.3 cm depth
(3.25 in. x 8.5 in. x 2.25 in.)
Weight with Batteries 475 grams (1.05 lbs.)
Power
2 alkaline C-cells provide 80 continuous hours at ambient temperature
without backlight; USB power or optional wall power can be supplied via
micro USB port
USB Port Built-in micro USB port for on-the-go data exports via direct connection to
the included USB stick; user-upgradeable firmware via USB and website
Operating Temperature -10 to 60 °C
Storage Temperature -20 to 70 °C
Display Backlit, graphic display
Memory 5000 datasets; 50 unique data identifiers
Logging Modes Single point or continuous with auto stable feature
Field Cables Standard lengths of 1, 4, 10, 20 or 30 meters with single port, dual port
or Quatro cables
Lab Cables BOD sensor includes 2-meter cable; 1 or 4 meters on lab pH, ORP
and pH/ORP cables
Barometer
Range: 375 to 825 mmHg:
Accuracy: ±1.5 mmHg from 0 to 50 °C;
Resolution: 0.1 mmHg
DO Membrane Response Times
(T95; 100%-0) and Flow
Dependence
1.25 mil PE = 8 seconds and 6 in/sec flow
2.0 mil PE = 17 seconds and 3 in/sec flow
1 mil Teflon® = 18 seconds and 12 in/sec flow
Warranty 3-year instrument; 2-year cable
Waterproof IP-67 (even with battery cover off); floats
Languages English, Chinese (Simplified & Traditional), French, German,
Italian, Japanese, Norwegian, Portuguese, Spanish
Certifications RoHS, CE, FCC
Country of Origin Assembled in the USA
Customize your multiparameter sampling with
the Quatro cable and four water quality sensors.
ProQuatro 80
ProSolo ODO/T
OPTICAL DISSOLVED OXYGEN AND TEMPERATURE METER
The ProSolo DIGITAL handheld meter is designed for use with YSI’s latest
Optical Dissolved Oxygen and Temperature (ODO/T) probes as well as legacy
ProODO and ProOBOD probes.
Combining an extremely durable, user-friendly display with the most advanced DO technology, ProSolo stands alone as the industry’s best dissolved
oxygen meter at an exceptionally affordable price.
DON’T GO IT ALONE. GO SOLO.
Highly-accurate ODO® sensor
technology with no stirring
3-year warranty on handheld, 2-year warranty on probe/cable
assembly and ODO sensor cap
Rechargeable lithium-ion battery that
supports a full day of sampling
What do you get if you Go Solo?
81 ProSolo ODO/T
ProSolo OPTICAL DISSOLVED OXYGEN AND TEMPERATURE METER
ProSolo Specifications
Dimensions 8.3 cm width x 21.6 cm length x 5.6 cm depth; 567 g (with battery)
Power
Rechargeable lithium-ion battery pack provides ~48 hours with the handheld only;
Battery recharge time is ~ 9 hours with the AC power adapter;
The instrument can also be powered via AC or external power through the USB port
Operating Temperature 0 to 50°C
Storage Temperature 0 to 45°C with battery installed;
0 to 60°C without battery installed
Display Color, LCD graphic display;
3.9 cm width x 6.5 cm height
Memory >100,000 data sets
Barometer
Units: mmHg, inHg, mbar, psi,
kPa, atm
Range: 375 to 825 mmHg;
Accuracy: ±1.5 mmHg from 0 to 50°C;
Resolution: 0.1 mmHg
Sites and Data ID 100 user-defined sites and 100 user-defined data ID tags;
Site pictures can be sent to the handheld via KorDSS Software
Calibration Records 400 detailed calibration records can be stored and are available to view, download, and print
(printing only available via KorDSS Software)
Languages English, Spanish, German, French, Italian, Norwegian, Portuguese, Japanese,
Chinese (Simplified & Traditional), Korean, Thai
Certifications CEC, CE; RoHS; IP-67; WEEE; FCC; UN Part III, Section 38.3, Test methods for lithium-ion batteries
(Class 9)
Warranty 3 years on handheld
ODO/T Specifications
Size 2.46 cm diameter, cable options for 1, 4, 10, 20, 30, 50, and 100 m lengths
Dissolved Oxygen
(Optical luminescence)
Units: % saturation, % saturation
local, mg/L, ppm
Range: 0 to 500%, 0 to 50 mg/L;
Accuracy: 0 to 200%: ±1% of reading or 1% saturation, whichever is greater;
200 to 500%: ±8% of reading;
0 to 20 mg/L: ±0.1 mg/L or 1% of reading, whichever is greater;
20 to 50 mg/L: ±8% of reading;
Resolution: 0.01 mg/L and 0.1%, or 0.1 mg/L and 1% (auto-adjusts based on range)
Temperature
(Thermistor)
Units: °C, °F, K
Range: -5 to 70°C (temperature compensation range for DO mg/L measurement: -5 to 50°C );
Accuracy: ±0.2°C;
Resolution: 0.1°C or 0.1°F (auto-adjusts based on range)
Warranty 2 years on cable, probe, and ODO sensor cap
ProSolo ODO/T 82
YSI MultiLab Line
Benchtop Instruments for the Lab
The YSI MultiLab line of instruments provide easy to use and easy-to-calibrate menu-driven operation ideal for any laboratory. These one, two, or
three channel benchtop meters for the measurement of pH, ORP, conductivity
and/or optical-based dissolved oxygen (BOD) are ideal for highly accurate lab
testing.
The instruments feature a large, easy to read display, Intelligent Digital
Sensors (IDS) for plug-and-play connectivity, and a 3-year instrument
warranty.
Single channel input for pH, ORP, Optical-Based
DO/BOD, or conductivity
Data storage - 500 data sets in manual mode; 5,000
data sets in automatic logging mode
Large, easy to read backlit graphic display
GLP Compliant (sensors store serial # and calibration
data)
USB connectivity to manage data
3-year warranty
Model 4010-1 - One Channel
Two or Three channel input for pH, ORP, Optical-Based DO/BOD, or conductivity
Data storage - 500 data sets in manual mode; 10,000
data sets in automatic logging mode
Large, easy to read color display
GLP Compliant (sensors store serial # and calibration
data)
Antibacterial keypad
USB connectivity to manage data
3-year warranty
Models 4010-2 and 4010-3
-Two and Three Channel
Parameters:
Temperature
Conductivity
Resistivity
Salinity
TDS (Total Dissolved Solids)
pH/mV
Oxidation Reduction Potential (ORP)
Partial Pressure
Dissolved Oxygen (% and mg/L* (BOD)
*Optical Based
83 YSI MultiLab Line
Intelligent
Digital
Sensors (IDS)
The IDS sensors automatically store their unique serial number and calibration
data. The sensors maintain their calibration data when moved from instrument
to instrument and transmit this information to the new instrument so you don’ t
have to recalibrate. In addition, they also digitally process the measurement
signal.
Plug-and-play connectivity in any combination with all MultiLab instruments
Sensors store their own unique ID with serial number and calibration status
Automatic sensor recognition with digital signal processing and data transfer
Includes self-stirring Optical-Based DO/BOD, pH, ORP, and conductivity
sensors
CMC The CMC function displays continual monitoring of the sensor’ s measuring
range. The range is repre sented with a bar and calibration points are shown as
vertical lines at the cal point. A moving cursor shows the current measured
value and indicates if the measurement is within the calibrated range.
Quality
Sensor
Control (QSC)
The QSC is a system to monitor the condition of the pH electrodes. An initial
calibration is performed and, afterwards, the sensor status is monitored and
graphically displayed.
The YSI IDS ProOBOD self-stirring optical BOD probe, powered by the instrument, has a built-in sensor guard to protect the sensing tip from damage while
placing it into the BOD bottles.
Superior
Benchtop
Measurement
The MultiLab line provides high accuracy measurements for the lab. Measure
conductivity, pH, ORP, or DO for BOD calculations confidently and quickly with
the full range of IDS sensors. Also capable of using non-IDS pH or ORP sensors
with a simple adapter for sensors with DIN or BNC connectors.
YSI MultiLab Line 84
Data Management
BOD Analyst Pro
desktop software for the
calculation of BOD’s.
*accuracy of sensor electronics
**accuracy of system including probe, cable & instrument
MultiLab Line Benchtop Sensor Specifications
pH 103740Y and 103741Y pH 103750Y pH 103780Y (refillable) ORP 103790Y (refillable)
pH Range ±0.004*)
Temperature Range 0 to 80°C (32 to 176°F) 0 to 100°C (32 to 212°F)
Temperature Accuracy 0.2°C
Reference Electrode Gel 3 mol/l KCl 3 mol/l KCl 3 mol/l KCl
Membrane Shape Cylinder Cylinder Cone ---
Diaphragm Fiber Ceramic Platinum Wire Ceramic
Material Plastic Plastic Glass Glass
Dimensions Length 120 mm (4.7 in); diameter 12 mm (0.47 in) for all sensors
Warranty 1 year 1 year 1 year 1 year
Cable Length 1.5 m 3 m 1.5 m 1.5 m
0.000 to 14.000 (
0 to 80°C (32 to 176°F)
-1200 to +1200 mV (±.2 mV)
0 to 100°C (32 to 212ºF)
± ±0.2°C ±0.2°C ±0.2°C
Cond 301710Y and 301711Y Cond 301720Y
Type 4-electrode, graphite 2-electrode , stainless steel
Conductivity Range ±0.5% of value) ±(0.5% of value)
Resistivity ±0.5% of value) ±0.5% of value)
Salinity ±0.5% of value) ---
Total Dissolved Solids ±0.5% of value) ---
Temperature Range 0 to 100°C (32 to 212°F) 0 to 100°C (32 to 212°F)
Temperature Accuracy ±0.2°C ±0.2°C
Cell Constant 0.475 cm ±1.5% 0.1 cm ±2%
Material Epoxy Stainless Steel
Dimensions Length 120 mm (4.7 in); diameter 15.3 mm (0.6 in) Length 120 mm (4.7 in); diameter 12 mm (0.47 in)
Warranty 2 years 2 years
Cable Length 301710Y-1.5 m, 301711Y-3 m 1.5 m
10 μS/cm to 2,000 mS/cm ( 0.01 μS/cm to 200 μS/cm
0.5 Ohm cm to 100 kOhm cm ( 5 kOhm cm to 100 MOhm cm (
0.0 to 70.0 ppt (
0 to 1,999 mg/L; 0.0 to 199.9 g/L (
Optical BOD 626500
Type Optical; lifetime luminescence detection with self-stirring mechanism
Dissolved Oxygen Range 0 to 50 mgL; 0 to 500% air saturation
Dissolved Oxygen Accuracy**
Dissolved Oxygen Resolution 0.01 mg/L; 0.1%
Temperature Range Ambient 10 to 40°C (50 to 104°F); Compensation mg/L -5 to 50°C (23 to 104°F) (extrapolates beyond 45°C)
Temperature Accuracy ±0.2°C
Temperature Resolution 0.1°C
Typical Response Time 95% in 22 seconds with stirring; 95% in 40 seconds without stirring
Warranty 2 years; 1 year DO sensor cap
0 to 20 mg/L, ±0.1 mg/L or ±1% of reading, whichever greater; 20 to 50 mg/L, ±10% reading(system)
Beyond simply viewing data on the highly visible, graphic displays, data can
also be managed with the following features:
send real time data AND stored data to the PC via USB in .csv and ASCII
formats. Capable of interfacing with LIMS.
ability to transfer stored data in ASCII and .csv formats via USB memory stick
(4010-2 and 4010-3 only)
ability to send data to external printers (4010-2 and 4010-3 only)
works with BOD Analyst Pro desktop software to automatically calculate BOD
values
85 YSI MultiLab Line
MultiLab Line Benchtop General Specifications
MultiLab Line Ordering Information
1FD350Y 4010-1 One channel IDS benchtop instrument; universal power supply; electrode stand; manual; software and
USB cable
1FD460Y 4010-2 Two channel IDS benchtop instrument; universal power supply; electrode stand; manual; software and
USB cable
1FD470Y 4010-3 Three channel IDS benchtop instrument; universal power supply; electrode stand; manual; software and
USB cable
626570 BOD Lab Kit - Includes 4010-1 One Channel benchtop instrument (1FD350Y) and Optical BOD probe (626500)
626571 Advanced BOD Lab Kit - Includes 4010-1 One Channel benchtop instrument (1FD350Y), Optical BOD probe
(626500) and BOD Analyst Pro desktop software for the calculation of BODs (625120)
626572 pH Lab Kit - Includes 4010-1 One Channel benchtop instrument (1FD350Y) and Double Junction pH electrode
(103740Y)
626573 BOD/pH Lab Kit - Includes 4010-2 Two Channel benchtop instrument (1FD460Y), Optical BOD probe (626500) and
Double Junction pH electrode (103740Y)
626574 Advanced BOD/pH Lab Kit - Includes 4010-2 Two Channel benchtop instrument (1FD460Y), Optical BOD probe
(626500), Double Junction pH electrode (103740Y) and BOD Analyst Pro desktop software for the calculation of
BODs (625120)
103740Y (4110) pH, Plastic, Gel, Digital, Double Junction, 1.5 m (~5 ft) cable
103741Y (4110-3) pH, Plastic, Gel, Digital, Double Junction, 3 m (~10 ft) cable
103750Y (4120) pH, Plastic, 3 mol KCl, Digital, Double Junction, 1.5 m (~ 5 ft) cable
103780Y (4130) pH, Glass, 3 mol KCl, Digital, Double Junction, 1.5 m (~ 5 ft) cable
103790Y (4210) ORP, Glass, Digital, Double Junction, 1.5 m (~ 5 ft) cable
301710Y (4310) Conductivity, Epoxy, 4-Graphite Electrodes, Digital, 1.5 m (~ 5 ft) cable
301711Y (4310-3) Conductivity, Epoxy, 4-Graphite Electrodes, Digital, 3 m (~ 10 ft) cable
301720Y (4320) Conductivity, Stainless Steel, 2-Electrodes, Digital, 1.5 m (~ 5 ft) cable
626500 Optical Dissolved Oxygen; Self-Stirring, BOD Probe, 2 m (~6.5 ft) cable
109830Y Calibration Kit for IDS pH Electrodes ; 3 ampules; pH 4.01, 6.86, 9.18
108131Y pH Adapter DIN for 4010-2 and 4010-3
101132Y pH Adapter BNC for 4010-2 and 4010-3
902867 Universal Power Supply
109813Y Stand plus holder for electrodes
902883 USB cable for connecting instrument with USB-Mini B to a PC
Model 4010-1 Model 4010-2 and Model 4010-3
Measurement Channels 1 2 (4010-2) or 3 (4010-3)
Data Storage 500 data sets manual; 5,000 automatic 500 data sets manual; 10,000 automatic
Interface Mini USB Mini USB; USB-A
Display Graphic, Backlit Color, Graphic, Backlit
Power Supply Universal power supply; 4 AA 1.5 V batteries Universal power supply
All Models (4010-1, 4010-2, 4010-3)
Parameters pH, ORP (mV), Optical -Based DO %, DO mg/L (BOD probe), Partial Pressure, Conductivity, Resistivity,
Salinity, TDS, temp.
Temperature Compensation Yes; except ORP
Calibration Points DO and Conductivity = 2; pH = 1 to 5
Calibration Storage Max. 10
Calibration Timer 1 to 999 days
GLP/AQA Compliant Yes
Certifications CE, cETLus
Warranty 3 years
YSI MultiLab Line 86
Spectrometer For
Water Quality
WISP
Orca
Spectrometer For
Water Quality
WISP
station
Spectrometer For
Water Quality
WISP
station
The Water Insight WISP Orca sets a new
standard for measuring water quality by
offering a comprehensive, user-friendly experience: from measurement guidance and
quick field analysis to automatic cloud storage and easy data handling.
The WISP Orca is designed for fast and precise optical measurements of ecological
water quality (chlorophyll, cyanobacteria, turbidity,.. etc) and for calibration / validation of
satellite data.
Get instantaneous results, low price per measurement and ease of use
Scientists: Ocean Colour or aquatic ecologists,
either for research or teaching
Water managers: for regular or extra monitoring,
modelling and automated responses.
The Orca is ideal for e.g.
WISP Orca
Never miss a measurement
with the Orca!
89 Water Insight
The complete
close sensing solution
About the predecessor WISP-3:\"Operated by experts or by early career
students, it always provided us with
water reflectance of lakes, ponds,
rivers and coastal zones\" Mariano
Bresciani, CNR-IREA
Complete data handling in a secure
cloud environment from storage,
quality control flagging, processing
with multiple published algorithms
to visualisation or automated API
export
Fixed Total Cost of Onwership with
Gold service including SIM costs,
support, shipping and recalibration
(yearly fee applies)
Instant results on screen
Built in GPS and tilt sensor
Single spectrometer measures Lup,
Lsky and Ed, minimising calibration
issues
Minimal training required
Safe to operate with only one hand
Unlimited number of measurements
Why use the WISP Orca?
Max: 220-1100 nm (depends on calibration)
0.43 nm
4.65 nm
Min 330:1
30us to max 40s
0-55℃
<0.2%
26x21x11cm
1,3kg
Wavelength range
Nominal spectral resolution
Spectral resolution FWHM
Signal/Noise
Integration time
Temperature range
Stray light
Size
Weight
Physical characteristics
iPhone SE, supplied with Orca (4/5G internet)
WI board, including GPS and tiltsensor
Built-in battery
Lup and Lsky under 42°
Upward looking Ed
Controller
On-board computer
Power
2Radiance channels
1Irradiance channels
Specifications of the WISP Orca
Output
Against gold standard instrument that is
calibr ated using NIST traceable lamp
Calibration
Measurements
Quality controlled Rrs(0+) at 1 nm Chl-a,
TSM, CPC concentrations, Kd and floating
layer detection and more
Water Insight 90
For whom? Technology Keywords
Scientists, water
managers, aquaculture
farmers, dredging
companies
Sensor technology &
satellite monitoring
services
Optical sensor, Surface water,
Chlorophyll-a, Cyanobacteria,
Scums, Aquacultures,
Dredging, Suspended matter
WISPstation
Water Insight SPectrometer Station
Water Insight produces surface water quality spectrometers for the purpose of monitoring water leaving reflectance. water colour, Chlorophyll-a (phytoplankton), Phycocyanin (cyanobacteria), the presence of algal scums, transparency/turbidity,suspended matter and vertical diffuse
attenuation. The fixed-position sensors and hand-held
instruments are manufactured entirely in-house. Additionally, Water Insight provides water quality mapping services
based on satellite data for scientifc research,water management, aquaculture and dredging. The optical instruments and earth observation information services support
the digital monitoring of water quality, and enable both
real-time mitigation measures and the validation of satellite-based maps. Water Insight’ s satellite services are tailored to areas all over the world and support most public
and commercial satellite data formats.
The fixed-position WISPstation spectrometer measures
water quality parameters fully autonomously, without
using any chemicals and at a high frequency. It produces
results in near real-time. The results of the WISPstation are
not affected by bio-fouling because the optical sensor is
applied above the water surface. As a result, it requires
little maintenance.
The WISPstation automatically measures at certain intervals (e.g. every 15 minutes, during daytime) and sends the
results to a cloud-based data management system. After
collecting the data, a calibration procedure is applied,
quality control is performed, and concentrations of water
quality parameters are calculated before being made
available online. The ability to measure water quality parameters for a prolonged period of time without human
intervention makes the instrument suitable for routine
(early warning) monitoring, and for providing input to data-driven (machine learning) forecasting models.
In contrast to submersible probes, the WISPstation
is used above the water surface and therefore is
not affected by biofouling. As a result,the sensor
requires minimal maintenance.
The WISPstation can also be used to validate or
calibrate satellite images, and thus enhance the
quality of the data obtained with satellites for large
surface areas.
91 Water Insight
Sensileau verdict
The WISPstation is a field spectrometer which measures
the colour of the water within the visible and near infrared
light spectrum (350 – 900 nm) with a spectral resolution of
4.6 nm, and derives the bio-chemical parameters from the
detected light frequencies and intensities. For example:
Phytoplankton absorbs blue and red light, and reflects
green light which is detected by the sensor. The instrument is deployed above the water and measures light leaving the water as a ratio of the incoming light.Concentration
levels of specific parameters can be derived using algorithms based on specific features of theseparameters. For
example, chlorophyll-a strongly absorbs light at around
672 nm, and the ratio of light reflected at 672 nm and in
the near-infrared is an indication of the concentration of
Chlorophyll-a in the water. The total amount of light leaving the water depends on the total amount of incoming
radiance from the sun. In order to enable the derivation of
components in the water,the light leaving the water is
measured as refectance: the ratio of the light from the
water and the light from the sky.
The radiometer in the WISPstation is connected to two
sets of cosine correctors via optical fibres and a switch in
order to measure the diffuse solar radiation, and two sets
of lenses to measure the incident radiation from the sky,
the surface-reflected radiation and the water-leaving radiance.The WISP-station compensates for the movement of
the position of the sun over the day, and automatically
selects the parameter sets with the least amount of direct
sun reflection on the surface.
Currently, the WISPstation is built around the Avantes Mini
mk-1 spectrometer with a maximum wavelength range between 220 and 1100 nm. The grating has 300 lines per mm
with a blaze of 300 nm. Together with a slit of 100 μm this
leads to a spectral resolution (FWHM) of 4.65 nm. Stray
light is reported to be lower than 0.2%. The WISPstation
spectral characteristics are to some extent configurable.The Avantes Mini is a rugged spectrometer designed
for use outside laboratories.
The WISPstation spectrometer forms an important link between satellite monitoring on the one side and depth profiling
on the other. lts fixed position has benefits over satellite monitoring, whereas its position above the water has benefits
over submersible probes. Although satellites can cover a larger area of a water body and submersible probes can detect
parameters deeper into the water column, the combination of various me-thodologies including the WISPstation spectrometer provides the most complete picture of water quality developments in four dimensions (length, width, depth and
time).
The WISPstation is watertight and built into a highly
climate-resistant case. The temperature of the sensor and
humidity in the case is registered with every measurement.
Data are transmitted to the database ( “WISPcloud” ) autonomously through a cellular connection. The instrument
can be remotely accessed and updated or configured to a
specific time interval or measurement frequency.lt is autonomously powered by a solar panel and a large battery.
All necessary calibrations are applied in WISPcloud, as well
as quality control and the calculation of water quality parameter concentrations. All data are made available online
via an API-connection. While the standard measurement
frequency is set to once per 15 minutes, it can be
increased to once per two minutes if required, e.g. in time
windows around satellite overpasses.
How does it work?
Research Pilot Demo Early adopters Early majority Late majority
✓ ✓ ✓ ✓
Water Insight 92
Cloud Intelligent Real-time
Analysis And Wireless Upload
Hand-held Hyperspectral Intelligent
Water Analyzer
Cloud Intelligent
Analysis Model For
Real-time
Analysis Of
Water Ouality
Visionhand
More them
Water quality management
APP
Cloud Intelligent Real-time
Analysis And Wireless Upload
Hand-held Hyperspectral Intelligent
Water Analyzer
Cloud Intelligent
Analysis Model For
Real-time
Analysis Of
Water Ouality
Visionhand
More them
Water quality management
APP
Through hand-held hyperspectral intelligent water analyzer and cooperated with \"intelligent Water\"
APP, it can realize real-time online inversion of more than ten kinds of water quality parameters such
as total nitrogen, total phosphorus, ammonia nitrogen, suspended solids, chlorophylla, chemical
oxygen demand, dissolved oxygen, pH, transparency, turbidity. conductivity and temperature.
Compared with traditional laboratory chemical analysis methods, the inversion accuracy is less than
10%, and the relative error of some water quality parameters can be less than 5%. lt has the
characteristics of simple operation, flexible standby time, light weight and abundant indexes.
Without testing the whiteboard, the spectral information can be obtained against the water surface
after the lens is turned on to obtain the sky light information vertically, and the water quality
parameters can be obtained based on the embedded model;
Hand-held Hyperspectral Intelligent Water Analyzer
Simple Operation
The whole machine is only 75 g, which conducts monitoring by being installed on the back of the
mobile phone by magnetic attraction or with the help of self-timer stick to obtain spectral
information of long-distance water surface;
Light Weight
Relying on a number of internationally renowned lake scientific research bases such as Taihu Lake
Station, Qiandao Lake Station and Poyang Lake Station, we have jointly developed portable water
quality monitoring equipment suitable for artificial on-site inspection, which can quickly detect more
than 10 kinds of common water quality parameters.
Total nitrogen, total phosphorus, ammonia nitrogen, suspended solids, chlorophylla, chemical
oxygen demand, oxygen, transparency, turbidity, nitrogen, electrical conductivity, etc.
Abundant Indexes
It can be used for 10 hours on a single charge, and can also be tested while charging with mobile
power supply(Type-Cinterface charging);
Flexible Standby Time
Spectral Range
Spectral Sampling Interval
Dimensions(Mm)
Field Of View
Connection Mode
App System Supporting
Weight
Endurance
Water Ouality Parameters
400-850nm
lnm
74 × 57 × 26mm
5°
Bluetooth
iOS 10.0/Android 9.0 and above
75g
10h
>10
Connect
Bluetooth
Spectral
calibration
Data
collection
01
02
03
The hand-held hyperspectral intelligent water analyzer is interconnected with
smart phones through Bluetooth, and controls the intelligent spectrum
acquisition terminal through the \"Visionhand\" APP operating software to
quickly obtain the reflectivity spectrum of water body and transmits it to the
cloud system in real time through the wireless network of smart phones. The
cloud intelligent analysis model quantitatively analyzes water quality in real
time, and displays the results on the smart phone terminal in real time. Water
quality quantitative inversion parameters include more than ten types,
including: total nitrogen, total phosphorus, ammonia nitrogen, suspended
solids, chlorophyll a, chemical oxygen demand, dissolved oxygen, pH,
transparency, turbidity, conductivity, temperature, etc.
The water quality spectral detection system composed of \"Visionhand\" APP and
hand-held hyperspectral smart water analyzer - Visionhand is a\"necessary tool
for the industry and a sharp weapon for river chiefs\", which not only realizes the
real-time detection of water quality parameters, but also realizes the functions
of time and space display of detection results, viewing of monitoring positions,
comparison of historical data, etc. Compared with traditional laboratory
chemical analysis methods, the intelligent technical breakthrough of this
system lies in high-speed, real-time, high efficiency and intelligence, which can
meet the needs of different users for rapid and real-time detection.
Introduction Of “visionhand” app
95 Visionhand
Highlights Of
“visionhand” app
Visionhand 96
The hand-held hyperspectral
intelligent water analyzer-Visionhand is interconnected
with the smart phone
through Bluetooth
for real-time
The spectrometer is controlled by \"Visionhand\"
app to collect the
spectrum.
The technical breakthrough of
the system is fast, real-time,
efficient and intelligent, which
can meet the needs of
different users for rapid
and real-time
detection
\"Visionhand\" is the supporting
application software of
hand-held hyperspectral
intelligent water
analyzer
The spectral data is transmitted to the cloud system in
real time through the
mobile phone signal
for analysis
The analysis results are
displayed on the APP
software in real
time.
High-quality optical
instruments for
the oceanographic
atmospheric, water quality,
biological sciences
Biospherical Instruments Inc.
