Mining Remote Monitoring Hydromet

Mining Remote Monitoring Hydromet
Mining
Remote Monitoring
Hydromet & Weatherstations
Table of Contents
Quick Setup Station
Onset U30
page 4
Logging/Telemetry Systems
GPRSLink
IridiumLink
8310
SatLink2
page 8
page 9
page 10
page 11
Water Level/Flow/Quality Sensors
SDI-12 Submersible
RL-35
Constant Flow Bubbler
SonTek IQ
SonTek SL
EXO
page 12
page 13
page 14
page 15
page 16
page 17
Meteorlogical Sensors
TB3
Pluvio2
MetPak
WindSonic M
Hukseflux
Heat Flux Plate
Barometer
USH-8
page 20
page 21
page 22
page 23
page 24
page 25
page 26
page 27
Data Management and Hosting
SutronWin
page 28
HOBO U30 Remote Monitoring Systems
HOBO U30 Remote Monitoring Systems enable real-time, remote access to your
with any combination of external smart sensors, and have been designed with an
industrial-grade, tamper proof enclosure.
Supported Measurements:
Indoor Environmental: Temperature, Relative Humidity, Dew PointC02, Air
Velocity, VOCs
Energy/Power: 4-20mA, AC Current, AC Voltage, Amp Hour, Amps, Compressed
Air Flow, DC Current, DC Voltage, Differential, Pressure, Gauge Pressure, kW,
kWh, Power Factor, Pulse Input, Volt-Amp Reactive, Volt-Amp Reactive Hour,
Volt-Amps, Volts, Water Flow, Watt Hours, Watts
Key Advantages:
•
•
•
•
•
•
Minimum System Requirements:
Web-based energy and environmental monitoring
Electronics are housed in an industrial-grade, tamperproof enclosure
Setup is quick and easy with plug-and-play sensors
Measures a wide range of energy and environmental parameters
GSM Cellular, Wi-Fi, Ethernet, direct USB options available
Optional analog inputs with configurable sensor power
Software
See pg 29
Data plan*
Power
source1
Sensor
See pg 31
For complete information and accessories, please visit: www.onsetcomp.com
Part number
U30-GSM
U30-WIF
U30-ETH
U30-NRC
GSM Wireless Comm (U30-GSM)
Quad-Band GSM/GPRS 850/900/1800/1900 MHz
Wi-Fi Wireless Comm (U30-WIF)
2.412 - 2.484 GHz IEEE 802.11 b/g
Ethernet (U30-ETH)
10Base-T or 100Base-TX (using external RJ45 jack) 256-bit AES Rijndael encryption
Alarm Relay
Logging interval plus 2 to 4 minutes (typical)
Smart-Sensor Inputs
5 or 10
Data Channels
Maximum of 15 (some sensors use more than one data channel)
Normal Operating Range
-20 to 40ºC (-4 to 140ºF)
Extended Operating Range
-40 to 60ºC (-40 to 140ºF) see battery life,
Local Communication
USB
Data Storage Memory
Logging Interval
Station-to-Internet Upload Interval
Power
An Onset solar panel (1.2w, 3w, 6w) or AC adapter is required
Battery Life
3-5 years, 4 volt 10 AHr rechargeable sealed lead acid
Dimensions
17.8 x 11.7 x 19.3 cm (7.0 x 4.6 x 7.6 in)
CE Compliant
Yes
*A complete U30 remote monitoring system requires a data plan (U30-NRC is data logger only and does not require a data plan).
1
AC power adapter or solar panel required. See page 36. For more details, please visit onsetcomp.com
4
External Sensors by Measurement
Weather/Field
PAR
Part number
S-LIA-M0031
Type
Photosynthetic light (PAR)
Solar Radiation
Part number
S-LIB-M0031
Type
Solar radiation
U30
√
H21
√
H22
U30
√
H21
√
H22
U30
√
H21
√
√
H22
U12
U14
ZW
UX90
UX100
UX120
U12
U14
ZW
UX90
UX100
UX120
U12
U14
ZW
UX90
UX100
UX120
U12
U14
ZW
UX90
UX100
UX120
U12
U14
ZW
UX90
UX100
UX120
U12
U14
ZW
UX90
UX100
UX120
U12
U14
ZW
UX90
UX100
UX120
U12
U14
√
√
ZW
UX90
UX100
UX120


Barometric Pressure
Part number
S-BPB-CM501
S-BPA-CM101
Type
Barometric pressure
HWS barometric pressure


Wind Speed & Direction
Part number
S-WDA-M0031
S-WSA-M0031
Type
Wind direction (3m cable)
Wind speed Smart Sensor (3m cable)
U30
√
√
H21
√
√
H22
S-WSET-A1
S-WCB-M0031
S-WCC-M0031
Wind Smart Sensor set
R.M. Young wind monitor-AQ adapter
R.M. Young marine wind adapter
√
√
√
√
√
√

S-WCE-M0031
R.M. Young wind monitor adapter
√
√

Type
.01” Rain gauge Smart Sensor (2m cable)
.2mm Rain gauge Smart Sensor (2m cable)
U30
√
√
H21
√
√
H22
Part number
S-SMC-M005
Type
EC-5 soil moisture Smart Sensor
U30
√
H21
√
H22
S-SMD-M005
10HS soil moisture Smart Sensor
√
√

U30
√
H21
√
H22
U30
√
√
H21
√
√
H22
√
√




Rainfall
Part number
S-RGA-M0021
S-RGB-M0021


Soil Moisture

Leaf Wetness
Part number
S-LWA-M003
Type
Leaf wetness Smart Sensor

Relative Humidity
Part number
S-THB-M0021
S-THB-M0081
Type
12-bit Temp/RH smart (2m cable)
12-bit Temp/RH smart (8m cable)
 This logger is intended for indoor environments, but sensors are compatible.
1
CE Compliant
5
HOBO U30 Weather Station
HOBO U30 Weather Stations save you time and money by offering
plug-and-play convenience and research-grade performance.
Key Advantages:
• Web-based and stand-alone options available
• Plug-and-play Smart Sensors enable rapid deployment
• Double weatherproof, tamperproof enclosure designed for use in
harsh environments
• Alarm capabilities via text, email
• Optional analog inputs with configurable sensor power
• Options for battery, solar, or AC power with battery backup
Supported Measurements: Temperature, Relative Humidity, Dew Point, Solar
Radiation, PAR, Rainfall, Wind Speed, Wind Direction, Soil Moisture, Barometric
Pressure, Leaf Wetness, 4-20mA, Voltage Input, Pulse Input
Minimum System Requirements:
Software
See pg 29
Data plan*
Power
source1
Sensor
See pg 31
2 Meter Tripod
M-TPB
• Height range: 1.72 to 2.13 m (5.6 to 7 ft)
• Mast diameter: 4.1 cm (1.63 in)
• Weight: 5.8 kg (12.8 lbs)
M-GKA Grounding Kit is recommended when
using tripods in exposed locations.
2 Meter Tripod Kit also available M-TPB-KIT
3 Meter Tripod Kit
M-TPA-KIT
3- meter tripod (M-TPA) •
1/2-in Stake Kit (M-SKA) for guy wires •
Grounding Kit (M-GKA) •
Guy Wire Kit (M-GWA) •
Mast Level (M-MLA) •
3 Meter Tripod
M-TPA (shown at right)
• Height range: 2.74 to 3.20 m (9 to 10.5 ft)
• Mast diameter: 4.1 cm (1.63 in)
• Weight: 12.7 kg (28 lbs)
• Maximum slope: 13 degrees for installation on
moderately uneven ground
M-GKA Grounding Kit is recommended when
using tripods in exposed locations.
*A complete U30 remote monitoring system requires a data plan (U30-NRC is data logger only and does not require a data plan).
1
AC power adapter or solar panel required. See page 36. For more details, please visit onsetcomp.com
6
HOBO U30 Weather Station
Wind Speed
Rain Gauge
Wind Direction
Light
Sensor
Light Sensor Bracket
M-LBB
Includes leveling screws
and u-bolts for mast mounting.
Light Sensor
Bracket
Full Cross Arm
Solar Radiation Shield
RS3
Pre-assembled
for S-THBs, S-TMBs,
includes clamp for
mast mounting.
Solar Radiation Shield
Solar Panel
Full Cross Arm
M-CAA
91.5 cm (36 in)
For use with Onset tripods or masts, the full cross
arm assures unobstructed wind measurement.
HOBO U30
NDVI Light Sensor Bracket
M-NDVI
Used to mount 2 PAR sensors and
2 solar radiation sensors for making
NDVI measurements. Also requires
M-LBB light sensor bracket.
Barometric Pressure
Light Sensor Level
M-LLA
Purchase one for use on any number
of light sensors.
3 Meter Tripod
with Mast
Smart Sensor Extension Cables
S-EXT-M0xx
2 m, 5 m, 10 m, 25 m
(16 ft, 33 ft, 82 ft)
cable lengths available. Use individually or
connected together to optimize sensor
placement. A weatherproof housing is
required for outdoor connections
(Part# S-EXT-CASE2).
Network cable length limited to
100 meters per data logger.
7
Sutron’s Multi-Sensor Input Logger plus Extremely Flexible & Economical
Two-Way GPRS
GPRS-Link
Data Logger Features
SutronLoggew
r ithGPRSCommunciations
1.
GUI setup program.
2.
Terminal strip with screw terminals for I/O and power connections
3.
Operates 8-16VDC -- 12V required for SDI-12 sensors
4.
TCXO real-time clock with battery backup (+/-4ppm)
5.
Solar panel regulator for panels up to 30 watts.
6.
Support for up to 16 measurements of the following
inputs:
SDI-12/RS485 (shared as is done in the Bubbler)
5 Analog inputs:
Two (2) single ended inputs (range 0-5V)
rential inputs (range +/-39mv,
+/-312mV, +/-2.5V)
One (1) 4-20mA input
2 digital inputs. They can be used for tipping bucket,
frequency
Telemetry via GPRS
2 internal SPI for future expansion
internal temperature
Battery voltage
Meta measurement
7.
Options to average or accumulate any measurement.
8.
Lightning protection (Gas Tube) on all external inputs.
9.
User
y measurement .
10. User
rm detection on any measurement.
11. 2 LED for ver
12. Log capacity of 240K of data accessible via GPRSanddirect
connect
13. SW Battery output and 1 digital output (open collector)
1.
Periodic transmissions at user set times with data in user
selectable format (pseudobinary C, others)
2.
Support for primary and secondary master stations via
GPRS
3.
Alarm transmissions as they are detected.
4.
Diagnostics to help track of the amount of data being sent
and the performance of the telemetry
5.
GPRS station is ALERT c ompatible dire ct t o Novastar
ALERT m aster station
6.
Support for remote commands for data collection, maintenance or contr
7.
Optional authentication of incoming messages to insure
they are from a trusted source & optional authentication of
14. Also operates as a standalone recorder without telemetry
messages sent to TEMPEST/SUTRONWIN via GPRS
15. USB slave for serial connection to PC. THE USB PORT WILL
NOT SUPPORT typical USB devices like memory sticks,
modems, etc.
Sterling, VA20164
NESDIS Cer
SMS transmissions if GPRS fails or in place of GPRS
9.
Extremely
rdable
10. GPRS modems use wireless cellular technology and provide
16. RealTime Clock operates with internal lifetime battery.
22400 Davis Drive
GS-25F604D SBSA
8.
data access in most areas where a typical cell phone works.
(703) 406-2800
r
8
(703) 406-2801 Fax
r
www.sutron.com
r
[email protected]
r
page 1
Complete Two-Way Communications with Remote Stations Anywhere in the World
IridiumLink
Sutron is an Authorized Iridium® Value Added Reseller (VAR).
Data Logger Features
SutronLoggewrithtwo-wayIridium®
Short Burst DataTransceiver
GUI setup program.
2.
Terminal strip with screw terminals for I/O and power connections
3.
Operates 8-16VDC -- 12V required for SDI-12 sensors
4.
TCXO real-time clock with battery backup (+/-4ppm)
5.
Solar panel regulator for panels up to 30 watts.
6.
Support for up to 16 measurements of the following
inputs:
SDI-12/RS485 (shared as is done in the Bubbler)
5 Analog inputs:
Two (2) single ended inputs (range 0-5V)
rential inputs (range +/-39mv,
+/-312mV, +/-2.5V)
One (1) 4-20mA input
P R E L IMIN A R Y
1.
2 digital inputs. They can be used for tipping bucket,
frequency
2 internal SPI for future expansion
internal temperature
Telemetry via Iridium®
Battery voltage
Meta measurement
7.
Options to average or accumulate any measurement.
8.
Lightning protection (Gas Tube) on all external inputs.
9.
User
10. User
y measurement .
rm detection on any measurement.
11. 2 LED for ver
12. Log capacity of 240K of data accessible via Iridium®and
direct connect
13. SW Battery output and 1 digital output (open collector)
14. Also operates as a standalone recorder without telemetry
15. USB slave for connection to PC. THE USB PORT WILL NOT
WORK with typical USB devices like memory sticks, modems, etc.
16. RealTime Clock operates with internal lifetime battery.
9
1.
Periodic transmissions at user set times with data in
user selectable format (pseudobinary C, others)
2.
Support for primary and secondary master stations via
Iridium®
3.
4.
Alarm transmissions as they are detected.
Diagnostics to help track of the amount of data being
sent and the performance of the telemetry
5.
Iridium®station is Alert compatible via SutronWIN.
6.
Support for remote commands for data collection,
7.
maintenance or contr
Optional authentication of incoming messages to
insure they are from a trusted source
8310 Data Logger
8310-N (Basic)
The 8310 exceeds capabilities of Sutron’s 8210 & 9210 Loggers,
among the most powerful dataloggers on the market today.
Designed for Environmental Monitoring Projects Using 1 or 2
Real-Time Communications Options
Capabilities
Dependable data is what users want. The 8310 delivers dependable data through
its hardened design, multiple communications paths and reliable logging.
Simple Front panel setup without PC or other devices.
Built-in measurement circuitry to handle sensors commonly used.
Flexible measurement schedules and logging schemes.
Built-in BASIC to support custom measurements, processing and communications.
Compare to...
Built-in support for GOES, Iridium, GPRS, and telephone modems including speech.
Dual communications support allowing combinations of supported
communications devices.
Remote operation without using custom PC programs.
Compared to SatLink Logger: more measurements, more
processing, supports more communications (other than
GOES and PSTN), supports BASIC programming
Weatherproof packaging to promote long pr
Compared to the competition: the 8310 is packed with more
Wide temperature operation for reliability in extreme conditions
tion, operation & maintenance.
Battery operation with low power consumption.
SDI-12 support functions
SPECIFICATIONS
Real-time data views
Single and dual point calibration methods,
ELECTRICAL
Useful diagnostic logs.
Power Required
10-16VDC (20VDC max)
Power Consumption
<3mA standby <40mA active typical
ORDERING
8310 N
MECHANICAL
8310 Data Logger in NEMA Enclosure
Enclosure
NEMA-4 Fiberglass
Dimensions
12” x 10 “ x 6 “ enclosure, m
rglass polyester
construction. With quick release latches.
Display
2x20 character backlit LCD
8310 & Phone/Speech Modem in NEMA Enclosure
Keypad
6 buttons
8310 & SatLink2-V2 in NEMA enclosure
SD Card Slot with Activity LED
For download data and read/write setups
8310 N P
8310 & SatLink2-V2 enclosure & phone modem
Red Warning LED
Indicates setup or operational error
8310 N G
8310 & SatLink2-V2, enclosure & GSM/GPRS
Green Heartbeat LED
Indicates unit is operating properly
8310 & SatLink2-V2, enclosure, Iridium modem
Sensor Connections
External terminal removable strips
8310 N G
8310 & GPRS in NEMA Enclosure
8310 N G
8310 & GPRS & Iridium in NEMA Enclosure
8310 N
8310 N P
8310 N
8310 N
8310 & Iridium in NEMA Enclosure
10
SATLINK2 TRANSMITTER/LOGGER
SL2’s innovative design provides everything
needed to collect high quality data, without
costly options. Our standard unit includes a
Built-in Logger, SDI-12 Interface, dedicated
Tipping Bucket Input, 4 Analog Inputs, & a
powerful Mathematical Equation Editor.
HDR GOES Transmitter SatLink2 in Enclosure
Model with Airtight Enclosure
& Interactive Display
OVERVIEW
Built to operate for a decade, SatLink2 has the lowest life-cycle cost & the
highest ROI of any GOES Transmitter available.
Manufactured in the USA by Sutron to exacting ISO 9001 QUALITY
STANDARDS, our satellite transmitters provide long-term, reliable
operation even in the harshest climates.
DISPLAY & SD CARD
Intuitive data view makes set up & data collection incredibly
straightforward.
Front Panel Access to SatLink for
You’ll collect & transmit data more accurately, using one of
the lowest power consumption DCPs available!
SL2 Display includes SD Card
slot for Log Downloads
16 Independent Measurements: 4 Analog Inputs, SDI-12,
Tipping Bucket & more (page 2....)
With Display/SD Card - Start &
Stop SatLink
Built-In Logger
View Current Status & Current
Set-up
USB port for PCs without RS-232 ports. NOTE: RS232 port is
not operational when the USB port is active.
GOES High Data Rate 100/300/1200 bps
GOES Int’l
INSAT/METSAT
METEOSAT 2nd Gen. (MSG)
GMS /MTSAT
FY2C
ARGOS/SCD NEW
Fully Set-up Transmissions &
Sensor Measurements
Initiate Transmissions
SatLink2 Stand
Alone Rainfall
Station
Calibrate Sensors
View Current & Previous
Measurements
Use Two Levels of Password
Protection
Battery backup for the Real Time
Clock for proper‘time tagged’
logging at powerup before GPS
resynchronization.
VOICE
The SL2 Model that Provides
Voice is the SATLINK2 in
ENCLOSURE WITH MODEM (#
SL2-ENC-DISP-2)
This SL2 model has a special
internal Sutron SL2 Voice
Modem (installed in the
equipment) that allows the
user to dial into a Satlink station using a telephone.
A properly equipped “speaking” SatLink delivers measurements & diagnostics via voice.
User dials the station, the
station answers & provides
current sensor data.
If any measurement triggers
an alarm (user-selected
limits), SL2 dials out to relay
alarm data to pre-designated
numbers.
Min/Max Processing
Multiple Choices for
Downloading SatLink Log (or
Any Part of It) : all data since
the last download, the
entire log, or a range of
dates.
Process Non-Linear Sensors - simply
copy & paste a formula without any
programming!
Save SL2 Setup on
the SD Card to Setup
another SL2.
Two-Level Password Protection
Increased Logging Capacity & request. Cable Part # 6411-1613.
Data Redundancy (leave Card
inserted & SL2 backs up Log to
Card)
Front Panel Programming
Multiple Models for multiple applications
11
USB Mini Type B requires USB Type A Transition
Cable. Sutron will provide 6 ft USB Cable upon
SDI-12 SUBMERSIBLE
PRESSURE/TEMPERATURESMARTSENSOR
FEATURES
SDI-12 v1.3 interface
Small diameter
Optional body lengths
Twist open case
Pressure and temperature
316 stainless steel, Viton ®
and Teflon ® construction
(Titanium optional)
Polyethylene, polyurethane
and FEP Teflon ® cable options
DESCRIPTION
INW’s patented AquiStar ® SDI-12 submersible pressure transmitter
represents the latest in state-of-the-art level measurement technology.
Building on years of successful experience, this industry standard SDI-12
v1.3 interface device offers great noise immunity, thermal performance and
transient protection. In addition, this device returns temperature and time
data and operates with low power.
2" Monitoring Well
Dedicated Assembly
Well seal with
connections
Well Seal withfor
communication
Battery Access, cable,
andauxpower
RS-232, and Aux
Power Connections
The sensor’s end cone is interchangeable with a 1/4” NPT inlet which
allows for increased application use and easy hookup. The modulardesigned AquiStar ® SDI-12 sensor can be factory serviced and repaired
saving on future upgrade and repair costs.
Cable
Strain Relief
Cable strain relief
Cable
Cable
OPERATION
Due to its rugged construction, the AquiStar ® SDI-12 Sensor can be used to
replace analog sensors. Units can be used to monitor groundwater, well,
tank and tidal levels, as well as for pump testing and flow monitoring.
I n s tr u m e n ta t i o n N o r th w e s t, I n c .
A q u i S ta r 2 0 0 0 0 P
- T3 0 P S I G
APPLICATIONS
M ADE I N REDM O ND, W A US APA TENT# 5 033 297
INW’s SDI-12 submersible level transducer features an SDI-12 interface
that makes the product easy to interface to SDI-12 recorders, can be daisychained on one cable up to 100 feet, and operates on low power. This
makes it a preferred choice for many environmental professionals with
existing SDI-12 systems. The U.S.G.S. OSW accuracy enhanced calibration
is an option on the 15 psig unit.
Aquistar
PT2x Pressure
Datalogger
Sensor
AA powered
RL-35
Contact free radar level
measurement
t he r L-35 measures the level of the water surface without contact in a safe position based on
a radar runtime measurement. t he technology
enables automatic, maintenance-free, continuous and high accurate measurements.
» high accuracy: +/- 2 mm (0.006 % of range)
» 35 m measurement range
» analogue resolution
» compact design
» horn radar antenna with 26 GHz (K-band)
» beam angle 10°
»
» 4-20 ma / Hart output
» 9.6 - 36 Vd C supply
» sensor protection type: iP 68 (waterproof
until 1 m)
»
powder-coated aluminium housing
13
ACCUBAR® CONSTANT FLOW (C F)
BUBBLEGA UGE/ RECO RDER
AN ALL-IN-ONE, PRECISION DEVICE FOR MEASURING W ATER LEVELS
View DessicantLevel
*
INCLUDED IN ONE, SINGLE NEMA-4
ENCLOSURE
COMPRESSOR
SENSOR
DATALOGGGER
DESICCANT
FrontPanel
User-Settable
SD Card Slot
SwingOut for Easy Maintenance
DESCRIPTION
The Accubar® ConstantFlow (CF) Bubble G auge is a selfcontained, precision device for measuring water levelsT.he
gauge features a front panel, simplified setup, RS232 &
SDI-12 ports, data communication & maintenance. The
gauge also has a built-in datalogger for stand-alone
operation or backup recording of data.
The CONSTANT FLOW BUBBLER consists of a pump, tank,
manifold, control board, display/keypad & enclosure
for the purpose of measuring water levels using longestablished bubble gauge principles, all packaged within a
single,NEMA-4 enclosure.
SPECIFICATIONS
SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE
ELECTRICAL
Power Required 8-16V DC
SDI-12 V1.3, RS232
Interface
Quiescent Current<1 mA
Average Power <8.3 mA @ 12 V for 3 sec.
measurement every 15 min.
PNEUMATIC
Pressure Range 0-25 psi (57.5 ft. or 17.5 m water*)
Accuracy
0-20 ft. 0.01% FSO
20-57.5 ft. 0.05% of reading
Resolution
0.0001 psi
Purge Pressure >= 50 psi max.
Bubble Rate
User Settable
CompressorType Piston
MECHANICAL
NEMA-4 fiberglass
Enclosure
Dimensions
12 in. x 15 in. x 7.5 in.
Connections
8 position terminal block
PressureOutlet 3/8 in. O.D. tubing
ENVIRONMENTAL
Temperature
-25°C to +60°C
optional: -40°C to +60°C
Humidity
0-95% non-condensing
KEY FEATURES
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Self-contained system needing only external
power & outlet tubing
Extended-life desiccant (up to 1 year)
Adjustable bubble rate
Configurable averaging
User-variable auto purge
Flexible auto blockage detection
Modifiable auto measurement & logging
Built-inFLASH LOG for over 300,000 readings
Stand-alone or operation with other loggers/
communication devices
Precision Accuba®r Pressure Sensor!
Front panel setup & maintenance.
SDI-12/RS232 interfaces compatible with
loggers, cell modems, SaLtink2 Transmitter/
Logger
Swing-out front panel for easy maintenance.
Auto-zero function
Easier re-calibration
3 Levels of filtration
User-forced purge option
SD Card slot!
ORDERING
56-0133-25-1 Accubar® ConstantFlow Bubble G auge
25 psi range
ACCESSORIES
2911-1183
Tubing, Orifice Line Black Polyurethane
up to 2000 feet (609.6 meters)
2911-1279-1
ReplacementDesiccant, full canister
*Reference to ft. based onUSG S conversion factor of 2.3073 ft.
water per psi
SonTek-IQ
TM
Standard, Plus and Pipe
FLOW, TOTAL VOLUME, LEVEL AND VELOCITY
Whether you need just a practical and cost-effective solution for a single canal, or you operate a large public
utility with dozens of monitoring sites, there’s a SonTek-IQ right for your application. Simply input the channel
geometry using the intuitive SonTek-IQ software and you are outputting accurate flow data in minutes!
SonTek-IQ Standard : Big Quality for Small Budgets
The SonTek-IQ Standard version is a “no frills” option for the budget-minded operator. But with the SonTek-IQ Standard, low budgets do not
mean low quality data! Using the same powerful SmartPulseHD technology that is used in the SonTek-IQ Plus system, you won’t be sacrificing
quality while monitoring your flow.
The Standard version allows measurement for depths up to 1.5 m in open-channels only, and basic data parameters output for display or export
based on a dynamic, single integrated velocity cell.
SonTek-IQ Plus: Monitoring in Complex Environments
The SonTek-IQ Plus version offers a flow monitoring solution for larger canals and natural environments with depths up to 5 m. With the ability to
collect velocity profiling data in cells as small as 2 cm across a channel horizontally and vertically, this version offers the user complete flexibility
in applications and detailed flow velocity parameters for those times when “just flow” isn’t enough.
The SonTek-IQ Plus is capable of handling not just regular trapezoidal canals, but any irregular/naturally-shaped channel, up to 5 m deep, where
flow, velocity and/or level need to be measured.
And with the flexibility of the SonTek-IQ software, the opportunities are endless.
SonTek-IQ Pipe: Accurate Flow in Totally or Partially Full Pipes
The SonTek-IQ Pipe is intended as either a bottom or top mounted flow meter that can be used in most industrial or agricultural applications.
Unlike many other flow meters available today, the SonTek-IQ Pipe automatically determines if the pipe is full or partially full, and identifies the
best technique to use to measure the velocity of the water. This information is then used to compute flow, along with accurate water level data
provided by the vertical beam and/or pressure sensor. All this without additional configuration.
With a special form factor, the SonTek-IQ Pipe can provide accurate flow values in pipes from 0.5 all the way to 5.0 m,
independent of whether these pipes are full or have only a few inches of water in them.
visit sontek.com/iq
15
Argonaut - SL
Side-Looking Doppler Current Meter
Argonaut-SL in the Field
Applications
Features
s
s
s
s
s
s
s
s
s
s
River Discharge Monitoring
Irrigation Canals
Ports and Harbors
Shallow Streams and Estuaries
Water Supply
Sampling
Range1 Minimum
Channel Width
Acoustics
-Horizontal Beam Width2
-Vertical Beam Width2
Water Velocity and Level
MultiCell Current Profiling
PowerPing Hi-precision Sampling
Mounting and Display, and I/O
Velocity-Indexing Software
SL3000
SL1500
SL500
0.1 to 5m (0.3 to 17 ft)
0.2 to 20m (0.7 to 66 ft)
1.5 to 120m (5 to 400 ft)
0.75m (2.5 ft)
1.50m (5 ft)
6.5m (21 ft)
1.4º
1.4º
1.4º
1.4º
2.9º
3.8º
>60dB
>60dB
>60dB
-Side Lobe
Suppression3 PowerPing HiPrecision
SonTek TrueCompass/Tilt
Water Level
-Vertical Beam Range
-Accuracy
n/a
n/a
0.1 to 5.0 m (0.3 to 17 ft)
0.15 to 10m (0.5 to 33 ft)
(depth < 3 m): ±0.3 cm (0.01 ft) (depth < 3 m): ±0.3 cm (0.01 ft)
(depth > 3 meters): ± 0.1% (depth > 3 meters): ±0.1%
0.2 to 18.0m (0.7 to 59 ft)
(depth < 6 m): ±0.6 cm (0.02 ft)
(depth > 6 meters): ±0.1%
n/a
0.25%
0.25%
n/a
Optional
Optional
-Pressure Sensor
-Wave Height Spectra
Power
-Input
Consumption4 Physical
-Weight in Air
-Weight in Water
-Pressure Rating (Max Depth)
7-15 VDC
7-15 VDC
7-15 VDC
0.5 – 0.7 W
0.5 – 0.7 W
0.7 – 1.0 W
1.2 kg (2.6 lb)
2.4 kg (5.3 lb)
6 kg (13.2 lb)
0.3 kg (0.7 lb)
0.2 kg (0.5 lb)
1.1 kg (2.5 lb)
30 m (98 ft)
30 m (98 ft)
30 m (98 ft)
Integrated Mount
35.5 x 22.9 x 1.5 cm
(14” x 9” x 0.6”)
28 x 25 x 1 cm
(11" x 8" x 0.4”)
1 Actual Maximum range depends on environmental conditions
2 Full beam width reported at half power level (-3dB)
3 Side lobe suppression improves the aspect ratio of the instrument enabling greater measurement range in shallower water.
4 Power consumption will be higher with PowerPing and/or Flow Display enabled
1
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WBUFS RVBMJUZ NPOJUPSJOH
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CBQUVSJOH BDDVSBUF EBUB JO GSFTIXBUFS
FOWJSPONFOUT JT FBTZ XJUI &X0.
EXO1 sonde
EXO2 sonde
t 4VSGBDF BOE
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NPOJUPSJOH EPXO UP
250 N (828 GU)
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t 4FBNMFTT JOUFHSBUJPO
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JOUP NPOJUPSJOH
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t 'MFYJCMF TFOTPS
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t WFMEFE UJUBOJVN
TFOTPST
t "OUJGPVMJOH XJQFS
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EFQMPZNFOUT UP NPSF
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0VU PG UIF Cox, &X0 JT SFBEZ UP HP XJUI:
t PSF-JOTUBMMFE TFOTPST GPS FBTZ TFU-VQ PG
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t 8JSFMFTT DPNNVOJDBUJPO SFEVDFT OVNCFS PG
mFME DBCMFT
t 0OCPBSE EJBHOPTUJDT NJUJHBUF TFU-VQ BOE
DPOmHVSBUJPO FSSPST
8JUI B IJHIMZ FGmDJFOU QPXFS NBOBHFNFOU QMBUGPSN, SPCVTU
DPOTUSVDUJPO, BOE B DIFNJTUSZ-GSFF BOUJ-GPVMJOH TZTUFN, &X0 BMMPXT
BDDVSBUF EBUB DPMMFDUJPO GPS VQ UP 90 EBZT CFUXFFO TFSWJDF JOUFSWBMT.
17
Instrument Specifications
*
EXO1 Sonde
Ports
Size
Weight
4 sensor ports
Peripheral port: 1 power communication port
Diameter: 4.70 cm (1.85 in)
Length: 64.77 cm (25.50 in)
1.42 kg (3.15 lbs) with 4 probes, guard and batteries installed
EXO2 Sonde
Ports
7 sensor ports (6 ports available when central wiper used)
Peripheral ports: 1 power communication port; 1 auxiliary expansion port
Size
Diameter: 7.62 cm (3.00 in)
Length: 71.10 cm (28.00 in)
Weight
3.60 kg (7.90 lbs) with 5 probes, guard and batteries installed
Sondes
Operating Temperature
-5 to 50˚C
Storage Temperature
-20 to 80˚C (except 0 to 60˚C for pH and pH/ORP sensors)
Depth Rating
0 to 250 m (0 to 820 ft)
Communications
Computer Interface: Bluetooth wireless technology, RS-485, USB
Output Options: USB with signal output adapter (SOA); RS-232 & SDI-12 with DCP-SOA
Sample Rate
Up to 4 Hz
Battery Life
90 days **
Data Memory
512 MB total memory; >1,000,000 logged readings
Sensors
Calculated Parameters
Ammonium **
ORP
Salinity
Chloride **
pH
Specific Conductance
Conductivity
Temperature
Total Dissolved Solids
Depth
Total Algae (Chlorophyll + BGA-PC or PE
Dissolved Oxygen
Turbidity
Fluorescent Dissolved Organic
Matter (fDOM)
Vented Level **
**)
Total Suspended Solids
Nitrate **
EXO Handheld
Size
Width: 12.00 cm (4.72 in)
Height: 25.00 cm (9.84 in)
Weight
0.71 kg (1.56 lbs) without batteries
Operating System
Windows CE 5.0
Operating Temperature
-10 to 50˚C
Storage Temperature
-20 to 80˚C
IP Rating
IP-67
Data Memory
2 GB total memory; >2,000,000 data sets
Accessories
Cables (non-vented)
Flow cells
Sonde/sensor guard
Carrying case
KOR software
Calibration cup
DCP Signal Output Adapter
USB Signal Output Adapter
Anti-fouling components
Warranty
1 Year
pH, ORP, and optical DO membranes
2 Years
Cables, sondes (bulkheads), handheld, and the following sensors: conductivity,
temperature, depth, and optical sensors
* Specifications indicate typical performance and are subject to change.
Please check EXOwater.com for up-to-date information.
** Typically 90 days at 20˚C at 15-minute logging interval; temperature/conductivity, pH/
ORP, DO, and turbidity sensors installed on EXO1; or temperature/conductivity, pH/ORP,
DO, total algae, and turbidity sensors installed with central wiper that rotates once per
logging interval on EXO2. Battery life is heavily dependent on sensor configuration.
18
EXO Bluetooth modules comply with Part 15C of FCC Rules
and have FCC, CE Mark and C-tick approval. Bluetooth-type
approvals and regulations can be country specific. Check
local laws and regulations to insure that the use of wireless
products purchased from Xylem are in full compliance.
** Release in 2013. BGA-PE specs TBD.
Sensor Specifications
Sensor
Ammonium**
*
Range
11
0 to 200 mg/L
(ammonia with pH sensor)
Barometer
Accuracy
±10% of reading or 2 mg/L-N, w.i.g.
1
375 to 825 mmHg
Blue-green Algae
Phycocyanin (PC) or
Phycoerythrin (PE)**
0 to 100 μg/L PC;
0 to 100 RFU
Chloride**
0 to 1000 mg/L
(part of Total Algae sensor)
11
(part of Total Algae sensor)
Conductivity
Depth 4
(non-vented)
Vented Level**
0 to 10 m (0 to 33 ft)
±0.04% FS (±0.004 m or ±0.013 ft)
0 to 100 m (0 to 328 ft)
±0.04% FS (±0.04 m or ±0.13 ft)
0 to 250 m (0 to 820 ft)
±0.04% FS (±0.10 m or ±0.33 ft)
0 to 10 m (0 to 33 ft)
±0.03% FS (±0.003 m or ±0.010 ft)
fDOM
Nitrate**
11
T63<2 sec
0.01 μg/L Chl; 0.01
RFU
T63<2 sec
0.0001 to 0.01 mS/cm
(range dependent)
T63<2 sec
0.001 m (0.001 ft)
(auto-ranging)
T63<5 sec
0 to 300 ppb Quinine
Sulfate equivalents
(QSE)
Linearity: R 2 > 0.999 for serial dilution
of 300 ppb QS solution
Detection Limit: 0.07 ppb QSE
T63<2 sec
0 to 200 mg/L-N
±10% of reading or 2 mg/L-N, w.i.g.
0 to 50 mg/L
1
ORP
-999 to 999 mV
pH
0 to 14 units
±0.1 pH units within ±10˚C of calibration temp;±0.2 pH units for entire
temp range 8
Salinity ( Calculated from
±20 mV in Redox standard solutions
0.1% air saturation
0.01 mg/L
T63<5 sec
T63<3 sec
±1.0% of reading or 0.1 ppt, w.i.g.
T63<2 sec
0 to 200 mS/cm
±0.5% of reading or .001 mS/cm,
w.i.g.
–
Temperature
-5 to 50°C
Total Dissolved Solids
(Calculated from Conductivity
and Temperature)
Total Suspended Solids
(Calculated from Turbidity
and TDS)
Turbidity
11
(TDS)
(TSS)
0 to 100,000 g/L
Cal constant range
0.30 to 1.00
(0.64 default)
0 to 1500 mg/L
0 to 4000 FNU
-5 to 35°C: ±0.01°C
35 to 50°C: ±0.05°C
0.01 ppb QSE
–
0 to 70 ppt
Temperature)
6
0.01 mg/L
Specific Conductance
(Calculated from Conductivity and
Conductivity and Temperature)
0.01 μg/L PC; 0.01 RFU
0.01 mg/L
0 to 200%: ±1% of reading or 1%
saturation, w.i.g.; 200 to 500%: ±5% of
reading 5
0 to 20 mg/L: ±0.1 mg/L or 1% of
reading, w.i.g.; 20 to 50 mg/L: ±5% of
reading 5
0 to 500%
air saturation
Dissolved Oxygen
Optical
0.1 mmHg
T63<2 sec
±15% of reading or 5 mg/L, w.i.g.
–
Linearity: R 2 > 0.999 for serial dilution
of Rhodamine WT solution from 0 to
400 μg/L Chl equivalents
Detection Limit: 0.09 μg/L Chl
0 to 100: ±0.5% of reading or 0.001
mS/cm, w.i.g.; 100 to 200: ±1% of
reading
0 to 200 mS/cm
3
0.01 mg/L
–
Linearity: R 2 > 0.999 for serial dilution
of Rhodamine WT solution from 0 to
100 μg/mL PC equivalents
Detection Limit: 0.04 μg/L PC
2
Resolution
-
±1.5 mmHg from 0 to 50°C
0 to 400 μg/L Chl;
0 to 100 RFU
Chlorophyll
Response
*
7
0.1 mV
9
0.01 units
0.01 ppt
0.001, 0.01, 0.1 mS/cm
(auto-scaling)
10
10
Not Specified
T63<1 sec
–
Not Specified
T63<2 sec
0 to 999 FNU: 0.3 FNU or ±2% of
reading, w.i.g.; 1000 to 4000 FNU:
±5% of reading 12
T63<2 sec
0.001 °C
variable
variable
0 to 999 FNU: 0.01 FNU;
1000 to 4000 FNU: 0.1
FNU
Accuracy specifications apply to conductivity levels of 0 to 100,000
μS/cm.
Relative to calibration gases
6
When transferred from air-saturated water to stirred deaerated water
7
When transferred from water-saturated air to Zobell solution
8
Within the environmental pH range of pH 4 to pH 10
9
On transfer from water-saturated air to rapidly stirred air-saturated water at
a specific conductance of 800 μS/cm at 20˚C; T63<5 seconds on transfer from
water-saturated air to slowly-stirred air-saturated water.
10
Temperature accuracy traceable to NIST standards
11
Calibration: 1-, 2-, or 3-point, user-selectable
12
Specification is defined in AMCO-AEPA Standards
All sensors have a depth rating to 250 m (820 ft), except shallow and medium depth
sensors and ISEs. EXO sensors are not backward compatible with 6-Series sondes.
4
5
* Specifications indicate typical performance and are subject to change. Please
check EXOwater.com for up-to-date information.
Accuracy specification is attained immediately following calibration under controlled
and stable environmental conditions. Performance in the natural environment may
vary from quoted specification.
2
0-30˚C
0-40˚C
w.i.g. = whichever is greater
Outputs of specific conductance (conductivity corrected to 25˚C) and total
dissolved solids are also provided. The values are automatically calculated from
conductivity according to algorithms found in Standard Methods for the Examination
of Water and Wastewater (Ed. 1989).
1
3
** Release in 2013. BGA-PE specs TBD.
19
Bulletin 52,
Edition 2
TIPPING BUCKET RAINGAUGE
MODEL TB3
•
World standard 200mm catch
•
Accuracy not affected by rainfall intensity
•
Bucket sizes: 0.01 inch/ 0.2mm/ 0.5mm/
1.0mm
•
Long term stable calibration
•
Stainless Steel leaf sieve filter resists
blocking
•
Optional internal Data Logger, with no
external power requirement
•
In-build discharge outlets at base for water
collection and analysis
•
Dual output signal for data collection and
transmission
•
World class meteorological instrument
•
Easy to service with low maintenance
requirement
ISO
9001
HYDROLOGICAL SERVICES PTY.LTD.
QUALITY SYSTEM
CERTIFIED
HYDROLOGICAL INSTRUMENTS & EQUIPMENTS
DESIGNED AND MANUFACTURED
BY HYDROLOGISTS
20
21
Weather Station
6 Reference Quality Parameters
Key Features
 Wind Speed & Direction
 Barometric Pressure
 Temperature

 Humidity
 Rugged Professional Design
 SDI-12 Output

Dew Point
NMEA Output
 Gill ASCII Output
MetPak weather station utilises Gill WindSonic ultrasonic technology,
a highly accurate barometric pressure sensor and a Rotronic Hygroclip
HC2-S3 temperature/humidity probe. The design of the MetPak allows
measured parameters yet provides a compact, reference quality system.
The unit is especially suitable for harsh or marine environments.
Base Station Options Available
See page 3 for all wind sensor options.
MetPak
Included:

Ø142mm (5.6")

MetView data logging/visualisation software

Mounting kit to adapt to poles or masts.
Optional:
Heater Interface Box
74mm (3")
Mounting Pipe
(not supplied)
Ø30 - 58mm (1.2" - 2")
115mm (4.5")
274mm (10.8")
Ease of connection for remote heated wind sensors.
287mm (11.3")
22
Ultrasonic Wind Sensor
INSTRUMENTS
Robust Aluminium Construction
Optional Heating System
Key Features
 Compact Wind Speed & Direction Sensor
 Hard Anodised Aluminium
Alloy Construction




-40°C Operation (with optional heating)
NMEA output
Impact Resistance to UL2218 Class 1
Maintenance Free
The Gill WindSonic M utilises Gill’s proven ultrasonic technology that has a
proven performance over many years of operation in the popular WindSonic.
With an impact resistant, corrosion-free aluminium alloy housing and optional
heating system this wind sensor is recommended for use in harsh environmental
conditions and is particularly suited to both marine and land based installations.
The WindSonic M has no moving parts, offering maintenance-free operation in a
wide range of applications.
Mechanical
Wind Speed
Range
0 - 60 m/s (116 knots)
External Construction
Al. Alloy 6082 T6
Accuracy
±2% @12 m/s
Finish
Hard Anodised
Resolution
0.01 m/s (0.02 knots)
Size
142mm x 160mm
Response Time
0.25 seconds
Weight
0.9kg
Threshold
0.01 m/s
Environmental
Direction
0 - 359° (No dead band)
Protection Class
IP66
Accuracy
±3° @12 m/s
OperatingTemperature
Resolution
1°
-40°C to +70°C (with heating)
-35°C to +70°C (without heating)
Response Time
0.25 seconds
Storage Temperature
-40°C to +80°C
Operating Humidity
< 5% to 100% RH
EMC
EN 61326: 1998 & BSEN 60945
Impact Resistance
UL2218 Class 1
Range
Measurement
Ultrasonic Output Rate
0.25, 0.5, 1, 2 or 4 Hz
Parameters
Wind Speed & Direction or U and V
(vectors)
Units of Measure
m/s, knots, mph, kph, ft/min
Operational
Output
Outputs
RS232 + RS422 + RS485 + NMEA*
Baud Rate
2400 to 38400
Warranty
2 years
Factory Calibration
Traceable to National Standards
Accessories
Power Requirement
Pipe Mounting
44.45mm (1.75 in) diameter
Anemometer
5-30V DC (5.5mA @ 12V)
Windview Software
Display/logging***
Optional heating**
24V AC/DC (4.2A @ 24V)
Cables
Available to match output options
Start up time < 5 seconds
Display
See Gill display datasheet
* NMEA 0183
** Consult the technical manual for optimum heating supply voltage.
*** Download software free from www.gill.co.uk
23
HOSKIN SCIENTIFIC LIMITED
Hukseflux Solar Sensors
LP02 pyranometer
(ISO-9060 Second Class)
Solar radiation sensor compliant
with ISO and WMO standards
NR01 net radiometer
4 component net-radiation
sensor, 4 component SW & LW
sensor
LP02-TR
Solar radiation sensor compliant
with ISO and WMO standards,
with integrated transmitter
RA01 radiometer
2 component radiation sensor
2 component SW & LW sensor
DR01 pyrheliometer
(ISO-9060 First Class)
First class pyrheliometer
LP02 / LI19
Portable solar radiation sensor,
with read-out unit / datalogger
DR02 pyrheliometer
(ISO-9060 First Class)
SR03 pyranometer
(ISO-9060 Second Class)
Fast response pyranometer (for
PV application) compliant with
ISO and WMO standards 1-sec.
rapid response sensor
pyrheliometer with heated
window, 1-sec. rapid response
sensor
SR11 pyranometer
(ISO-9060 First Class)
First class pyranometer solar
radiation sensor
SRA01 albedometer
Albedometer compliant with
ISO and WMO standards
2 Second Class SR01 model
pyranometers mounted backto-back on the same housing
SR11-TR
First class solar radiation sensor
with integrated transmitter
IR02 pyrgeometer
Pyrgeometer with heating
SR12 pyranometer
(ISO-9060 First Class)
First class pyranometer for solar
energy test applications
IR02-TR
Pyrgeometer with heating,
with integrated transmitte
24
HFP01
HEAT FLUX PLATE / HEAT FLUX SENSOR
HFP01 is the world’s most popular sensor for heat
flux measurement in the soil as well as through
walls and building envelopes. By using a
ceramics-plastic composite body the total thermal
resistance is kept small.
HFP01 serves to measure the heat that flows
through the object in which it is incorporated or
on which it is mounted. The actual sensor in
HFP01 is a thermopile. This thermopile measures
the differential temperature across the ceramicsplastic composite body of HFP01. Working
completely passive, HFP01 generates a small
output voltage proportional to the local heat flux.
Using HFP01 is easy. For readout one only needs
an accurate voltmeter that works in the millivolt
range. To calculate the heat flux, the voltage
must be divided by the sensitivity; a constant
that is supplied with each individual instrument.
HFP01 can be used for in-situ measurement of
building envelope thermal resistance (R-value)
and thermal transmittance (H-value) according to
ISO 9869, ASTM C1046 and ASTM 1155
standards.
Traceability of calibration is to the “guarded hot
plate” of National Physical Laboratory (NPL) of
the UK, according to ISO 8302 and ASTM C177.
A typical measurement location is equipped with
2 sensors for good spatial averaging. If necessary
two sensors can be put in series, creating a
single output signal.
If measuring in soil, in case a more accurate
measurement is needed the model HFP01SC
should be considered.
See also models HFP03 and the PU series.
HFP01 SPECIFICATIONS
Sensitivity (nominal):
50 µV/ W.m-2
Temperature range:
-30 to +70 oC
Sensor thermal resistance:
< 6.25 10
Range :
+2000 to -2000
-3
Km2/W
W.m-2
Calibration traceability:
NPL, ISO 8302 /
ASTM C177
Figure 1 HFP01 heat flux plate dimensions:
(1) sensor area, (2) guard of ceramics-plastic
composite, (3) cable, standard length is 5 m.
All dimensions are in mm.
Expected typical accuracy:
within +5/- 15%
(12hr totals)
in most common
soils,
within +5/ -5 % on
walls
OPTIONS
Additional cable length x metres (add to 5m), AC100
amplifier, LI 18 hand held readout
25
ACCUBAR®
BAROMETRIC PRESSURE SENSOR
HIGHLY ACCURATE, SOLID STATE PRESSURE TRANSDUCER
FEATURES
 Low power design makes
it ideally suited for remote
monitoring applications.
 Capable of operating from
elevations of 1200 feet below
sea level to 13,000 feet above
sea level
 Wide temp range -45°C to
+60°C
SPECIFICATIONS
Specifications subject to change without
notice
RANGE
600 to 1100mB
(hPa)
 Low cost
 Light weight aluminum construction
 RS-232, SDI-12, and Analog 0 - 5
VDC outputs
ORDERING
ELEVATION
-1200 to 13,000
feet
ACCURACY
0.5mB (hPa)
Consult factory for
greater accuracy.
RESOLUTION
0.01mB
AV. TIME
0 to 240 seconds
(user selectable)
TEMP RANGE
-45°C to +60°C
SUPPLY POWER
+8 to +28VDC
(reverse polarity
protected)
OUTPUT
Standard (-1) RS232 and SDI-12
5600-0120-1
Pressure Sensor, Barometric, RS232 and SDI-12 outputs
Optional (-2) RS232, SDI-12, and
Analog 0-5VDC
(accuracy 7mV)
5600-0120-2
Pressure Sensor, Barometric,
RS-232, SDI-12 and Analog
0-5VDC outputs
3.14 in. x 2.95 in. x
2.24 in. excluding
connectors and
cable
WEIGHT
<1 lb
VIBRATION
0 . 5g
50Hz
17.7 to 32.5 in. Hg
 Low power consumption
 Solid state construction
DIMENSIONS
RS-232 DATA
Continuous or ondemand
COMMUNICATION1200 baud, even
parity, 7 data bits,
one stop bit
PRESSURE UNITS
26
mB, hPa, kPa, in.
Hg, mm Hg, ATM,
psi, user specified
units
@ 1 0-
PRESSURE FITTING Hose barb for
3/16 in. ID hose
ELECTRICAL
Cable gland for
1/4 in. cable to
CONNECTION
terminal block
for 16 to 28
AWG wire
POWER CONSUMPTION
(-1) RS-232 active
SDI-12 active
17 mA typ
6 mA typ
standby 2 mA typ
(-2) RS 232 active
SDI-12 active
18 mA typ
9 mA typ
standby 8 mA typ
USH-8
Ultrasonic Snow Depth Sensor
Properties and Advantages
» Continuous and non-contact ultrasonic
snow depth measurement
»
Reliable sensor for extreme conditions
• Correct measurement with snowfall and
• Automatic de-icing of the ultrasound
membrane and sensor head
»
High measuring accuracy
• Integrated temperature compensation
• Intelligent measured signal conversion
»
Energy-saving sensor operation
• “Standby” between the measuring phases
• Optimum for solar-powered stations
»
Simple sensor integration
• Analogue and digital interface
• Parameterization via hyper terminal
27
Real-TimeWeb Hostssting,
Data Processing, Delivery, Storage & Alarms!
Ho
SutronWIN Web Hosting
Water/Weather Information Network
Real-Time Web Service for Hydro-Meteorological Data
Collection & Dissemination
Direct Data, Warnings & Control via the Web, in Any
Format You Want, Ready to Use
Reliable Data On-Demand, Event-Triggered &
Scheduled via SMS, EMAIL or ON-LINE
Telemetry Types
SutronWIN Is Designed For...
Users who need a back-up server (not located in their geographical area), back-up data & back-up alarms
Satellite Stations
IRIDIUM® SATELLITE STATIONS
Sutron is the only IRIDIUM Value Added Reseller (VAR) in the
remote environmental data collection industry.
Large System Users
Sutron designed, developed & manufactures its own IRIDIUM®
ers who don’t want the hassle
odata-collection, storage,
decoding, analysis, etc.
Small Monitoring Systems Us-
Modem for SBD Data Communications.
All Geostationary Satellite Stations
Any Users who want Sutron to
simplify their data collection
(which is complicated, expensive & time consuming)
Stations communicating with satellites all over the world
including GOES, METEOSAT, INSAT, ARGOS, etc.
Real-Time Communications Expertise is Sutron’s #1 Strength.
GSM/GPRS Stations, PSTN/Modem Stations, All LOS Radio
Users who want a complete,
Modem Stations
turn-key, end-to-end solution.
All Hydro-Met Applications & Stations
Existing, Upgraded or New Systems
Advantages
Any application where data from multiple sources needs to be
seamlessly distributed to many users without interruption.
Hosted by Sutron
Monitoring, Warning & Control Systems
Minimal monthly recurring costs
All SatelliteTransmitterData Decodedfrom Any Manufacturer
including Cam
ysis & Associates, YSI, Forest Technology Service, OTT, Stevens.
No maintenance costs or upgrades costs
No capital investments for the Central Station
No resources required for customers
No special resources (DBA, software engineers., etc)
28
SutronWIN:Water/Weather Information Network
29
Real-Time Web Hosting, Data Processing, Delivery, Storage & Alarms!
SutronWIN Web Hosting
Water/Weather Information Network
WHAT’S INCLUDED
We provide all Receive Site & Server Hardware.
We activate the modems & satellite equipment. Activation of
communications can be a big problem for most users.
We distribute real-time data seamlessly to PCs, iPhones, Blackberries,
etc.
We will develop a custom web page just for your data on SutronWIN or
match your current web page styles, banner
your own
site.
We provide a Google map or static map showing all your station sites.
We automatically perform limit checking for all your monitored
parameters & derived parameters to determine if any alarms or
warnings need to be issued based on your designated limits.
SutronWIN will automatically generate alarms when your limits are
triggered. Additionally, your author
rate alarms to
be sent to designated personnel on demand.
Automatic alarms can be sent via voice messages, email messages &
SMS.
In maintenance mode, raw data messages can be sent to your cell
phone, etc.
9400-0400
SutornWIN Client Set Up (one-time
fee for new Web User Account)
9400-0401 Custom Starter Page (optional)
30
9400-0402
SutronWIN Station Set Up
(one-time fee per new station)
9400-0403
SutrinWIN Per Station Annual Fee
for rst 10 Stations
9400-0404
SutronWIN Service Discounted
Recurring Fee for Stations 11-20
9400-0405
SutronWIN Service Discounted
Recurring Fee for Stations 21-30
9400-0406
SutronWIN Service Discounted
Recurring Fee for Stations 31-50
Hoskin Scientific Limited has been supplying testing and
monitoring instruments since 1946. Although our range is
broad, we focus on three major markets including:
Geotechnical & Materials Testing
Environmental Monitoring
Test & Measurement Instrumentation
Hoskin Scientific operates out of three offices within Canada:
3735 Myrtle Stree,t
Burnaby, BC V5C 4E7
Phone (604) 872-7894
Fax (604) 872-0281
email [email protected]
800-663-3023
4210 Morris Drive,
Burlington, ON L7L 5L6
Phone (905) 333-5510
Fax (905) 333-4976
email [email protected]
800-247-3581
300 Rue Stinson,
Montreal, PQ H4N 2E7
Phone (514) 735-5267
Fax (514) 735-3454
email [email protected]
05.13
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