HERON dipperLog+ Series User manual
dipperLog+ Series
User/Software Manual
dipperLog+ Series
User/Software Manual
25 Yes25 Yes
Since 1995
www.heroninstruments.com Rev. 1.0
2020
dipperLog 128+ Technical Specications 4
dipperLog Tough+ Technical Specications 5
dipperLog Vented+ Technical Specications 6
dipperLog 64+ Technical Specications 7
dipperLog 32+ Technical Specications 8
barLog Technical Specications 9
About Pressure/Level Sensors 10
Absolute Pressure Sensor 10
Gauged Pressure Sensor 10
Barometric Atmospheric Pressure Sensor 10
System Components 10
Instrument 10
Vented/Non-Vented Direct Read Cable 11
Customizable Cable Length 11
Accessories 13
Getting Started 14
Downloading dipperLog Software 14
Downloading dipperLog Software - Continued 16
Field Deployment 17
Program the dipperLog 17
Position the Instrument 17
Verify Depth 17
Secure the Cord (Suggested Knot Below) 17
Installation Guidelines 18
Stabilization Time 18
barLog Installation 18
Programming the barLog 18
dipperLog Software Overview 19
About dipperLog Software 19
Device Setup 19
Logger Information 20
Logger Information - Secondary Tabs 21
Data Reports 22
Data Reports - Continued 23
Data Reports - Advanced Features 23
Data Reports - Advanced Features - Continued 24
Realtime Readings 24
Compensation 25
Compensation - Barometric - Continued 26
Compensation 27
Multiple Downloads 28
Help 28
Using dipperLog Software 29
Connecting a Logger to the Software 29
Logging Method Descriptions 30
Downloading Data to PC 30
Multiple Downloads 31
Cleaning and Maintenance 32
Overview 32
What to Expect From Your dipperLog Groundwater Data Logger 32
Selecting the Proper dipperLog 32
Scheduling Maintenance 33
Preventative Maintenance 33
Maintaining dipperLogs 34
Some Cases May Require Specic Maintenance 34
Troubleshooting/FAQ 35
Troubleshooting/FAQ - Continued 37
Legacy Series II dipperLog 37
dipperLog Troubleshooting 37
In-Depth Technical Specications 38
In-Depth Technical Specications - Continued 40
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Table of Contents
dipperLog+ Series User/Software Manual
dipperLog 128+ Technical Specications 4
dipperLog Tough+ Technical Specications 5
dipperLog Vented+ Technical Specications 6
dipperLog 64+ Technical Specications 7
dipperLog 32+ Technical Specications 8
barLog Technical Specications 9
About Pressure/Level Sensors 10
Absolute Pressure Sensor 10
Gauged Pressure Sensor 10
Barometric Atmospheric Pressure Sensor 10
System Components 10
Instrument 10
Vented/Non-Vented Direct Read Cable 11
Customizable Cable Length 11
Accessories 13
Getting Started 14
Downloading dipperLog Software 14
Downloading dipperLog Software - Continued 16
Field Deployment 17
Program the dipperLog 17
Position the Instrument 17
Verify Depth 17
Secure the Cord (Suggested Knot Below) 17
Installation Guidelines 18
Stabilization Time 18
barLog Installation 18
Programming the barLog 18
dipperLog Software Overview 19
About dipperLog Software 19
Device Setup 19
Logger Information 20
Logger Information - Secondary Tabs 21
Data Reports 22
Data Reports - Continued 23
Data Reports - Advanced Features 23
Data Reports - Advanced Features - Continued 24
Realtime Readings 24
Compensation 25
Compensation - Barometric - Continued 26
Compensation 27
Multiple Downloads 28
Help 28
Using dipperLog Software 29
Connecting a Logger to the Software 29
Logging Method Descriptions 30
Downloading Data to PC 30
Multiple Downloads 31
Cleaning and Maintenance 32
Overview 32
What to Expect From Your dipperLog Groundwater Data Logger 32
Selecting the Proper dipperLog 32
Scheduling Maintenance 33
Preventative Maintenance 33
Maintaining dipperLogs 34
Some Cases May Require Specic Maintenance 34
Troubleshooting/FAQ 35
Troubleshooting/FAQ - Continued 37
Legacy Series II dipperLog 37
dipperLog Troubleshooting 37
In-Depth Technical Specications 38
In-Depth Technical Specications - Continued 40
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Table of Contents
dipperLog 128+ Technical Specications
dipperLog 128+ Technical Specifications
Performance
# of Data Sets 128,000
Download Speed 21,333.33 Data Sets/min
(128,000 readings downloads in 6 minutes)
Water Level Accuracy (Typical)
+/- 0.05%FS (0°C to 50°C)
Temperature Accuracy (Typical)
+/- 0.05°C
Temperature Sensor Meets
ASTM E1112 and ISO 80601-2-56.
NIST Traceability.
Operating Features
Pressure Ranges 10m/30ft (14PSI), 30m/100ft (43PSI),
60m/200ft (85PSI), 120m/400ft (171PSI)
Overpressure Rating 2X Factory Calibrated Range
Operating Temperature -20°C to 80°C (-5°F to 175°F)
Pressure Resolution %FS 0.001
Battery Life (Depending On Usage) Up to 5,000,000 Readings
Up to 15 Years
Warranty 3 Years
Physical Characteristics
Wetted Material 316 SS, Delrin®, Buna-N
O-Ring (Primary) Buna-N
O-Ring (Backup) Viton
Transducer 316 SS Piezoresistive Silicon
Length 145mm / 5.7”
Diameter 22mm / 0.87”
Weight 170g
Deployment Options Suspended, Direct Read, Reel
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dipperLog+ Series User/Software Manual
dipperLog Tough+ Technical Specications
dipperLog Tough+ Technical Specifications
Performance
# of Data Sets 128,000
Download Speed 21,333.33 Data Sets/min
(128,000 readings downloads in 6 minutes)
Water Level Accuracy (Typical)
+/- 0.05%FS (0°C to 50°C)
Temperature Accuracy (Typical)
+/- 0.05°C
Temperature Sensor Meets
ASTM E1112 and ISO 80601-2-56.
NIST Traceability.
Operating Features
Pressure Ranges 10m/30ft (14PSI), 30m/100ft (43PSI),
60m/200ft (85PSI), 120m/400ft (171PSI)
Overpressure Rating 2X Factory Calibrated Range
Operating Temperature -20°C to 80°C (-5°F to 175°F)
Pressure Resolution %FS 0.001
Battery Life (Depending On Usage) Up to 5,000,000 Readings
Up to 15 Years
Warranty 3 Years
Physical Characteristics
Wetted Material Titanium, Delrin®, Teon™
O-Ring (Primary) Teon™
O-Ring (Backup) Viton
Transducer Titanium Piezoresistive Silicon
Length 145mm / 5.7”
Diameter 22mm / 0.87”
Weight 150g
Deployment Options Suspended, Direct Read, Reel
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dipperLog Vented+ Technical Specications
dipperLog Vented+ Technical Specifications
Performance
# of Data Sets 128,000
Download Speed 21,333.33 Data Sets/min
(128,000 readings downloads in 6 minutes)
Water Level Accuracy (Typical)
+/- 0.05%FS (0°C to 50°C)
Temperature Accuracy (Typical)
+/- 0.05°C
Temperature Sensor Meets
ASTM E1112 and ISO 80601-2-56.
NIST Traceability.
Operating Features
Pressure Ranges 10m/30ft (14PSI), 30m/100ft (43PSI),
60m/200ft (85PSI), 120m/400ft (171PSI)
Overpressure Rating 2X Factory Calibrated Range
Operating Temperature -20°C to 80°C (-5°F to 175°F)
Pressure Resolution %FS 0.001
Battery Life (Depending On Usage) Up to 5,000,000 Readings
Up to 15 Years
Warranty 3 Years
Physical Characteristics
Wetted Material 316 SS, Delrin®, Buna-N
O-Ring (Primary) Buna-N
O-Ring (Backup) Viton
Transducer 316 SS Piezoresistive Silicon
Length 145mm / 5.7”
Diameter 22mm / 0.87”
Weight 170g
Deployment Options Direct Read
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dipperLog+ Series User/Software Manual
dipperLog 64+ Technical Specications
dipperLog 64+ Technical Specifications
Performance
# of Data Sets 64,000
Download Speed 21,333.33 Data Sets/min
(64,000 readings downloads in 3 minutes)
Water Level Accuracy (Typical)
+/- 0.05%FS (0°C to 50°C)
Temperature Accuracy (Typical)
+/- 0.5°C
Operating Features
Pressure Ranges 10m/30ft (14PSI), 30m/100ft (43PSI),
60m/200ft (85PSI), 120m/400ft (171PSI)
Overpressure Rating 2X Factory Calibrated Range
Operating Temperature -20°C to 80°C (-5°F to 175°F)
Pressure Resolution %FS 0.001
Battery Life (Depending On Usage) Up to 3,750,000 Readings
Up to 10 Years
Warranty 2 Years
Physical Characteristics
Wetted Material 316 SS, Delrin®, Buna-N
O-Ring (Primary) Buna-N
O-Ring (Backup) Viton
Transducer 316 SS Piezoresistive Silicon
Length 145mm / 5.7”
Diameter 22mm / 0.87”
Weight 170g
Deployment Options Suspended, Direct Read, Reel
7www.heroninstruments.com905-628-4999
dipperLog 32+ Technical Specications
dipperLog 32+ Technical Specifications
Performance
# of Data Sets 32,000
Download Speed 21,333.33 Data Sets/min
(32,000 readings downloads in 1.5 minutes)
Water Level Accuracy (Typical)
+/- 0.1%FS (0°C to 40°C)
Temperature Accuracy (Typical)
+/- 0.5°C
Operating Features
Pressure Ranges 30m/100ft (43PSI)
Overpressure Rating 2X Factory Calibrated Range
Operating Temperature -20°C to 80°C (-5°F to 175°F)
Pressure Resolution %FS 0.01
Battery Life (Depending On Usage) Up to 2,500,000 Readings
Up to 5 Years
Warranty 1 Year
Physical Characteristics
Wetted Material 316 SS, Delrin®, Buna-N
O-Ring (Primary) Buna-N
O-Ring (Backup) Viton
Transducer 316 SS Piezoresistive Silicon
Length 145mm / 5.7”
Diameter 22mm / 0.87”
Weight 170g
Deployment Options Suspended, Direct Read, Reel
8www.heroninstruments.com905-628-4999
dipperLog+ Series User/Software Manual
barLog Technical Specications
barLog Technical Specifications
Performance
# of Data Sets 128,000
Download Speed 21,333.33 Data Sets/min
(128,000 readings downloads in 6 minutes)
Pressure Accuracy (Typical)
+/- 0.05%FS (0°C to 50°C)
Temperature Accuracy (Typical)
+/- 0.05°C
Temperature Sensor Meets
ASTM E1112 and ISO 80601-2-56.
NIST Traceability.
Operating Features
Pressure Ranges N/A
Overpressure Rating 2X Factory Calibrated Range
Operating Temperature -20°C to 80°C (-5°F to 175°F)
Pressure Resolution %FS 0.001
Battery Life (Depending On Usage) Up to 5,000,000 Readings
Up to 15 Years
Warranty 3 Years
Physical Characteristics
Wetted Material N/A
O-Ring (Primary) Buna-N
O-Ring (Backup) Viton
Transducer 316 SS Piezoresistive Silicon
Length 145mm / 5.7”
Diameter 22mm / 0.87”
Weight 170g
Deployment Options N/A
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About Pressure/Level Sensors
Pressure transducers measure changes in pressure (m/ft) caused by water or other uids on an
internal media-isolated strain gauge. Heron offers dipperLogs with either absolute (non-vented) or
gauged (vented) pressure sensors.
Absolute Pressure Sensor
Absolute/non-vented pressure transducers measure pressure sensed by the strain gauge, including
atmospheric pressure. All absolute loggers measure in meters or feet, with respect to zero
pressure. The back of an absolute pressure sensor is sealed off from the atmosphere, which causes
the front of an absolute pressure sensor to respond to both atmospheric pressure and the pressure of
the head of water above the sensor. (REQUIRES BAROMETRIC COMPENSATION USING barLog)
Gauged Pressure Sensor
A gauged or vented pressure sensor eliminates the effects of atmospheric pressure because the vent
tube in the vented cable allows atmospheric pressure to be applied to the back of the sensor. The
units of measure are meters or feet, with respect to atmospheric pressure.
Barometric Atmospheric Pressure Sensor
Barometric loggers sense changes in barometric pressure within a particular area. The data these
loggers collect, can be used to compensate for barometric changes when monitoring water levels.
This is important because barometric pressure can uctuate from one monitoring location to another
because of topographical/meteorological changes in the environment.
System Components
Instrument
The dipperLog is completely sealed and contains no user-serviceable parts. The dipperLog has
pressure and temperature sensors, a real-time clock, ux capacitor, microprocessor, sealed lithium
battery and non-volatile memory. Choose between non-vented (absolute) or vented (gauged)
pressure sensor in various pressure ranges.
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Vented Direct Read Cable
Vented cable is used with the dipperLog Vented+ to
record gauged measurements. The cable vent tube
allows atmospheric pressure to be applied directly to
the back of the sensor. There is no need for
barometric compensation using vented cable.
Vented/Non-Vented Direct Read Cable
Non-Vented Direct Read Cable
Non-vented cable is used with the dipperLog
Tough+, 128+, 64+ and 32+ models to record
absolute measurements. To compensate your
absolute measurements, use your barLog les within
the dipperLog Software.
Note: Both styles of direct read cable allow
communication while the logger is in the well.
Polyethylene Suspension Cord
High tensile polyethylene suspension cord can be
used to install non-vented data loggers, or barometric
loggers. Use the suspension cord as a part of the
Suspended Absolute Model of dipperLogs (no
communication while in-situ). Available in two
lengths: 75m/250ft or 300m/1000ft.
Note: Can be easily cut to desired length
Customizable Cable Length
Standard Non-Vented Cable Lengths:
(2m/5ft), (5m/15ft), (10m/30ft), (15m/50ft), (30m/100ft), (45m/150ft), (60m/200ft), (75m/250ft),
(100m/300ft), (150m/500ft), (225m/750ft), (300m/1000ft)
Lockable Well Cap/Plug
The Lockable Well Plug and Cap are designed to
prevent anyone or anything that is unwanted from
entering or putting things into the well. The Well Plug
(PN# 5006) is to be used with the suspended
absolute model. The Well Cap (PN# 5007) is used
with the direct read absolute model.
dipperLog Software USB
The dipperLog Software (PN# 5008) comes free with
every dipperLog purchased. The latest version of the
dipperLog Software can be downloaded from
www.heroninstruments.com
Communication Cable
The Heron P.C. Communication Cable (PN# 5009)
offers an interface between the dipperLog/barLog
and the user’s computer/tablet. The Heron P.C.
Communication cable is used when programming/
downloading data from a logger.
(Length: 1m/3ft)
(Connections: USB Type A / 3.5mm Jack)
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Accessories
dipperLog Maintenance Kit
To help get the most out of your Heron dipperLog,
purchase the dipperLog Maintenance Kit (PN# 5024)
to keep your dipperLogs accurate and performing at
their peak for many years. The maintenance kit
consists of:
1. 5x packs of Alconox® Powdered Precision Cleaner
2. 25x Replacement O-Rings
3. O-Ring Applicator Guide & Pick
4. Cleaning Cloth
5. Rubber Gloves
tapNtell
The tapNtell (PN# 5020) is a surface mount weather
resistant display accessory for the dipperLog well
head readout version. The connector end of the
tapNtell is attached to the direct read well head and
the surface mount display unit can be attached to the
side of the casing, fence or pump house (any solid
surface). The tapNtell provides an instant real time
reading of water level and temperature with a tap of a
nger.
SDI-12
The SDI-12 (PN# 5021) system enables the dipperLog
data to be accessed from remote locations by a central
computer base without site visits. The sensors can be
interchanged without reprogramming the data recorder
with calibration or other information. The power is supplied
to the sensors through a third party device that enables
telemetric data readings.
Operating Voltage (DC) :: 7.5 – 35 VDC
Supply Current (Stand-by) :: 10µA
Supply Current (Active) :: 1.5mA
Accessory Case
The Heron Accessory Case (PN# 2054) comes with
soft padding on the inside to protect your equipment/
accessories.
Approximately: Width: 30cm (12”)
Length: 30cm (12”)
Height: 8cm (3”)
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dipperLog+ Series User/Software Manual
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Downloading dipperLog Software - Continued
4. The dipperLog Software is now successfully downloaded.
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dipperLog
Top of Casing
Field Deployment
Program the dipperLog
In order to setup or download data from
a dipperLog, you must connect to a
computer with the latest dipperLog
Software installed.
Position the Instrument
Place the dipperLog at the desired
depth. Deploy the dipperLog below the
lowest anticipated water level, but not
so low that the pressure sensor range
might be exceeded at the highest
anticipated water level. Refer to the
diagram below to determine usable
depth.
Verify Depth
After the dipperLog on direct read or
vented cable has been installed, you can connect the logger to the dipperLog Software and take a
realtime reading to verify that the dipperLog has been deployed where you want. Once you have
successfully veried the deployment position, you can fasten your deployment cord/cable.
To verify your deployment depth, use a Heron dipper-T water level meter.
Secure the Cord (Suggested Knot Below)
4x
1
2
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Installation Guidelines
Follow these suggestions for a successful deployment:
• Carefully lower the logger wherever deploying (although robust, free-falling could cause damage
to the sensor).
• Once your dipperLog is installed, verify the water level measurement.
• You can do this using a dipper-T water level meter or dipper-See inspection camera.
• For the best accuracy, ensure your dipperLog is stationary while recording data.
• Deploy barLog’s at least 2m/6ft below ground level to avoid frost in chillier climates (but make sure
it is still above the high water line).
• Do not deploy your dipperLog where there is a chance ice will form, this can damage the sensor.
Note: Do not allow vented cable to bend enough to obstruct the internal vent tube.
(Minimum Bend Radius ≈ 5cm/2”)
Stabilization Time
Following installation of a logger, allow for about 10 minutes (in ideal cases) before taking data
reading in order for the logger to stabilize. Also, the deployment cable has a tendency to stretch and
relax, which could cause changes in your readings (especially during long-term deployments). The
cable stretch is what causes the stabilization to occur. the pressure sensor should respond
instantaneously. The cable relaxes and is the cause of the stabilization period.
barLog Installation
The barLog is designed to log barometric pressure at surface level within range of an absolute
dipperLog. barLog data can then be used to compensate for barometric pressure changes.
Deploy barLog’s at least 2m/6ft below ground level to avoid frost in chillier climates (but make sure it
is still above the high water line).
Programming the barLog
In order to setup or download data from a barLog, you must connect to a computer with the latest
dipperLog Software installed.
dipperLog+ Series User/Software Manual
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dipperLog Software Overview
About dipperLog Software
The dipperLog Software is Heron’s free dipperLog control application for any of your Heron
Instruments data loggers. Available for all Windows operated computers/tablets, you can take the
dipperLog Software to any job site. Tested to run on Windows 10 x86 laptops, desktops and tablets.
Will run on Windows 8, 7, Vista and XP. The dipperLog Software allows users to deploy dipperLogs,
view real-time readings, adjust a deployment, record & compensate data and export data in either .txt
or .csv format.
Device Setup
The device setup tab is used only when setting up a new logger.
Note: if you have a logger already on a mission, this tab will be inaccessible. When you plug in a new
logger, or one that is not on a mission, the device setup tab will open automatically.
To start a new deployment, ll out the provided form to set up the logger.
Job Number: 5 Digits (Numbers/Letters) to Represent Job Site.
Well Number: 5 Digits (Numbers/Letters) to Represent Particular Well.
Take Reading After: Refers to the frequency of readings (Seconds, Minutes, Hours, Log Time).
Transducer Depth: The depth/distance the logger will be from the reference point (Ground level, Top
of casing etc.). You can press the “Realtime” button to use the current depth if deploying while the
logger is down the well (Direct Read Models).
Delayed Start: Check the box and select the time and date you would like to start the recording
(optional).
Set Logger Date and Time: This eld allows you to set your logger to a different time or time zone
than your computer (i.e. Daylight Savings vs Standard).
Reset Form: Will clear all elds of the form.
Save & Start: Once all of the information is lled in, click “Save & Start” to begin the logger’s mission.
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Logger Information
When you open the dipperLog Software, it opens to the “Logger Information Tab”. With a logger
connected via the P.C. Communication Cable, press the connect loggers button in the bottom left
hand corner. Note: If the logger was on a mission, the empty elds will become populated with data. If
it is a new logger, the device setup tab will automatically open.
Logger Information
Logger ID: Serial Number of Logger
Max Data Sets: Maximum Capacity of Data Sets for that Logger
Battery Strength: Loggers Battery % Remaining
Max Pressure Range: Maximum Pressure Range (in either Meters or Feet depending on your computer’s settings)
This manual suits for next models
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Table of contents
