Operating Instructions: Moisture Meter
Operating Instructions: Moisture Meter
Operating Instructions: Moisture Meter
Moisture Meter
Made in Switzerland ... more than 50 years of know-how you can measure!
Contents
1. Safety and Liability 3
1.1 Safety and usage precautions 3
1.2 Liability and warranty 3
1.3 Safety instructions 3
1.4 Correct Usage 3
2. Tutorial 4
3. Getting started 4
3.1 Insert Battery 4
3.2 Contact In-Situ and/or Ambient Probe 4
3.3 Overview Keypad 5
3.4 Standard Display 5
3.5 Overview Screens & Menu Structure 6
3.6 Detailed Menu Structure & Settings 7
4. HygroLink 10
5. Step by Step Guide Relative Humidity Testing according to ASTM F2170 11
6. Example of Test Report 12
7. Technical Specifications 13
8. Part Numbers and accessories 14
8.1 Units 14
8.2 Parts and Accessories 14
9. Maintenance and Support 14
9.1 Support Concept 14
9.2 Standard Warranty and Extended Warranty 14
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1. Safety and Liability
All information contained in this documentation is presented in good faith and believed to be
correct. Proceq SA makes no warranties and excludes all liability as to the completeness and/or
accuracy of the information.
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2. Tutorial
The Hygropin is a multifunction hand-held indicator with data logging capability that can be used
for identifying, diagnosing and monitoring potential moisture problems. Each of the two probe
inputs can be configured independently. The integrated real time clock keeps track of date and
time while recording data.
Practical advice for measuring humidity
The most common source of error when measuring relative humidity is a difference between the
temperature of the probe and the temperature of the environment. At a humidity condition of 50
%RH, a temperature difference of 1C (1.8 F) typically results in an error of 3 %RH on relative
humidity.
When using Hygropin, it is good practice to monitor the display for temperature stability. The probe
should be given sufficient time to come to equilibrium with the environment to be measured. The
larger the initial temperature difference between the probe and the environment, the more time is
required for temperature equilibrium.
In extreme situations, condensation may occur on the sensors when the probe is colder than the
environment. As long as the humidity / temperature limits of the humidity sensor are not exceeded,
condensation does not alter the calibration of the sensor. However, the sensor has to dry out be-
fore it can provide a valid measurement.
3. Getting started
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3.3 Overview Keypad
ON / OFF Turns the instrument on or off.
MENU Activates the internal menu. Press this key again to go back.
UP Change data displayed, navigate through menu, make a
DOWN selection or change values.
ENTER Confirm a selection and data capture.
Probe selected
Change probe that is displayed or scroll through the measuring values using the or
button.
The key activates / deactivates the HOLD-function.
By pressing the temperature and humidity values of the selected probe are stored. More
information can be found in the Data Capture chapter.
Enter the Menus and Settings screens by pressing the key:
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3.5 Overview Screens & Menu Structure
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3.6 Detailed Menu Structure & Settings
Device Info
Serial Number
Software Version
Device Type
Device Name
Battery Charge Status
Device Settings
Submenu Display Settings
Submenu Local Settings
Submenu Input 1 / Input 2 Settings
Barometric pressure for calcu- see Calculated Parameters
lations
Display refresh interval 1 s / 10 s / 1 min / 10 min
Battery charge via USB ON / OFF
Manual date setting
Manual time setting
Submenu Display Settings
Trend indicator on display ON / OFF
Decimal display resolution 0.x / 0.xx
Display contrast adjustment 0..50
Back light mode ON / OFF / Key pressed
Display Mode Standard / H+T+Calc / Large
Shows %CM and %M ON / OFF
for Probe 1
Submenu Local Settings
Date format dd mm yyyy
mm dd yyyy
yyyy mm dd
Date separator . or /
Time format 24 h / 12 h
Unit system Metric / English
Real time clock does not auto adjust for daylight saving time.
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Submenu Probe Settings
Probe Type HygroClip / Analog / Pressure
Calculation (digital probe See Calculated Parameters
only)
Output Voltage (analog probe)
Measuring Range (analog
probe)
Calculated Parameters
The Hygropin can calculate any of the following psychrometric parameters based on humidity and
temperature:
Dew point (Dp) above and below freezing
Frost point (Fp) below freezing and dew point above freezing
Wet bulb temperature (Tw)
Enthalpy (H)
Vapor concentration (Dv)
Specific humidity (Q)
Mixing ratio by weight (R)
Vapor concentration at saturation (Dvs)
Vapor partial pressure (E)
Vapor saturation pressure (Ew)
Any of the above parameters can be set in the submenu Probe Setting.
Calculating some of these parameters requires barometric pressure as an input parameter. A fix
barometric pressure value can be specified in the Device Settings Menu.
Probe Menu
Submenu detail information digital probe
Submenu Humidity Adjustment
Submenu Temperature Adjustment
These functions are for service and calibration purpose only.
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Data Capture
Up to 250 relative humidity and temperature records can be manually captured and organized in
each of the 8 data batches (non-volatile memory). The captured data is automatically date and time
stamped. The calculated parameter cannot be captured.
Capturing Data:
Use the or key to select the probe
Press
Select the target data batch with the or key
Press to trigger the Data Capture function
Data capture is confirmed on the Hygropin display
Data Capture
Data Batch 1 [Numbers of Records]
Data Batch 8 [Numbers of Records]
Select data batch to be viewed
Submenu Summary
View the maximum, minimum and average values of each
batch.
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Data Logging
The Hygropin can automatically record up to 10,000 humidity-temperature values measured by a
single probe. Each record is stamped for date and time. The calculated parameter cannot be re-
corded. When recording data from two probes at the same time, the recording capacity per probe
is cut in half.
The Hygropin features two data logging mode: start-stop (recording ends when the memory is full)
and loop (when the memory is full, the oldest record is dumped to make room for a new record)
Data logging can be started and stopped from the keypad. The HygroLink software allows the
downloading of the recorded data for further analysis.
Data Logging
Status Data logging ON / OFF
No. of sample taken max. 10000 H+T
Status Logging Interval 5s1h
Status Logging Mode StartStop / Loop
Start / Stop Recording
Submenu Settings
Submenu Settings
Interval setting 5s..1h
Logging Mode setting StartStop / Loop
Logging Probe 1 ON / OFF
Logging Probe 2 ON / OFF
Cannot be changed while the Hygropin is recording data.
4. HygroLink
Installation
To start the installation wizzard of the software & driver package execute HygroLink_Setup.exe on
the included CD ROM.
Remove the red cover cap and connect the USB cable to the connector.
1. Establish connection to Hygropin
2. Download all data from the Hygropin in Excel-Files
3. Delete all data on the Hygropin
4. Disconnect Hygropin
5. Check for updates HygroLink
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5. Step by Step Guide
Relative Humidity Testing according to ASTM F2170
For details please check the ASTM F2170-09 standard.
Step 1: Check the correct functionality of the instrument (Chapter 8, ASTM F2170-9)
Recalibrate probes annually
Check periodically the correct functionality of instrument and probe with the humidity
standard tube (780 10 470)
Step 2: Conditioning (Chapter 9, ASTM F2170-9)
Concrete floor slab and air space surrounding slab shall be at service temperature /
humidity for at least 48 hours.
Step 3: Define number of test holes (Chapter 10.1, ASTM F2170-9)
3 test holes for the first 1000 ft2 / 100 m2
at least 1 additional test hole for each additional 1000 ft2 / 100 m2
Step 4: Define depth of test holes (Chapter 10.2, ASTM F2170-9)
40% of slab thickness if slab is drying from top only
20% of slab thickness if slab is drying from top and bottom
Step 5: Drill and prepare test holes (Chapter 10.3, ASTM F2170-9)
Drill hole using a 8mm / Clean test hole Cut sleeve according to Insert sleeve in test hole
5/16in drill bit measuring depth and close cap
Cast holes (Chapter 10.4, ASTM F2170-9)
Use Add-on for wet Cut sleeve and rod Remove rod after con- Close cap
concrete (780 10 370) according to measuring crete hardens
depth
Step 6: Wait 72 hours for moisture equilibrium (Chapter 10.3.4, ASTM F2170-9)
Step 7: Measurements (Chapter 10.5, ASTM F2170-9)
Insert In-Situ probe into Wait for temperature Check for stable value Measure ambient
sleeve equilibrium (trend indicator) before condition
record data
Step 8: Report (Chapter 11, ASTM F2170-9)
Use the Test Report template (chapter 6) to record and report all necessary informa-
tion.
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6. Example of Test Report
Name and address of structure: Identify floor:
Test Location Depth from top of Relative Hu- Temperature in Ambient Ambient Notes:
(use room num- slab midity in con- concrete, Temperature, Relative Hu-
ber or building mm inch crete, % C F C F midity %
grid)
Instrument used: Make, Model, Serial number Instrument used: Last calibration date of probe
Location Map
Instructions: Indicate sensor locations with symbol and number of test hole. Show doors, rooms,
columns or other location indicators.
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7. Technical Specifications
Display Unit
Power Supply
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Standards and Regulations applied
CE / EMC immunity
EMC Directive 2004/108/EG:
EN 61000-6-1: 2001
EN 61000-6-2: 2005
EN 61000-6-3: 2005
EN 61000-6-4: 2001 + A11
Technical Standard
ASTM F 2170-09
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Proceq Europe
Ringstrasse 2
CH-8603 Schwerzenbach
Phone +41-43-355 38 00
Fax +41-43-355 38 12
info-europe@proceq.com
Proceq UK Ltd.
Bedford i-lab, Priory Business Park
Stannard Way
Bedford MK44 3RZ
United Kingdom
Phone +44-12-3483-4515
info-uk@proceq.com
Proceq China
Unit B, 19th Floor
Five Continent International Mansion, No. 807
Zhao Jia Bang Road
Shanghai 200032
Phone +86 21-63177479
Fax +86 21 63175015
info-china@proceq.com
www.proceq.com
Subject to change without notice.
Made in Switzerland ... more than 50 years of know-how you can measure!