proceq_hygropin_operating_instructions_en
Contents
1. by Proceg SA 4 3 3 Overview Keypad mm ON OFF Turns the instrument on or off MENU Activates the internal menu Press this key again to go back Change data displayed navigate through menu make DOWN selection or change values ENTER Confirm a selection and data capture 3 4 Standard Display Depending on the settings the Hygropin is able to display e relative humidity and temperature measured by two probes e calculate psychrometric parameters like dew frost point etc for both probes e difference between the values measured by the two probes Press slightly button to turn the Hygropin on 4 Trend Indicator Humidity increasing value 5 1 6 2 ae Temperature Y decreasing value v yy Stable value 2 2 3 4 ec 30 11 2010 ca A Data Logging Probe 1 LI lt Battery charge indicator Logging for Probe 1 is active 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 EM key by Proceg SA 5 3 5 Overview Screens amp Menu Structure Standard H T Calc Recond OL 1 Temp IRER B we essit i 1 imi i2. Probe Type HygroClip Analog Pressure Poe Type Hygroclip Cale D U Min m 000 mvj U Max Range 19000 00 Range Max 0100 00 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 e Dew point Dp above and below freezing e Frost point Fp below freezing and dew point above freezing e Wet bulb temperature Tw e Enthalpy H e Vapor concentration Dv e Specific humidity A e Mixing ratio by weight R e Vapor concentration at saturation Dvs e Vapor partial pressure E e Vapor saturation pressure Ew Any of the above parameters can be set in the submenu Probe Setting Calculating some of these parameters reguires barometric pressure as an input parameter A fix barometric pressure value can be specified in the Device Settings Menu Probe Menu In Submenu detail information digital probe H Adjust Humi Ad just Submenu Humidity Adjustment Submenu Temperature Adjustment These functions are for service and calibration purpose only by Proceg SA 8 Data Capture Up to 250 relative humidity and temperature records can be manually captured and organized in each of the 8 data batches non vola
3. 28 Pax PRK by Proceq SA 3 6 Detailed Menu Structure amp Settings Device Info Serial Hbr CC Versio HESA Name a Battery 053 Serial Number Software Version Device Type Device Name Battery Charge Status Device Settings Focal Settings Input 2 par s T 25 alip ate attCharge Time du SM Submenu Display Settings Submenu Local Settings Submenu Input 1 Input 2 Settings Barometric pressure for calcu lations see Calculated Parameters Display refresh interval 1s 10s 1min 10 min Battery charge via USB ON OFF Manual date setting Manual time setting Submenu Display Settings Trend z ON Decimals s Back Light ke Press Standard Delta Intp ON Submenu Local 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 te Fmt dd i aparator F dd Tirme Frat 24h Unit Sys Metric Date format dd mm yyyy mm dd yyyy yyyy mm dd Date separator guo d d Time format 24h 12h Unit system Metric English Real time clock does not auto adjust for daylight saving time O by Proceq SA Submenu Probe Settings
4. Phone Fax 7 812 448 35 00 info russia proceg com Proceg Middle East P O Box 8365 SAIF Zone Sharjah United Arab Emirates Phone 971 6 557 8505 Fax 971 6 557 8606 info middleeast proceg com Proceg SAO Ltd South American Operations Alameda Ja 1905 54 Jardim Paulista S o Paulo Brasil Cep 01420 007 Phone 55 11 3083 38 89 info soutnamerica proceg com Proceg 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 proceg com www proceg com Subject to change without notice Iso B OC Ea 9001 Copyright 2012 by Proceq SA Schwerzenbach Part number 820 780 01 E Made in Switzerland more than 50 years of know how you can measure
5. 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 Recor ing 96500 Status Data logging ON OFF Interval 8 01 00 No of sample taken 10 000 H T Mode StartStop Sta f Recording Status Logging Interval 9s 1h Status Logging Mode StartStop Loop Data Logging Start Stop Recording Submenu Settings Submenu Settings Mode Startstop setting Loop Probe 2 OFF 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 amp 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 by Proceg SA 10 5 Step by Step Guide Relative Humidity Testing according to ASTM F2170 For details please check the ASTM F2170 09 standard Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7 Step 8 Check the correct functionality of the instrument Chapter 8 ASTM F2170 9 e Recalibrate pro
6. Humidity Standard 7596RH 780 10 350 Set of Measuring Sleeves 20pcs 780 10 360 Set of Measuring Sleeves 100pcs 780 10370 Add on for Wet Concrete 10pcs 9 Maintenance and Support 9 1 Support Concept Proceq is committed to providing a complete support service for this instrument It is recom mended that the user registers the product on the www proceq com to obtain valuable information on available updates and other useful information 9 2 Standard Warranty and Extended Warranty The standard warranty covers the electronic portion of the instrument for 24 month and the me chanical portion of the instrument for 6 month An extended warranty for one two or three years for the electronic portion of the instrument may be purchased up to 90 days of purchase O by Proceq SA 15 Proceg Europe Ringstrasse 2 CH 8603 Schwerzenbach Phone 41 43 355 38 00 Fax 41 43 355 38 12 info europe proceg com Proceg UK Ltd Bedford i lab Priory Business Park Stannard Way Bedford MK44 3RZ United Kingdom Phone 44 12 3483 4515 info uk proceg com Proceg USA Inc 117 Corporation Drive Aliguippa PA 15001 Phone 1 724 512 0330 Fax 1 724 512 0331 info usa proceg com Proceg Asia Pte Ltd 12 New Industrial Road 02 02A Morningstar Centre Singapore 536202 Phone 65 6382 3966 Fax 65 6382 3307 info asia proceg com Proceg Rus LLC UI Optikov 4 korp 2 lit A Office 412 197374 St Petersburg Russia
7. bes annually e Check periodically the correct functionality of instrument and probe with the humidity standard tube 780 10 470 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 Define number of test holes Chapter 10 1 ASTM F2170 9 e 3 test holes for the first 1000 ft 100 m e at least 1 additional test hole for each additional 1000 ft 100 m Define depth of test holes Chapter 10 2 ASTM F2170 9 e 40 of slab thickness if slab is drying from top only e 20 of slab thickness if slab is drying from top and bottom 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 Wait 72 hours for moisture equilibrium Chapter 10 3 4 ASTM F2170 9 Measurements Chapter 10 5 ASTM F2170 9 E Insert In Situ probe into Wait for temperature Check for stable value Measure ambient sleeve equilibrium trend indicator before condition record data Report Chapter 11 ASTM F2170 9 Use the Test Report template chapter 6 to record and report all necessary informa tion by Proceq SA 11 6 Examp
8. e following causes e Failure to use the instrument in accordance with its designated use as described in this manual e Incorrect performance check for operation and maintenance of the instrument and its components e Failure to adhere to the sections of the manual dealing with the performance check operation and maintenance of the instrument and its components e Unauthorized structural modifications to the instrument and its components e Serious damage resulting from the effects of foreign bodies accidents vandalism and force majeure All information contained in this documentation is presented in good faith and believed to be correct Proceg SA makes no warranties and excludes all liability as to the completeness and or accuracy of the information 1 3 Safety instructions The instrument is not allowed to be operated by children or anyone under the influence of alcohol drugs or pharmaceutical preparations Anyone who is not familiar with this manual must be supervised when using the instrument 1 4 Correct Usage e The instrument is only to be used for its designated purpose as describe herein e Replace faulty components only with original replacement parts from Proceg e Accessories should only be installed or connected to the instrument if they are expressly authorized by Proceg If other accessories are installed or connected to the instrument then Proceg will accept no liability and the product guarantee is forfeit by Proce
9. g SA 3 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 a temperature difference of 1 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 reguired for temperature eguilibrium In extreme situations condensation may 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 3 1 Insert Battery 3 2 Contact In Situ and or Ambient Probe
10. hugropin Operating Instructions Moisture Meter pracedgq Made in Switzerland more than 50 years of know how you can measure Contents 1 Safety and Liability 1 1 Safety and usage precautions 1 2 Liability and warranty 1 3 Safety instructions 1 4 Correct Usage 2 Tutorial 3 Getting started 3 1 Insert Battery 3 2 Contact In Situ and or Ambient Probe 3 3 Overview Keypad 3 4 Standard Display 3 5 Overview Screens 8 Menu Structure 3 6 Detailed Menu Structure amp Settings 4 HygroLink 5 Step by Step Guide Relative Humidity Testing according to ASTM F2170 6 Example of Test Report 7 Technical Specifications 8 Part Numbers and accessories 8 1 Units 8 2 Parts and Accessories 9 Maintenance and Support 9 1 Support Concept 9 2 Standard Warranty and Extended Warranty by Proceg SA O NOG O RR HR R WBWBWW U 01 cA O M ll PR R m RB RA R 1 Safety and Liability 1 1 Safety and usage precautions This manual contains important information on the safety use and maintenance of the Hygropin Read through the manual carefully before the first use of the instrument Keep the manual in a safe place for future reference 1 2 Liability and warranty Proceg s General Terms and Conditions of Sale and Delivery apply in all cases Warranty and li ability claims arising from personal injury and damage to property cannot be upheld if they are due to one or more of th
11. le of Test Report Name and address of structure Identify floor Slab thickness mm inch No Holes Test Location Depth from top of Relative Hu use room num b midity in con ber or building Imm inch crete Instrument used Make Model Serial number Instrument used Last calibration date of probe Test performed Name Test performed Date Test performed Company name Test performed Company address Location Map Instructions Indicate sensor locations with symbol and number of test hole Show doors rooms columns or other location indicators by Proceg SA 12 7 Technical Specifications Display Unit Power Supply Battery 9 V alkaline standard Ni MH 8 4V 170 250mAh rechargeable via USB Mains Via USB charger General Probe input Two separate digital probe inputs Real time Clock Yes Psychrometric Calculations Yes Start up time 3s Data refresh rate 1s Interface type USB Data Logging Memory Max 10 000 readings Interval osto1h Display Display Pixel graphic LCD Backlight Display modes RH and temperature date and time RH temperature and calculated parameter CM calcium carbide method Darr method Mechanical Dimension 270 x 70 x 30 mm 10 63 x 2 76 x 1 17 Weight 198 g 7 0 oz IP classification 40 Environmental conditions Ope
12. rating temperature 10 to 60 14 F to 140 F Humidity O to 100 RH no condensing In Situ Probe Measuring range 0 to 100 RH 40 C to 85 40 F to 185 F 1 5 0 3 Response time lt 15s Dimension 5 mm 0 2 in Cable length 200 79 in Maximum air velocity at probe by Proceg SA 20 m s 3 935 ft min 13 by Proceg SA 14 Standards and Regulations applied CE EMC immunity e EMC Directive 2004 108 EG e EN 61000 6 1 2001 e EN 61000 6 2 2005 e EN 61000 6 3 2005 e EN 61000 6 4 2001 A11 Technical Standard e ASTM F 2170 09 Special note NIST traceability All probes for the Hygropin are factory calibrated referring to the Swiss Calibration Service SCS An individual calibration certificate is included with each probe SCS is accredited with the Swiss Federal Office of Metrology which is a signatory of the BIPM http www bipm org Under the Mutual Recognition Agreement NIST recognizes all registered in the BIPM database 8 Part Numbers and accessories 8 1 Units Part No Description 780 10000 Hygropin Unit consisting of Instrument incl In situ probe carrying case and ac cessories 10pcs measuring sleeves CD incl HygroLink documentation 8 2 Parts and Accessories 780 10 400 In Situ Probe 780 10450 Ambient Probe 780 10470
13. tile memory The captured data is automatically date and time stamped The calculated parameter cannot be captured Capturing Data e Use the FW 38 key to select the probe Press ERES Select the target data batch with the MMM or 28 key Press to trigger the Data Capture function Data capture is confirmed on the Hygropin display Data Capture atch 7 atch 8 Data Batch 1 Numbers of Records Data Batch 8 Numbers of Records Select data batch to be viewed Submenu Batch 1 8 View Data mary Clear Data Submenu View Data Submenu View Summary Batch Clear Data Batch Submenu View Data Record 001 001 Humi 0018 90 Temp 0024 93 Date Time View individual data records inclusive date and time stamp Record OOF Hum 11090880 Humi Avg 0028 35 emp 0054 35 emp Avg 0023 84 Summary View the maximum minimum and average values of each batch by Proceg SA 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
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proceq_hygropin_operating_instructions_en