Ordinary concrete electronic thermometer(0.1Resolving power)Instructions
¡¾2011edition¡¿
£±¡¢Open the battery cover at the back£¬take4section7Dry cell No.£¬Polarity of attention£¬Ensure good contact with spring plate in battery box¡£(here£¬If the battery is installed correctly£¬When pressed¡°lighting¡±Button time£¬The light at the top should be on.¡£Otherwise, check whether the battery polarity is reversed or in poor contact.¡£)
£²¡¢Press down¡°measure¡±Button£¬The device should have a display¡£If the sensor is not plugged in£¬É豸display¡° ¡õ ¡õ¡±£»If a sensor is inserted£¬The device should display the temperature value of the sensor¡£
£³¡¢How to insert a sensor£¿Insert the two plugs of the same sensor into the two sensor sockets at the bottom of the device£¬Do not distinguish polarity£¬Hold on for a few seconds£¬When the displayed value is stable¡£(Do not touch the metal part of the sensor plug by hand)¡£
£´¡¢LEDTemperature value displayed on the screen£¬Records need to be copied manually£¬For later use¡£
£µ¡¢The same way£¬Plug in the two plugs of the other sensor£¬Take the next measurement¡£
£¶¡¢If the sensor is not inserted on the device£¬É豸display¡° ¡õ ¡õ¡±£¬If kept1More than minutes£¬The device will shut down automatically(Automatic power failure)¡£
£·¡¢If it is pressed again after power failure¡°measure¡±Button£¬The device will power up again¡£
£¸¡¢There is one on the panel of this thermometer¡°lighting¡±Button£¬Press this key.£¬This thermometer can be used as a temporary flashlight£¬However, it is recommended not to use the flashlight function during the measurement.£¬So as not to affect the accuracy¡£
£¹¡¢The sensor used in this thermometer is¡°Win the world¡±General purpose sensor£¬If an incompatible sensor is used£¬May cause large error or damage to equipment¡£
book¡¶Instructions¡·Only applicable to2011General electronic thermometer for concrete
This product is designed for low price users£¬No memory function£¬Display only¡£
¡¡ * LEDdisplay£¬Adapt to a wide range of ambient temperature£»
¡¡ * Built in automatic error correction circuit£»Ensure measurement accuracy£»
¡¡ * measuring range£º£30¡«110¡æ£» Resolving power0.1¡æ£»
¡°Win the world®¡±It is the registered trademark of Jinan huanyutong Technology Co., Ltd.¡£Provide users with various concrete temperature measuring equipment£¬Include£ºReal time monitoring type¡¢Time recording type¡¢Portable recording type¡¢General temperature measurement and other series products¡£Company product website£ºhttp://www.0531hyt.com£¬Welcome to visit¡£
Win the world® General electronic thermometer
Application instance
¡î Ordinary portable,Display the temperature of the measured sensor¡£Is the most common product£¬This product satisfies customers¡°Temperature measurement and display¡±Basic Requirements£¬It is especially suitable for products with low requirements for other functions.£¬Users with low budget requirements¡£If users need intelligent concrete temperature measurement system£¬Please visit our websitehttp://www.0531hyt.com£¬There are many models for you to choose from¡£
Win the world®General portable electronic thermometer£¨£Ð£Ø£©Use process instance
Welcome to win®General portable electronic thermometer£¨£Ð£Ø£©£¨Hereinafter referred to aspxThermodetector£©¡£Let's take a look at an example¡£
Before that£¬Please press to read carefully¡¶Instructions¡·Etc.£»And confirmpxThe battery box of the thermometer is installed with the required£·££Battery¡£
Using examples£±£º
Step one£ºBundling sensor¡£
When binding the reinforcement, bind the sensor according to the temperature measurement point set in the temperature measurement scheme.£¬Or inhThe temperature measuring points set on the type steel bar according to the temperature measurement scheme are bundled with sensors.£¬Insert preset points before concreting£¬fixed¡£
Normally£¬Multiple temperature measuring points on a plane£¬Each temperature measuring point has3~8Sensor£¬Elevation as figure£º
£¨Elevation layout of each sensor of a plane temperature measuring point£©
Step two£ºSensor number and group¡£
number£ºNumber field sensors¡£Hypothetical co ownershipNMonitoring points¡£Set the sensor number of the top elevation point on the first plane point as1£¬Down in order2£¬3£¬4£¬Then the sensor number of the last elevation point on the second plane point is the number of the last elevation point immediately following the first plane point.5£¬Down in order6£¬7£¬8£»¡¡The last elevation point to the last plan point is numberedN¡£
Grouping£ºYou can group sensors from the same elevation point into the same group£¬For example, in the figure above£±££¡«£´££Sensor is the first group£¬£µ££¡«£¸££Sensors are the second group, etc.£¬Grouping is to facilitate the recording and comparison of temperature differences£¨In the smart version£¬These jobs are automatic£©¡£
Step three£ºData collection¡£
After concrete pouring3-5Hour to start the first data acquisition£¬Interval time£²¡«£´hour¡£
1¡¢ Please confirm before the first usepxThermodetectorThe battery is properly installed£»
2¡¢ take1Two pins of No. 1 sensor are respectively inserted into two sensor sockets of the recorder£¨Positive and negative poles£©£»
Press the¡°measure¡±Button£¬Display the number of current measurements£¬Record the sensor number manually¡¢Date time and temperature value¡£
3¡¢ frompxThermodetectorOut of the sensor socket1Sensor number£¬Again2Sensor numberTwo pins ofpxThermodetectorTwo sensor sockets for¡£Repeat the above¡£
4¡¢ ¡AgainnSensor numberTwo pins of are respectively inserted into two sensor sockets of the recorder.¡£Repeat the above£¬Make manual records¡£
Step four£ºuseexcelTabulation and data processing¡£
1¡¢ DependentexcelformReference resourcesPlease download the document at£º
http://www.0531hyt.com/cewen/xls/£»
£²¡¢Fill the data into the form you have designed£¬Then inexcelCall the built-in drawing function in the table¡£