一、產品簡介：水泥組分測定儀適用于GB/T12960-1996《水泥組分的定量測定》標準可定量測定水泥中火山灰質混合材料、粉煤灰和礦渣的組分的含量。適用于硅酸鹽水泥、礦渣硅酸鹽水泥、普通硅酸鹽水泥等。
The cement component analyzer is suitable for the GB/T12960-1996 "Quantitative Determination of Cement Components" standard, which can quantitatively determine the content of pozzolanic mixed materials, fly ash and slag in cement. Suitable for Portlａnd cement, slag Portlａnd cement, ordinary Portlａnd cement, etc.
二、技術參數：
★溫度控制范圍：0-60℃ 可調
★恒溫精度：10-20±0.5℃
★定時范圍：0-100min
★控溫系統：電子制冷
★到達設定溫度時報警提示
★電源：220V 50HZ 300W
Technical parameters of cement component analyzer:
★Temperature control range: 0-60℃ adjustable
★Accuracy of constant temperature: 10-20±0.5℃
★Timing range: 0-100min
★Temperature control system: electronic refrigeration
★Alarm when reaching the set temperature
★Power supply: 220V 50HZ 300W
三、使用方法：
測定火山灰質混合材料和粉煤灰組分的含量，同一實驗室的允許誤差為0.8%，不同實驗室的允許誤差為1.0%，測定礦渣組分的含量，同一實驗室的允許誤差為1.0%，不同實驗室的允許誤差為1.2%。
接通電源后，本機即進入到待機狀態，在待機狀態下，操作人員可以設定恒溫溫度，定時時間等試驗用參數，參數設定完畢即可進行試驗操作。
How to use cement component analyzer:
To determine the content of pozzolanic mixed materials and fly ash components, the allowable error of the same laboratory is 0.8%, and the allowable error of different laboratories is 1.0%. For the determination of the content of slag components, the allowable error of the same laboratory is 1.0% , The allowable error of different laboratories is 1.2%.
After the power is turned on, the machine enters the standby state. In the standby state, the operator can set test parameters such as constant temperature, timing time, etc and the test operation can be performed after the parameters are set.
四、參數的設定：
首先按[ ]進入設定操作界面，相應被選擇的修改位閃爍，此時按[ ]或[ ]可對相應位進行加一或減一操作 ，設定完成后再按[ ] 鍵即可按順序選擇所有位并進行修改，修改完畢后再按[ ]鍵一次，系統自動完成
新設定參數的記憶。按[ ]鍵3秒鐘內無任何鍵按下，系統自動恢復為待機狀態。
Setting of cement composition analyzer parameters:
First press to enter the setting operation interface, the corresponding selected modification digit flashes, at this time, press or to add or subtract one to the corresponding digit. After the setting is completed, press the key to press Select all digits in order and modify them, press the key once after modification, the system will complete automatically
Memory of newly set parameters. Press the key within 3 seconds without any key press, the system will automatically return to the standby state.
五、試驗操作：
修改*部系統參數后，系統重新回到待機狀態，此時將600～800ml水加入到恒溫槽中，在待機狀態按
[恒溫]鍵，然后調整攪拌1旋鈕，觀察恒溫水槽以使恒溫水槽中的水流動為宜。系統將按照設定的溫度值
自動選擇加溫或制冷，使恒溫槽內的溫度趨于設定值，并在A次達到恒溫溫度點時報警，提醒操作員可進行下一步操作。
到達恒溫點后，操作員可將裝有試樣的燒杯中放入一粒攪拌子，并將燒杯放入恒溫槽內支架中，并用手調旋鈕固定，然后按下[攪拌]鍵，調節攪拌2、攪拌3旋鈕。使攪拌子在燒杯中的旋轉速度達到要求。此時即可按[定時]鍵，系統進入定時試驗階段，到達定時時間后，儀器自動停止恒溫操作及攪拌。至此，本次測定結束，可取出試驗進行后續的試驗過程了。
Test operation of cement component analyzer:
After modifying all the system parameters, the system returns to the standby state. At this time, add 600-800ml of water to the constant temperature bath, and press
[Constant temperature] key, then adjust the stirring knob 1 and observe the constant temperature water tank to make the water flow in the constant temperature water tank. The system will follow the set temperature value
Automatically select heating or cooling, so that the temperature in the thermostatic bath tends to the set value, and alarm when the temperature reaches the constant temperature point A times, reminding the operator to proceed to the next step.
After reaching the constant temperature point, the operator can put a stir bar in the beaker containing the sample, put the beaker into the bracket in the constant temperature bath, and fix it with the knob by hand, and then press the [stir] key to adjust the stirring 2. Stir 3 knobs. Make the rotation speed of the stir bar in the beaker meet the requirements. At this time, you can press the [timing] key, and the system enters the timing test phase. When the timing time is reached, the instrument automatically stops constant temperature operation and stirring. At this point, this measurement is over, and the test can be taken out for the subsequent test process.
水泥組分測定儀試驗：
在進行水泥組分的測定前，請仔細閱讀隨機附贈的國標準GB/T12960-1996《水泥組分的定量測定》。并準備好所需的各種試劑及設備。
將儀器放在平穩、平整的工作臺上，連接儀器后面板上的冷卻水系統，并將其中一根硅膠管連接到冷卻水泵上，取一個常用的塑料養護水槽，并在其中注入水，將冷卻水泵及冷卻水另一根硅膠管放入水槽中（注意回水管A好固定）。將水泵電源插到儀器右側的插座上，將儀器電源線插好并接通電源。此時打開儀器面板上的電源開關，面板上的數碼管亮，并顯示恒溫試驗水槽內溫度。
將600～800ml水注入不銹鋼恒溫水槽內，根據試驗要求調整好CZF-6水泥組分測定儀的恒溫溫度及定時時間。將50ml水注入150ml燒杯中，將燒杯置于水泥組分測定裝置上，按[恒溫]及[攪拌]鍵，調整攪拌1、攪拌2、攪拌3
調整鈕，調整3個攪拌電機轉速至合適值上。
待儀器初次達到恒溫點報警后，即可進行試驗了，根據試驗要求，可按[定時]鍵，此時儀器進入定時操
作狀態，儀器上顯示的時間為工作的時間，到達設定的時間后儀器報警，本次操作結束。
Cement composition tester test:
Before proceeding with the determination of cement components, please carefully read the accompanying national standard GB/T12960-1996 "Quantitative Determination of Cement Components". And prepare all the required reagents and equipment.
Place the instrument on a stable and level workbench, connect the cooling water system on the back panel of the instrument, and connect one of the silicone tubes to the cooling water pump, take a commonly used plastic curing sink, and pour water into it. Put the cooling water pump and another silicone tube of cooling water into the water tank (note that the return pipe A is fixed). Plug the power supply of the water pump into the socket on the right side of the instrument, plug the power cord of the instrument and turn on the power. At this time, turn on the power switch on the panel of the instrument, and the digital tube on the panel lights up and displays the temperature in the constant temperature test water tank.
Pour 600-800ml of water into the stainless steel constant temperature water tank, and adjust the constant temperature and timing time of the CZF-6 cement component analyzer according to the test requirements. Pour 50ml of water into a 150ml beaker, place the beaker on the cement component measuring device, press the [constant temperature] and [stir] keys to adjust stirring 1, stirring 2, and stirring 3.
Adjust the knob to adjust the speed of the 3 stirring motors to a suitable value.
After the instrument reaches the constant temperature alarm for the first time, the test can be carried out. According to the test requirements, you can press the [timing] key, and the instrument will enter the timing operation.
Operating status, the time displayed on the instrument is the working time, the instrument alarms when the set time is reached, and the operation ends.
