How to set temperature in mining software CG
Publish: 2021-04-16 02:26:51
1. I recommend you go to oyuan.com.
2. That depends on what the 6 property market is cold, I think the AC, gelid, still can not hold, it can only be water-cooled
3. Take the conventional refrigerator 1 ~ 7 as an example:
the control temperature of 1 is about 9 ℃ ~ 10 ℃, which is also the highest temperature in the cold room. It is usually necessary to set this position when the temperature exceeds 32 ℃ in summer
the temperature of gear 2 is about 8 ℃, which is also a common gear in summer
the temperature of the third gear is 6 ~ 7 ℃, and the temperature of the fourth gear is about 5 ℃. These two gears are suitable for spring and autumn, and the indoor temperature is 20 ~ 25 ℃
the control temperature of gear 5 is about 4 ℃ and that of gear 6 is about 3 ℃. These two gears are usually set in winter when the indoor temperature is below 15 ℃
gear 7 is strong cold, and the temperature is usually about 2 ℃. Usually, it is rarely set in this gear. Generally, when a large amount of food is placed in the refrigerator and refrigeration is in urgent need, if this gear is set, the compressor is likely not to stop
in addition, when the ambient temperature is lower than 16 ℃, it is necessary to turn on the low temperature compensation switch to ensure the power on rate and refrigeration effect of the refrigerator. Otherwise, the refrigerator will not turn on or thaw.
the control temperature of 1 is about 9 ℃ ~ 10 ℃, which is also the highest temperature in the cold room. It is usually necessary to set this position when the temperature exceeds 32 ℃ in summer
the temperature of gear 2 is about 8 ℃, which is also a common gear in summer
the temperature of the third gear is 6 ~ 7 ℃, and the temperature of the fourth gear is about 5 ℃. These two gears are suitable for spring and autumn, and the indoor temperature is 20 ~ 25 ℃
the control temperature of gear 5 is about 4 ℃ and that of gear 6 is about 3 ℃. These two gears are usually set in winter when the indoor temperature is below 15 ℃
gear 7 is strong cold, and the temperature is usually about 2 ℃. Usually, it is rarely set in this gear. Generally, when a large amount of food is placed in the refrigerator and refrigeration is in urgent need, if this gear is set, the compressor is likely not to stop
in addition, when the ambient temperature is lower than 16 ℃, it is necessary to turn on the low temperature compensation switch to ensure the power on rate and refrigeration effect of the refrigerator. Otherwise, the refrigerator will not turn on or thaw.
4. Hello, summer is coming. Computers are suffering again. How to rece the voltage and improve the heating of laptops and desktops
today, we want to talk about the notebook of a thunder snake. Most people know that the heat dissipation of thunder snake is a little crazy. It is said that the title is "fried barbecue snake!" So let's see how to make him not barbecue so much, want to do not barbecue? You just need to download a software
after you click "XTU", you can see Intel XTU on the screen. Whether you are a desktop or a notebook, you can use XTU as long as you are an Intel CPU<
after you click on the software, pull the core voltage offset in XTU down a little, and then click "aooly". You can see that the temperature has decreased,
and for example, I have decreased 0.15v here, but this value is not fixed. It depends on your chip constitution. If you want to be conservative, you can rece 0.1V first, Then we can apply it. Don't move anywhere else
then let's talk about the heating problem of the desktop. For example, for this 8700k platform, we use b83 as the radiator, and then use XTU's core voltage offset to rece 0.1V to see the situation. The temperature has been reced by 10 degrees. The desktop can basically control within 70 degrees, and the TDP is also reced to within 95w. Is the effect very obvious
I know that many netizens will definitely ask, lowering the voltage can lower the temperature. What kinds of questions, or netizens will ask, will this lowering method affect the performance? Please sit down and listen to me carefully. What's the principle of CPU heating? In fact, the CPU's operation process itself does not consume much electric energy. But in semiconctor circuits, if it is controlled by switching transistors, whether it is 0 or 1, of course, it will be wasted and will certainly consume electricity. But here, the CPU is roughly regarded as a resistor, If the current flows through the resistance, it will certainly generate heat. In fact, most of the power consumed by the CPU is only used to generate heat. If you look at the CPU as a resistance, then the question is easy to answer. People who have studied physics know that (P: power consumption, u: voltage, R: resistance, l: current), The power consumption of a resistor is squared with the voltage at both ends, so recing the CPU voltage can greatly rece its power consumption (voltage u, power P, and temperature) so the voltage does not affect the performance, it just pushes the CPU to a higher frequency.
today, we want to talk about the notebook of a thunder snake. Most people know that the heat dissipation of thunder snake is a little crazy. It is said that the title is "fried barbecue snake!" So let's see how to make him not barbecue so much, want to do not barbecue? You just need to download a software
after you click "XTU", you can see Intel XTU on the screen. Whether you are a desktop or a notebook, you can use XTU as long as you are an Intel CPU<
after you click on the software, pull the core voltage offset in XTU down a little, and then click "aooly". You can see that the temperature has decreased,
and for example, I have decreased 0.15v here, but this value is not fixed. It depends on your chip constitution. If you want to be conservative, you can rece 0.1V first, Then we can apply it. Don't move anywhere else
then let's talk about the heating problem of the desktop. For example, for this 8700k platform, we use b83 as the radiator, and then use XTU's core voltage offset to rece 0.1V to see the situation. The temperature has been reced by 10 degrees. The desktop can basically control within 70 degrees, and the TDP is also reced to within 95w. Is the effect very obvious
I know that many netizens will definitely ask, lowering the voltage can lower the temperature. What kinds of questions, or netizens will ask, will this lowering method affect the performance? Please sit down and listen to me carefully. What's the principle of CPU heating? In fact, the CPU's operation process itself does not consume much electric energy. But in semiconctor circuits, if it is controlled by switching transistors, whether it is 0 or 1, of course, it will be wasted and will certainly consume electricity. But here, the CPU is roughly regarded as a resistor, If the current flows through the resistance, it will certainly generate heat. In fact, most of the power consumed by the CPU is only used to generate heat. If you look at the CPU as a resistance, then the question is easy to answer. People who have studied physics know that (P: power consumption, u: voltage, R: resistance, l: current), The power consumption of a resistor is squared with the voltage at both ends, so recing the CPU voltage can greatly rece its power consumption (voltage u, power P, and temperature) so the voltage does not affect the performance, it just pushes the CPU to a higher frequency.
5. 1、 Display on the panel:
PV is the process value, that is, the signal value of the controlled object collected by the sensor
SP is the set value. You can press the key for 5 seconds to enter the level 3 menu
when Lck = 1111 in the level 2 menu, press and hold set and left key, the first digit of the set value starts to flash, press key, the cursor moves to the next digit for modification, and then press set key to write to the controller after modification
if you only press the set key in a certain level menu, you can cycle through different parameters
if there is no operation within 1 minute, the controller will automatically return to level 1 display. No matter which level of menu you press a / M
key, you will immediately return to level 1 display< Second, common parameter settings:
"inp1": sensor signal input type. Set in Level 3 parameter menu. For example, the commonly used 4 ~ 20mA signal is set to "an5"; The setting of Pt100 signal is "DP4", "DP5", "DP6", which depends on the measurement range of platinum resistance; The K-type thermocouple is set as "K1", "K2",... "K6"
"lspl": the set value is lower limit. Set in Level 3 parameter menu. It is used to set the lower limit of your control signal. For example, when the linear
output is 4 ~ 20mA, this value corresponds to 4mA
3. "Hspl": set value high limit. Set in Level 3 parameter menu. It is used to set the upper limit of your control signal. For example, when the linear
output is 4 ~ 20mA, this value corresponds to 20mA
4. "DP": decimal point position setting. Set in Level 3 menu, used to set decimal place of control signal
5. "Ald1": the first alarm mode. It is set in the third level menu, which is used to set the alarm mode. The common ones are "11"
deviation high alarm (over upper limit), "12" deviation low alarm (over lower limit), "13" deviation high and low alarm (over lower limit or over upper limit), "14" area high and low alarm (between high and low value), etc
6. "Al1" ("al2"): alarm setting value of channel 1 (i.e. deviation value). Set in the first level menu. If it is set to
over limit alarm ("11" alarm mode), it will alarm when PV ≥ SP + al1
7. "HYSA": alarm hysteresis adjustment (i.e. commonly used return setting value). Set in Level 3 menu. If the alarm mode is set to "11" alarm mode, when PV ≤ SP + al1-hysa, the controller will stop alarming and return to normal output
8. "PVOs": PV process value compensation. Set in Level 3 menu. That is, when the PV value shows an error with the actual value, it can be compensated by
this value
9. "Rucy": motor valve operation time setting. Experience value = ignition time + 15 ~ 20 seconds.
PV is the process value, that is, the signal value of the controlled object collected by the sensor
SP is the set value. You can press the key for 5 seconds to enter the level 3 menu
when Lck = 1111 in the level 2 menu, press and hold set and left key, the first digit of the set value starts to flash, press key, the cursor moves to the next digit for modification, and then press set key to write to the controller after modification
if you only press the set key in a certain level menu, you can cycle through different parameters
if there is no operation within 1 minute, the controller will automatically return to level 1 display. No matter which level of menu you press a / M
key, you will immediately return to level 1 display< Second, common parameter settings:
"inp1": sensor signal input type. Set in Level 3 parameter menu. For example, the commonly used 4 ~ 20mA signal is set to "an5"; The setting of Pt100 signal is "DP4", "DP5", "DP6", which depends on the measurement range of platinum resistance; The K-type thermocouple is set as "K1", "K2",... "K6"
"lspl": the set value is lower limit. Set in Level 3 parameter menu. It is used to set the lower limit of your control signal. For example, when the linear
output is 4 ~ 20mA, this value corresponds to 4mA
3. "Hspl": set value high limit. Set in Level 3 parameter menu. It is used to set the upper limit of your control signal. For example, when the linear
output is 4 ~ 20mA, this value corresponds to 20mA
4. "DP": decimal point position setting. Set in Level 3 menu, used to set decimal place of control signal
5. "Ald1": the first alarm mode. It is set in the third level menu, which is used to set the alarm mode. The common ones are "11"
deviation high alarm (over upper limit), "12" deviation low alarm (over lower limit), "13" deviation high and low alarm (over lower limit or over upper limit), "14" area high and low alarm (between high and low value), etc
6. "Al1" ("al2"): alarm setting value of channel 1 (i.e. deviation value). Set in the first level menu. If it is set to
over limit alarm ("11" alarm mode), it will alarm when PV ≥ SP + al1
7. "HYSA": alarm hysteresis adjustment (i.e. commonly used return setting value). Set in Level 3 menu. If the alarm mode is set to "11" alarm mode, when PV ≤ SP + al1-hysa, the controller will stop alarming and return to normal output
8. "PVOs": PV process value compensation. Set in Level 3 menu. That is, when the PV value shows an error with the actual value, it can be compensated by
this value
9. "Rucy": motor valve operation time setting. Experience value = ignition time + 15 ~ 20 seconds.
6. In winter, if the air conditioning temperature is set as high as 26 ℃, the indoor temperature will be controlled between 18 ℃ and 20 ℃, and people will feel comfortable
7. Refrigerator, fan, speed, water cooling
8.
I don't know what kind of thermostat you're talking about. If it's a refrigerator thermostat, the higher the number, the lower the temperature
the thermostat of floor heating can be adjusted to 24-28 degrees by mechanical type and LCD screen; There are addition and subtraction symbols on the temperature controller, or positive triangle (plus) and inverted triangle (minus) can be set
9. mining, graphics card temperature is high, is a normal thing. Just like you play games, graphics card in high-speed rendering, the temperature is getting higher and higher
in fact, you don't have to worry about this, and the graphics card won't be burnt out, if you are still a little worried! Can use ha Yu miners mining, graphics card temperature is not normal, playing games when high, and income will not rece
let's see what others say.
in fact, you don't have to worry about this, and the graphics card won't be burnt out, if you are still a little worried! Can use ha Yu miners mining, graphics card temperature is not normal, playing games when high, and income will not rece
let's see what others say.
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