JB/T 50160-1999 This standard is a revision of ZB J01 010-87 "Energy Consumption Classification of Oxygen Stations". This standard specifies the energy consumption levels of oxygen stations in mechanical industrial enterprises that mainly produce oxygen. Oxygen stations are divided into special, first, second and third grades according to the average unit power consumption of oxygen production. Oxygen stations that do not meet the third grade index are classified as out-of-grade. This standard was first issued in 1987. JB/T 50160-1999 Energy Consumption Classification of Oxygen Stations JB/T50160-1999 Standard download decompression password: www.bzxz.net

Mechanical Industry Standard of the People's Republic of China
JB/T50160-1999
Energy Consumption Classification of Oxygen Stations
(Internal Use)
Published on December 30, 1999
National Bureau of Machinery Industry
Implementation on June 1, 2000
.JB/T50160-1999
This standard is a revision of the original ZBJ010-87. The revision has made editorial changes to the original standard, and the technical requirements and contents have been emptied.
This standard will replace ZBJ010-87 from the date of implementation. This standard is proposed and implemented by the Institute of Mechanical Science. The drafting units of the standard are: Hangzhou Oxygen Generator Factory, Kaifeng Air Separation Equipment Factory, Shanghai Pengwei Machinery Factory, the former National Mechanical Engineering Design Institute, and the Energy Conservation Center of the Ministry of Machinery Industry. The main drafters of this standard are: Jin Shaokang, Hu Renchen, Ma Jiyou, Cheng Fei, and Chuan: This standard was first issued in 19?.
Machinery Industry Standard of the People's Republic of China
Energy Consumption Classification of Oxygen Stations
(Internal Use)
This public standard defines the energy consumption level of oxygen stations mainly used for oxygen production in machinery industry enterprises. Energy consumption classification
JE/:50160-1999
Daiying 2H10101—87
Oxygen stations are divided into special, first and second grades according to the average power consumption of oxygen production. The first grade, the average unit consumption less than the first grade standard belongs to the second grade
The average power consumption of oxygen stations is shown in Table 1
The power consumption of the group nominal volume
>[450-1505
>117(F-[530
>11201450
iw-h:km
>16001703
>1450-1650
1700-2263
> 16R1--2U(I
>1650 -1900
Definition: When there are units in the gas station, the maximum capacity of the unit shall be checked according to the single index of the maximum unit: the current capacity of the gas unit shall be checked according to the resistance of the unit: the unit with a capacity greater than 3K)Nmh shall be connected to the maximum index of 3Nm. 3 Calculation of average power consumption for oxygen productionwww.bzxz.net
When the average power consumption rate of gas production is calculated according to formula (1): V
Formula 1, section - average power consumption of oxygen production during the statistical period, kw·h/kNm, - power consumption of oxygen station during the statistical period, k pieces, h: V - oxygen production of oxygen station during the statistical period E (excluding vented oxygen) kNm. Note
"The maximum power consumption of the gas station includes: the air can be chaotic, the gas box machine, the gas system is heated, the liquid is reduced, and the water system is included! Or the water system is included" Other uses: its metering point is set up 4 power supply variable injection device two this measurement when the gas station! , it is also more than the wrong position to stop the water system (or reuse water accumulation system), according to the monthly water early ratio. Then the hydrogen knows the cold water electricity consumption, 2 gas production quality: road meter, this includes venting and secretion of qualified oxygen: 4 carrier gas station actual electricity consumption compensation positive
The following conditions should be considered to be the actual electricity consumption of the gas station. The negative power after the screen is determined to determine the level of the oxygen station. The State Machinery Industry Bureau approved it on December 30, 1999 and implemented it on June 1, 2000
JR/T50160-1999
a) The sea technology is greater than 1500m, the actual electricity consumption is multiplied by 0.94 as the dead electricity of the oxygen station: 1 with the whole tower group: the actual electricity consumption is less than 0.00 as the power consumption of the oxygen station and: c! When fresh water is used for cooling, the actual power consumption is multiplied by 1.3 as the power consumption rate of the gas station. When the amount of oxygen, hydrogen and nitrogen used at the same time exceeds the amount of light gas, the third-class oxygen station is upgraded to the second-class oxygen station. The second-class ammonia gas station is opened as the equivalent technical change.
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