JB/T 50177-1999 This standard is a revision of ZB J01 027-88 "Classification of Power Consumption in the Formation Process of Lead-acid Batteries". This standard specifies the power consumption level of the formation process of lead-acid batteries. This standard applies to starting lead-acid batteries and industrial lead-acid batteries. The formation process is divided into first, second and third grades according to the average power consumption of qualified plates per kilovolt-ampere. Those whose average power consumption does not meet the third grade index are classified as out-of-grade. This standard was first issued on November 13, 1988. JB/T 50177-1999 Classification of Power Consumption in the Formation Process of Lead-acid Batteries JB/T50177-1999 Standard download decompression password: www.bzxz.net

Mechanical Industry Standard of the People's Republic of China
JB/T50177—1999
Classification of Power Consumption in the Formation Process of Lead-acid Batteries
(For internal use)
Published on December 30, 1999wwW.bzxz.Net
National Bureau of Machinery Industry
Implemented on June 1, 2000
JB/T50177—1999
This standard is a revision of the J01027—1999 standard. The original standard was slightly revised during the revision, but the main technical content remained unchanged.
This standard replaces ZB301027—88 from the date of implementation. This standard was developed and managed by the Mechanical Science Research Institute. The drafting units of this standard are: the Seventh Design Institute of the former Ministry of Machinery and Electronics Industry, and the Energy Center of the Ministry of Machinery Industry. The main drafters of this standard are Ma Yunsheng and Chen Huanxing. This standard was first issued in 198.
Machinery Industry Standard of the People's Republic of China
Classification of Power Consumption in the Formation Process of Lead-acid Batteries
(Internal Use)
This standard specifies the power consumption level of the formation process of lead-acid batteries. This standard applies to the power consumption level of lead-acid batteries used in the industry
JB/T30177-1999
2 J 27-
The average power consumption of the plates per volt-ampere-hour is divided into first grade, second grade, third grade, and fourth grade, except for those whose power consumption does not reach the first grade.
The average power consumption of qualified plates in the formation process is also shown in Table 1!
Equipment type
Starting battery
Luck battery
Time-keeping battery
Average power consumption index
kw-hi:kVa.h!
>11.8-13.9
≥ 17.0-19.0
: Starting method for the replacement of the battery classification index is applicable to various sizes of books, the average battery calculation
the average plate consumption during the statistical period is calculated according to formula (1), >7.5-8.3
>19.0-21.0
In the formula: 2--- the average power consumption of qualified plates in the formation process of high-end batteries during the statistical period, kW, b/(kVA1: F-- the power consumption of various types of batteries in the statistical period, kW·h; the total rated discharge capacitance of various types of qualified plates in a certain type of ionization process during the statistical period, kVA·h is calculated according to formula (2) U.cm
Formula 1: M--the rated discharge capacity of a certain type of plate during the statistical period, kVA·h: C--the rated discharge capacity of the plate Under the voltage, 2V:
- Rated voltage of the plate of this variety, A·h/piece;- Number of qualified positive plates of this variety during the statistical period, pieces, [National Machinery Industry Bureau approved 121 on December 30, 1999
2H00-06-01 implementation
JB/T50177-1999
1 Formation 1 sequence includes plate electricity, water, full, machine city plate (or ear) ventilation plan small, acid purification change with electricity, excluding plate electric heating drying electricity.
2 Plate charging rejection electricity is based on the rectification AC phase with a meter, 4 process power consumption classification
The power consumption classification of the process is based on the level reached by the products that account for more than 60% of the power consumption to determine the power consumption level of the nuclear power plant, but the power consumption indicators of other products shall not be excluded.
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