JB/T 5161.1-1999 Pellet feed pressing machine types and basic parameters

JB/T 5161.1-1999 This standard is a revision of JB/T 7882-99 "Types and basic parameters of pellet feed presses". The main technical content changes are as follows: - The model number representation method is changed from 93KW(L)H(P)-□ to 9KW(L)H(P)-□. This standard specifies the type and basic parameters of presses that press powdered feed into hard pellet feed and block feed. This standard applies to pellet feed presses. This standard was first issued on March 31, 1989 and was adjusted to JB/T 7882-95 in April 1996. JB/T 5161.1-1999 Types and basic parameters of pellet feed presses JB/T5161.1-1999 Standard download decompression password: www.bzxz.net

ICS65.040.20
Machinery Industry Standard of the People's Republic of China
JB/T5161.1-1999
Pellet mill
Types and basic parameters
Pellet mill Types and basic parameters1999-08-06 Issued
National Machinery Industry Bureau
2000-01-01 Implementation
JB/T5161.11999
This standard is a revision of JB/T7882-95 "Pellet mill, types and basic parameters". Only the following minor changes were made to the technical content during the revision:
In the model representation method, 93KW (L) H (P)- was changed to 9KW (L) H (P)-口. This standard replaces JB/T7882-95 from the date of implementation. Appendix A of this standard is a prompt appendix.
This standard is proposed and managed by Hohhot Animal Husbandry Machinery Research Institute. The drafting unit of this standard: Hohhot Animal Husbandry Machinery Research Institute. The main drafters of this standard: Hai Yurong, Ding Yuefeng, Li Xiurong. Scope
Machinery Industry Standard of the People's Republic of China
Pellet feed press
Types and basic parameters
Pellet mill--TypesandbasicparametersJB/T5161.1-1999
Replaces JB/T7882--95
This standard specifies the types and basic parameters of presses (hereinafter referred to as presses) for pressing powdered feed into hard pellet feed and block feed.
This standard applies to pellet feed presses. 2 Types
Pressing machines are mainly divided into three types:
a) horizontal ring die;
b) vertical ring die;
c) vertical flat die.
Note: This standard does not temporarily stipulate other types. 3 Basic parameters
3.1 The main parameters of the press are the main engine matching power, that is, the main motor power. 3.2
The basic parameters should comply with the provisions of Table 1. The method for determining its productivity is shown in Appendix A (Suggested Appendix). Table 1
Main engine power
>7.5~18.5
Productivity 1)
>500~1000
>1000-5000
>5000~10000
>500-1000
>200-1000
>1000~2000
Main dimensions
Inner diameter of ring die, Flat die outer diameter series
200, 230.
250, 270.
280, 300,
325, 350,
425, 450.
500, 600.
800, 1000
1) Refers to the pure 1. hourly productivity when the moisture content of granular or block feed is 15%. Approved by the State Bureau of Machinery Industry on August 6, 1999. Die hole size series. Round hole diameter. 20, 25. Square hole size: 25×25; 30×30. Effective width series. 110, 120. 130, 150. 2000-01-01 implementation. 3.3 Method of indicating the model of the press machine: Marking example: W(L)H(P) JB/T 5161.1-1999
Main parameters
Ring mode (flat mode)
Horizontal (vertical)
Pellet feed press
Animal husbandry machinery code
Mark of horizontal ring die pellet feed press with main engine power of 22kW: 9KWH-22
A1Feed formula used in the test
A unified feed formula should be used in the test. JB/T5161.1-1999
Appendix A
(Suggestive Appendix)
Method for determining the productivity of the press
Corn flour or wheat flour accounts for 60%, oilseed cake meal accounts for 10%, bran or rice bran accounts for 30%, and other oil lubricants and binders such as molasses shall not be added.
A2 The aperture of the die used in the test
The aperture of the die used in the test is Φ5mm. A3 Determination of productivity
Before the measurement, the die of the press can be run-in, and the running-in time shall not exceed 24h. At the outlet of the press, take the pellet feed once every 5min, and each time for no less than 1min, then weigh its mass, do it 5 times in total, calculate according to formula (A1), and find the average value. 60,w(1-H)
T. *(1-15%)
Where: E is the hourly productivity, kg/h-the mass of pellet feed taken each time, kg; T. ---the time of taking the pellet feed each time, min; H, ---the average value of the actual relative moisture content of the pellet feed, %. A4 Determination of the moisture content of pellet feed
At the outlet of the press, take about 50g of pellet feed every 5min, and take it 5 times in total. Put the pellet feed into aluminum boxes respectively. Weigh its mass immediately, dry it at a constant temperature of 105℃ until the mass remains unchanged, and weigh it again (weighing accuracy ±0.1g). Calculate the moisture content according to formula (A2) and find its average value.
H,-%-\×100
Where: H-
-actual relative moisture content of pellet feed, %; mass of wet pellet feed, g;
w,-mass of dry pellet feed, g.
Instruments, meters, measuring tools and tools required for the testA5.1
1 constant temperature box
2 stopwatches
1 second-class.T. industrial balance (weighing 200g, sensitivity 0.1g) 1 pound scale (weighing 500kg, sensitivity 200g)A5.4
A5.510 aluminum boxes
A5.620 sampling bagswww.bzxz.net
A5.7, plastic bag (holding 60kg)
A5.82 feeders
A5.9 record labels, forms
1 calculator
2 record folders
JB/T5161.1-1999
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