This part is equivalent to IEC60519-21:1998 "Safety of electric heating equipment Part 21: Particular requirements for resistance heating - Glass heating and melting equipment" (English version). GB 5959.41-2004 Safety of electric heating equipment Part 41: Particular requirements for resistance heating - Glass heating and melting equipment GB5959.41-2004 Standard download decompression password: www.bzxz.net

ICS 25.180.1C
National Standard of the People's Republic of China
GB 5959,41—2004/IFC 60519-21:1998Safety of electric heating equipment-Part 41:Particular requirements for resistance heating equipment-Heating and melting glass equipmentEC 60519-21:-998.Safety of electric heating equipment-Part 2l:Particular requirements for resistance heating equipment-Leating and melting glass eguipmcnt,IyT:2004-02-04 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Standardization Administration of China
2004-08-01 Implementation
CB5959412004/IEC60519-21:199B Preliminary
Specifications and specifications
2 Normative references
Classification of electric refining equipment by voltage
Classification of electric heating equipment by frequency
General requirements
....... .
It is prohibited to use the earth as an effective circuit - Part nameplate, marking and circuit diagram
Overcurrent protection
Isolation and switch:
Connection with the power grid and internal connection
Prevention of electric shock
Protection against heat and fire
Prevention of dryness and fire
Inspection, operation, use and maintenance of electric heating equipment
All technical contents of this standard are mandatory. Foreword
GB595 Safety of electric heating equipment> consists of the following 11 parts: Source; Part: Applicable requirements:
Part 2: Special requirements for self-certifying lamps: G8 5959.4:—2004/1RC 60519-21:1998 - Part 3, Requirements for heating equipment with conductive and inductive heating effects and other related requirements; Part 1: Requirements for resistance furnaces; Part 2: Safety requirements for heating equipment with conductive and inductive heating effects and other related requirements; Part 3: Special requirements for slag heating furnaces; Part 4: Special requirements for heating equipment with conductive and inductive heating effects; Part 5: Safety requirements for heating equipment with conductive and inductive heating effects; Part 60519-21:1998 - Part 3, Requirements for heating equipment with conductive and inductive heating effects and other related requirements; Part 1: Requirements for heating equipment with conductive and inductive heating effects and other related requirements; Part 1: Safety requirements for heating equipment with conductive and inductive heating effects and other related requirements; Part 1: Safety requirements for heating equipment with conductive and inductive heating effects and other related requirements; Part 2: Safety requirements for heating equipment with conductive and inductive heating effects and other related requirements; Part 3: Special requirements for slag heating furnaces; Part 9: Special requirements for heating equipment with conductive and inductive heating effects and other related requirements; Part 11: Special requirements for equipment for selecting, delivering or injecting residual liquid. These standards are all based on the corresponding 161519 electric heating equipment safety standards. This part is part 5:
This part adopts E501!21:158 Electric heating equipment safety - Part 2 Special requirements for electric heating equipment (English version)
This part is translated from TF192:2 and the following adjustments are made: 1. In Chapter 2, the "Additional References" guide is used to add the corresponding standards GB5953.2G1431.1 listed in the core text.
This part It is used together with the latest version of B5!5!.4. Part 6 is based on GR59,4-1992. This part supplements or amends the relevant clauses of GR59,4-1992. When a certain clause of GR59,4-1992 is not mentioned in the other parts, the relevant clause of GR59,4-1992 shall apply as long as it is applicable. When this part is provided for "supplementation", "amendment" or "replacement", the relevant content of GR59,4-1992 shall be adopted by the market: Note: For the non-standard clauses and GR59,4-1992, this part is issued by China Securities Regulatory Commission. Part 1: Safety of electric heating equipment - Part 4 ... Specification and purpose
B5359.41—2004/1C69519-21.1998—Special requirements for glass heating and melting equipment. Except for the following supplements, GB559.1[992 Chapter 1. The following content is added after the second paragraph:
This section requires the production of three production personnel: Electric heating equipment for glass heating and melting. Juice: The material of the product belongs to the production process, not the electric heating equipment. When electric heating is used in conjunction with other heating methods such as liquid fuel heating, this part applies to the safety of its core parts. 2 Normative references
The provisions of the following documents become the provisions of this part through reference in this part of 535. For referenced documents with undated dates, their subsequent amendments (including errors) shall not apply to this part. Instead, the latest versions of these documents shall apply to the respective publications of this part. For referenced documents without dat- es, the latest versions shall apply to this part. In addition to the supplementary information listed in the table, according to GB5959.41992 Section 2, GB595.4 Safety of electric heating equipment Part 4: General requirements for electrical protection GR5S.4133?1IF6F3.1975
G1821 Gas exchange equipment for gas shock protection G521.133.cE503644:1521EC6C364447 Electrical safety protection equipment for buildings Part 4 17, installation of protection equipment for pure sound 3 fixed support
In addition to the following substitutions and additions according to (1595!4-152 Section 3 3.2
Glass-melting furnace (through) glass-meltingturnace adopts direct and (or indirect electrical heating methods) its power through the two of the sub 3.2.101
pot furnace pot The furnace
adopts indirect heating type in the process of heating the material into small pieces and puts them into the furnace. 3. 2. 102
fillingmachine
puts the material into the furnace after the material is heated. The exlretion machine
takes out the liquid from the molten steel and transfers it to the machine side of the next workshop. 3.2. 104
Extractimnpnint
A parallel port of the glass melting furnace. Through this parallel port, the finished product can be taken out and transferred to the lower part by the working tool or the material taking hole.
Note: For weak protection, raw materials are prohibited! Incoming materials or taking out rotten materials, 1
GB5959.41—2004/[HC60519-21:199E3.2.105
Personal safety electrical The electrode is used as an equal return reverse electrode in the glass culture tank. 4 Classification of voltage of electric heating device
According to GB99.41992 Section 4
5 Classification of electric heating device according to frequency
According to GH.412 Section 6
6 General requirements
According to G5959.11992 Chapter 6
7 The ground as the first part of the effective circuit shall be in accordance with Chapter 7 of GB5959.41SS2.
8 Nameplate, marking and circuit diagram shall be in accordance with Section 3 of GB59541952
9 Overcurrent protection
Safety 59394-1902 Section 9.
10 Isolation and disconnection wwW.bzxz.Net
According to Section 1 of B.4-1992.
11 Internal connection with the power grid |tt||board GB4992 Section 11
12 Protection against power outages
In addition to the following, according to G9-Chapter 1,
12.1.101 In the night screen cottonizing device, the light shear-section (rated voltage [K greater than 1000). In addition, according to K5559.4-1, the induction is connected or indirectly grounded. 12.2.191 For the connection or indirect heating and falling table, when the glass worker. Only.When wet material is put into the conductive carbon glass molten pool or when high-temperature material is being added into the glass swimming pool, measures should be taken to cut off the electric shock:
Install a personal safety contactor at the door opening, monitor the power of the electrode, when there is a support left in the installation, the melting end should be automatically cut off, if possible: the power should be cut off or other appropriate measures should be taken at this time to prevent further discharge of material. Yang: The structure of the full output and the right-hand side of the disk are in unfavorable conditions. When the molten pool in the material outlet area is still safe due to the daily sample and feeding, the private energy output and uniformity measures should be taken: such as using beneficial plates, maintaining a sufficient safety distance: to prevent the work from coming into contact with the electrode heating element when using the workpiece;
use absolute protection products (such as workpiece Zhang, Denian, Ding Nian); of course, use medicine working points:
use grounded engineers;
use low expansion films.
For indirect heating glass baking furnace (Hong Kong furnace): When the electrical measurement indicates an emergency, the automatic heating circuit GB5959.41-2004/1F:6C519-21:199812.2.192 feeder, taker and the entire valve structure of the melting tank are connected in a potential compensation manner, and the personal safety voltage should also be included in the glass tank and equipotential connection. If it is placed underground, the degree of protection is in accordance with the requirements of GB14321.1 and GB6335447. 13 Protection against thermal effects
According to GB5959.1-1492, Section 15.
14 Fire prevention and weak explosion
According to CB5U59.4199, Chapter 14.
15 Inspection of electric heating equipment. Putting into operation, use and removing the following additional external GR55%.4-1092 Chapter 15, 15.3.101 During installation and at least every 6 months, it should be checked that the power transmission parts (its potential is the same as the grounding potential) are connected to the ground potential. This includes the inspection of some important power-off systems.
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