一、适用范围：

1.1适用于手提式水基型、干粉型、洁净气体灭火器的爆破和水压多用试验；

1.2适用于规格为1~12kg以及2L~9L手提式灭火器的水压试验、膨胀率、筒体爆破试验以及压力交变试验。

1.3适用于手提式二氧化碳灭火器，规格为7kg，爆破压力不超过25Mpa的水压强度试验和水压爆破试验。

二、符合标准：

2.1符合 GB4351.1-2005《手提式灭火器 第一部分：性能和结构要求》标准第7.8.4节要求；

三、主要特点：

3.1 计算机自动控制，自动采集试验数据， 并全程记录试验数据，界面操作灵活，自动生成完善的格式化报告，压力控制精确，试验采用美国NI公司设备专用开发软件LabView，传感器具有标定界面， PLC 执行控制，使爆破、水压试验实现高效自动化；工作稳定，配件齐全。

3.2 水压试验箱操作平台前开门结构，方便其他灭火器安装在操作工位上，操作方便，采用透明的防护罩+不锈钢防护烤漆板，试验过程一目了然；配套不锈钢拉丝操作台经久实用，美观大方。

3.3 连接方式：采用高压软连接+快速连接头方式进行连接。

3.4 升压系统：为自动升压控制,可进行人工操作，同时进行多个产品的测试。耐压测试台均有两个测试接口，每个测试接口均有工位控制阀。材质为不锈钢防护孔板外加有机玻璃。   

3.5采用铜和不锈钢等防腐蚀、防锈材质的系统气管路配件。

3.6安全措施：

3.6.1 高压系统采用双保险防范措施，即压力变送器控制水压，电接点压力表控制最高水压；

3.6.2 采用优质钢板制作，表面静电烤漆处理，保障了人员的安全性，试验有可能着水的部分由不锈钢制作，表面喷塑保护；

3.7 核心部件采用高压泵（德国 Vano 瓦诺）国际知名品牌，确保其耐用性；

3.8 整体设计合理，维修保养方便快捷。自动恒压，轻微渗漏自动补充恒定压力。高压管路超数倍制作，经久耐用。

四、主要技术参数：

4.1压力调控范围：0-26Mpa；

4.2高压泵压力：0~28Mpa。

4.3高压出水量：16L/min；

4.4压力传感方式：电流变送器方式；传感精度 0.25%F.S,分辨率：0.1Mpa。

4.5稳压装置耐压：30Mpa；

4.6压力采集间隔：＜100ms；

4.7变频器调频范围：0-50Hz；

4.8 耐压控制工位数量：耐压操作台两个试验接口；在整个密封并可观察的空间内进行；

4.10试验介质：室温水（循环使用，带过滤装置），水温不低于 5℃；

4.11循环次数：0~999999次任意设定；

4.12电源：AC380V,功率：7.5KW；

4.13主机体积尺寸（仅作参考）：长 1950x 宽  850mmx 高 1300mm 重量：约330Kg；

4.14试件类型：简易式灭火器、手提式灭火器；

4.15电脑：1台, 软件：一套。

五、仪器结构

5.1仪器组成：由水压试验部分、计算机操作控制部分组成；

5.2计算机控制部分：

5.2.1系统为自动升压控制,也可进行人工操作。水压试验箱有两个测试接口，每个测试接口均有工位控制阀。系统可以同时进行多个产品的测试，箱体分别为前上开门可视耐压操作台；

5.2.2安全措施：高压系统采用双保险防范措施，即压力变送器控制水压，电接点压力表控制最高水压。一方面如有失效，另一方面也可保证试验人员和设备的安全。高压管路超数倍耐压能力制作，经久耐用；

5.2.3 整体设计合理，维修保养方便快捷；

5.2.4 试验压力控制精确高，稳压压力误差远优于国家标准。

5.2.4 材质：采用优质钢板制作，表面静电烤漆处理，经久实用，美观大方。

5.2.5 试验由计算机自动控制，全程自动记录试验数据，试验结束后可按要求点击生成 Excel报表，实现高效自动化；控制软件采用美国NI公司精密仪器设备专用开发软件LabView，界面操作灵活，传感器具有标定界面，采用 PLC 执行控制，性能稳定。

六、水压试验部分：

6.1系统为自动升压控制,也可进行人工操作。耐压测试台有两个测试接口，每个测试接口均有工位控制阀。系统可以同时进行多个产品的测试。箱体分别为前上开门可视耐压操作台；接口采用台湾亚德克高压快速接口。材质为不锈钢。                                       

6.2试验类型：灭火器筒体与器头可分别进行试验。连接零件与连接部位可经受30MPa 以上的水压试验。

6.3 水管：采用高压软管，最高耐压 35MPa；

6.4 液压部分：通过变频器+计算机+PLC调节升压速率和控制精度；

6.5 打压装置：采用德国 Vano 瓦诺的高压泵以及稳压灌，试验压力稳定性非常高；

6.6 储水装置：采用 SUS304 不锈钢制成。在试验后水经过过滤网过滤后达到循环利用，避免浪费；

6.7 试验用压力指示仪精度高于 1.6 级。

6.8 过滤装置：试验后回收到储水装置的水经过过滤后再循环利用。

1. Scope of application:

1.1 It is applicable to the explosion and hydrostatic pressure multi-purpose test of portable water-based, dry powder and clean gas fire extinguishers.

1.2 It is applicable to the hydrostatic pressure test, expansion rate, cylinder burst test and pressure cycling test of 1-12kg and 2L-9L portable fire extinguishers.

1.3 It is applicable to the hydrostatic pressure strength test and hydrostatic pressure burst test of portable carbon dioxide fire extinguisher with the specification of 7kg and the burst pressure not exceeding 25MPa.

2. Compliance with standards:

2.1 Meet the requirements of section 7.8.4 of GB4351.1-2005 portable fire extinguisher part I: performance and structure requirements.

3. Main features:

3.1 Computer automatic control, automatic acquisition of test data, and full process recording of test data, flexible interface operation, automatic generation of perfect format report, accurate pressure control, the test uses the special development software LabView of NI company equipment, the sensor has calibration interface, PLC Carry out control to realize high efficiency and automation of burst and hydraulic test; work stably with complete accessories.

3.2 The front door opening structure of the operation platform of the water pressure test chamber is convenient for other fire extinguishers to be installed on the operation position, and the operation is convenient. The transparent protective cover + stainless steel protective paint plate are used, and the test process is clear at a glance; the supporting stainless steel wire drawing operation platform is durable, practical and beautiful.

3.3 Connection mode: high voltage soft connection + quick connector is adopted for connection.

3.4 Boosting system: for automatic boosting control, manual operation can be carried out and multiple products can be tested at the same time. The pressure test bench has two test interfaces, each of which has a station control valve. The material is stainless steel protective orifice with plexiglass. 

3.5 Copper, stainless steel and other anti-corrosion and anti rust materials shall be used for system air pipe fittings.

3.6 Safety measures:

3.6.1 The high-pressure system adopts double insurance precautions, that is, the pressure transmitter controls the hydrostatic pressure, and the electric contact pressure gauge controls the maximum hydrostatic pressure.

3.6.2 It is made of high-quality steel plate and treated with electrostatic paint on the surface to ensure the safety of personnel. The part that may catch water in the test is made of stainless steel and protected by plastic spraying on the surface.

3.7 High pressure pump (German Vano) is adopted as the core component to ensure its durability.

3.8 The overall design is reasonable and the maintenance is convenient and fast. Automatic constant pressure, slight leakage automatic supplement constant pressure. High pressure pipeline is made in high quality, well durable.

4. Main technical parameters:

4.1 Pressure regulation range: 0-26mpa

4.2 High pressure pump pressure: 0 ~ 28Mpa

4.3 High pressure water output: 16L/min

4.4 Pressure sensing mode: current transmitter mode; sensing accuracy: 0.25% F.S; resolution: 0.1MPa.

4.5 Voltage stabilization device: 30MPa

4.6 Pressure collection interval: ＜ 100ms

4.7 Frequency modulation range of frequency converter: 0-50Hz

4.8 Number of withstand voltage control stations: two test interfaces of the withstand voltage operation platform; in the whole sealed and observable space.

4.10 Test medium: room temperature water (recycled, with filter device), water temperature not less than 5 ℃;

4.11 Number of cycles: 0 ~ 999999, set arbitrarily;

4.12 Power supply: AC380V, power: 7.5kW;

4.13 Volume and size of main engine (for reference only): length 1950 x width 850mm x height 1300mm weight: about 330kg;

4.14 Type of test piece: simple fire extinguisher, portable fire extinguisher;

4.15 Computer: 1 set, software: 1 set.

5. Instrument structure

5.1 Instrument composition: it is composed of hydrostatic test section and computer operation control section.

5.2 Computer control part:

5.2.1 The system is controlled by automatic boosting and can also be operated manually. The hydraulic test chamber has two test interfaces, each of which has a station control valve. The system can test multiple products at the same time, and the box body is the front upper door visual pressure operation platform.

5.2.2 Safety measures: the high-pressure system adopts double safety precautions, that is, the pressure transmitter controls the water pressure, and the electric contact pressure gauge controls the maximum water pressure. If there is failure on the one hand, it can also ensure the safety of test personnel and equipment on the other hand. The high pressure pipeline is made of several times of pressure resistance capacity, durable.

5.2.3 The overall design is reasonable and the maintenance is convenient and fast;

5.2.4 The test pressure is controlled accurately and the error of stabilized pressure is far superior to the national standard.

5.2.5 Material: it is made of high-quality steel plate, with electrostatic paint treatment on the surface, durable and practical, beautiful and generous.

5.2.6 The test is automatically controlled by the computer, and the test data is automatically recorded in the whole process. After the test, you can click to generate excel report as required to realize high-efficiency automation. The control software is Labview, a special development software for precision instruments and equipment of NI company of the United States, with flexible interface operation, calibration interface for the sensor, PLC implementation control, and stable performance.

6. Hydrostatic test section:

6.1 The system is controlled by automatic boosting and can also be operated manually. The pressure test bench has two test interfaces, each of which has a station control valve. The system can test multiple products at the same time. The chamber body is respectively the front upper door visual pressure operation platform. The interface adopts Taiwan Yadeke high-voltage fast interface. The material is stainless steel.

6.2 Test type: the fire extinguisher cylinder and head can be tested separately. The connecting parts and connecting parts can be subjected to hydrostatic pressure test of more than 30MPa.

6.3 Water pipe: high pressure hose, with the maximum pressure resistance of 35MPa.

6.4 Hydraulic part: adjust the boosting rate and control accuracy through frequency converter + computer + PLC.

6.5 Pressure device: the test pressure is very stable by using the high-pressure pump and constant pressure irrigation of Vano, Germany.

6.6 Water storage device: made of SUS304 stainless steel. After the test, the water can be recycled after being filtered by the filter screen to avoid waste.

6.7 The accuracy of the pressure indicator used in the test is higher than level 1.6.

6.8 Filtering device: after the test, the water recovered to the water storage device is filtered and recycled.

1.压力试验管    3.样品（灭火器筒体）   4.集水槽    9.意大利高压泵

10.储压罐     11.过滤器     21.调平脚轮      22.快速装夹头