1.仪器基本情况

仪器名称：微波消解仪

设备编号：2019001149

厂家：美国Thermo Fisher

型号：MILESTONE EthosUP

2.用途

用于各种样品的消解和萃取。

3.主要规格及技术指标

3.1 硬件部分

3.1.1 采用最先进的双磁控管微波控制技术，微波输出功率≥1900W；

★3.1.2 微波发射方式脉冲和非脉冲可选，并有微波功率曲线以于证实。磁控管终身保修。满功率工作时，微波泄漏量≤0.05mW/cm2. （提供国际标准检测方法及数据）) ，以保证操作人员健康。

3.1.3 多维微波能量输出，“微波散射器技术”和Power enable能量最大化技术结合，以保证腔体内能量分布均匀和微波能量最优化。

★3.1.4 大微波消解腔体，容积≥70L，确保大批量处理样品。提供工作腔体详细尺寸和整机详细尺寸。

3.1.5 腔体内具有多层PTFE涂层，具有≥5年的防腐质量保证

3.1.6 不锈钢自吸式门体[x2] [x3] 可自吸式关闭，有效防爆、防微波泄露作用，具有自动平移泻压功能，遇到意外事故可自动迅速向外平移，解除隐患后能自动恢复原状。

3.1.7 自动落锁系统，门体具备温度控制门锁，操作人员能通过操作软件在室温-1000℃范围内设定温控门锁，防止门体在实验过程中被意外打开，确保操作人员安全。门体打开时，微波输出功率能被自动切断。提供软件截图并作说明

3.2 温度/压力控制系统

3.2.1 采用先进的PID控制技术，微波功率自动连续调整

3.2.2 配置高精度红外温度控制系统，只需一个红外温度传感器控制所有测量样品的温度，以避免多个传感器之间的误差，控温范围：0-350℃，样品控温精度：±1℃，控温响应时间≤1秒，要求能在控制终端上显示控温精度。并且可控制显示最高温度、平均温度、最低温度的消解罐。

3.3 控制终端

★3.3.1 用防腐型触摸式一体/分体两用智能控制终端，高分辨率彩色显示，大屏幕直观易操作，可远距离在线控制微波消解系统的所有操作。非民用移动终端。

3.3.2 全自动消解罐识别系统，根据用户消解样品的数量和消解罐类型，全自动调节微波输出功率大小，确保每次试验的重现性。

3.3.3 全自动过温保护系统，当消解罐内温度高于设定温度时，全自动识别并自动切断微波输出，确保操作安全。当消解温度回归正常时，自动识别并启动，全自动消解罐识别系统。保证样品消解不会中断重做。

3.3.4 微波消解过程中平均功率计算功能，为新方法的建立提供足够依据

3.3.5 控制终端表面经特殊防腐处理，适合前处理室使用。

3.3.6 方法与工作数据可同步保存到控制器和其他电脑、智能移动终端中。

3.3.7 多语言操作界面，含中文操作界面。

3.4 高压高通量样品罐转子

3.4.1 高温/高压样品消解罐，每个消解罐均有“弹性泄压阀”主动泻压保护技术，泄压后不影响样品继续消解，泄压过程无任何消耗件。（提供国外知名网站可查询的证明文件）

3.4.2 样品消解罐最高耐压：120bar（1800psi）

3.4.3 样品消解罐最高耐温：300℃[x5] 

3.4.4 样品消解罐体积：80ml,并且同时处理的反应罐数：≥15位

3.4.5 样品消解罐和盖子的材料：PTFE-TFM

3.4.6 保护外罐材质：复合石英纤维PEEKK材料，不吸收任何溶剂和气体，永远不会发生形变。

3.4.7 消解后转子支持原位普通风冷，强制风冷或水冷三种冷却方式

3.4.8 消解罐工作方式为连续360°同向旋转及往复旋转两种方式，确保受热均匀。

5.仪器位置

国重实验设备公共平台215室

6.仪器管理员

吴云娣，19989664682，wuyundi@hainanu.edu.cn

办公室：南海海洋资源利用国家重点实验室203室

委燕，19808992679，993798@hainanu.edu.cn

办公室：南海海洋资源利用国家重点实验室307室

7.预约测试相关信息

工作日送样测试，具体可预约时间、收费标准详见海南大学大型仪器共享服务平台系统。

预约地址：

https://yiqi.hainanu.edu.cn/home/#/orderDetail?id=982

1. Basic Information of the Instrument

Name: Microwave Digestion

Serial Number: 2019001149

Manufacturer: Thermo Fisher

Model Number: MILESTONE EthosUP

2. Usage

The ablation and extraction of samples.

3. Specifications and Technical Indicators

3.1 Hardware

3.1.1 the use of the most advanced dual magnetron microwave control technology (output power ≥ 1900W).

★3.1.2 The microwave emission mode can be divided into pulse and non-pulse, and it can be confirmed by microwave power curve. Magnetron has a lifetime warranty. While full power operation, microwave leakage is less than or equal to 0.05mW/cm2 (Providing international standard test methods and data), which can ensure the health of operators.

3.1.3 Multi-dimensional microwave energy output. The combination of “microwave scatterer technology” and “Power enable energy maximization technology” can ensure uniform energy distribution and optimization of microwave energy in the cavity.

★3.1.4 Large microwave digestion chamber (volume ≥ 70L) can ensure the processing of large quantities of samples. There are detailed dimensions of the working chamber and the whole machine.

3.1.5 The cavity body has a multi-layer PTFE coating, which can be antiseptic for more than or equal to 5 years.

3.1.6 Stainless steel self-priming door body [x2] [x3] can be self-priming closed, which can effectively prevent explosion and microwave leakage. It has a function of automatic translation lagging. When encountering an accident, it can automatically and quickly move outward. And it can automatically restore after the hidden danger.

3.1.7 Automatic locking system. The door body is equipped with a temperature control lock. The operators can set the temperature control door lock in the range of room temperature to 1000 ℃ through operating software to prevent the door body in the experimental process being accidentally opened to ensure the safety of the operators. When the door is opened, the microwave output power can be automatically cut off.

3.2 Temperature/Pressure Control System

3.2.1 The use of advanced PID control technology can automatically and continuously adjust the microwave power.

3.2.2 It is equipped with a high-precision infrared temperature control system. Only one infrared temperature sensor can control the temperature of all measured samples, avoiding the error between multiple sensors. Temperature control range: 0-350 ℃; sample temperature control accuracy: ± 1 ℃; temperature control response time ≤ 1 second. The temperature control accuracy can be displayed on the control terminal. And there is a digestion tank that can control and display the highest temperature, average temperature and the lowest temperature.

3.3 Control Terminal

★ 3.3.1 It is equipped with anticorrosive touch-type integrated/split dual-use intelligent control terminal and high-resolution color display screen, which makes it easy to be operated and help it control all operations of the microwave digestion system online from a distance. It is non-civilian mobile terminal.

3.3.2 Full-automatic digestion tank identification system. According to the number of samples digested by the user and the type of digestion tank, it can automatically adjust microwave output power size to ensure the reproducibility of each test.

3.3.3 Automatic over-temperature protection system. When the temperature in the digestion tank is higher than the set temperature, the microwave output will be cut off automatically to ensure the safety of operation. When the digestion temperature returns to normal, the system will automatically start to ensure that the sample digestion will not be interrupted.

3.3.4 Average power calculation function during microwave digestion can provide sufficient basis for the establishment of new methods.

3.3.5 The surface of the control terminal is treated with special anti-corrosion treatment.

3.3.6 Method and working data can be synchronized and saved to the controller and other computers and smart mobile terminals.

3.3.7 Multi-language operation interface, including Chinese operation interface.

3.4 High-pressure and high-throughput sample tank rotor.

3.4.1 High-temperature/high-pressure sample digestion tank. Each digestion tank has “elastic pressure relief valve” active pressure relief protection technology, which does not affect the sample to continue digestion after the pressure relief. The pressure relief process will not consume any part.

3.4.2 Maximum pressure of sample digestion tank: 120bar (1800psi).

3.4.3 Maximum temperature resistance of the sample digestion tank: 300°C [x5].

3.4.4 Sample digestion tank volume: 80ml, and the number of simultaneous treatments of the reaction tank: ≥ 15 bits.

3.4.5 Material of sample digestion tank and lid: PTFE-TFM.

3.4.6 Material protecting the outer tank: composite quartz fiber PEEKK which does not absorb any solvent and gas and will never deform.

3.4.7 After digestion, there are cooling methods of in-situ ordinary air cooling, forced air cooling and water cooling to cool down the rotors.

3.4.8 The digestion tank works in two ways which are continuous 360° rotation in the same direction and reciprocal rotation respectively to ensure uniform heating.

4. Place

Room 215 of Public Platform for Experimental Instruments of State Key Laboratory of Marine Resources Utilization in the South China Sea (MRU)

5. Administrators

Yundi Wu, 19989664682, wuyundi@hainanu.edu.cn

Office: Room 203, MRU

Yan Wei, 19808992679, 993798@hainanu.edu.cn

Office: Room 307, MRU

6. Reservation

The samples are sent for testing on working days, and the specific appointment time and charges are detailed in Hainan University Large Instrument Sharing Service Platform System.

Address: https://yiqi.hainanu.edu.cn/home/#/orderDetail?id=982