XRW-300B熱變形、維卡軟化點溫度測定儀
一 產(chǎn)品介紹;
熱變形、維卡軟化點溫度測定儀主要用于非金屬材料（如塑料、橡膠、尼龍、電絕緣材料等）的熱變形及維卡軟化點溫度的測定。具有質(zhì)量穩(wěn)定，操作簡單的特點，是化工企業(yè)、科研單位、大專院校等行業(yè)的理想測試工具。
二 特點:
1 試樣架為一體式結(jié)構(gòu)，膨脹系數(shù)小，實驗數(shù)據(jù)真實準(zhǔn)確。
2 采用成型單元控制器對升溫速率、溫度上限、溫度顯示進(jìn)行控制。
3 操作簡單、使用方便、性能穩(wěn)定。
4 顯示方式；計算機(jī)進(jìn)行數(shù)據(jù)存儲和曲線分析。
三 符合標(biāo)準(zhǔn)；
GB/T 1633維卡軟化溫度（VST）的測定
GB/T 1634.1塑料 負(fù)荷變形溫度測定（通用試驗方法）
GB/T 1634.2塑料 負(fù)荷變形溫度測定（塑料、硬橡膠和長纖維增強(qiáng)復(fù)合材料）
GB/T 1634.3塑料 負(fù)荷變形溫度測定（高強(qiáng)度熱固性層壓材料）
GB/T 8802熱塑性塑料管材、管件維卡軟化溫度的測定
ISO 75-1: 塑料 - 溫度變形，負(fù)荷 - 第1部分：通用試驗方法
ISO 75-2 塑料.載荷下?lián)锨鷾囟鹊臏y定.第2部分:塑料和硬橡膠
ISO 75-3塑料.載荷下?lián)锨鷾囟鹊臏y定.第3部分高強(qiáng)度熱固性疊層板和長纖維增強(qiáng)塑料
ISO75-1塑料載荷下?lián)锨鷾囟鹊臏y定第1部分一般試驗方法、
ISO 2507-1熱塑性塑料管和配件.維卡(vicat)軟化溫度.第1部分_一般試驗方法
ISO 306塑料 熱塑塑料 維卡(VICAT)軟化溫度的測定
ASTM D1525 e1Standard Test Method for Vicat Softening Temperature of Plastics
ASTM D648 Standard Test Method for Deflection Temperature of Plastics Under Flexural Load in the Edgewise Position
四 主要技術(shù)參數(shù)
1 溫度控制范圍：室溫～300℃；
2 升溫速率：120±10℃／h（12℃±１℃／６min ）
5０± 5℃／h（5℃±0.5℃／６min）
3 變形測量范圍：變形測量范圍為0～10.000mm，變形分辨力為0.001mm，變形測量準(zhǔn)確度0.001mm
4 試樣架數(shù)量：3個；
5 試樣跨距：64.000±1.000 mm 100.000±1.000 mm
6 加熱功率：4kw；
7 冷卻方式：150℃以上自然冷卻，150℃以下水循環(huán)冷卻，或是水冷。具有溫度上限保護(hù)功能。
8 加熱介質(zhì)：甲基硅油（粘度200厘斯以下,閃點300℃以上）；
9 主機(jī)電源為交流三相五線380v±10%，50Hz，5kw。
10 維卡負(fù)荷桿裝有負(fù)荷板。負(fù)載桿和金屬架構(gòu)件具有相同的膨脹系數(shù)。
11 壓針頭為硬質(zhì)鋼制成，長3mm，橫截面積為1.000±0.015mm2。
12 外形尺寸為645mmx670mmx1450mm。
實現(xiàn)的功能:
1、實時顯示試驗溫度和溫度—變形曲線。
2、試驗過程中，通過輸入試樣的尺寸，可自動計算出試驗所須的負(fù)荷質(zhì)量。
3、上線溫度、變形量在使用范圍內(nèi)任意設(shè)定。
4、誤差通過軟件自動修正。
5、試驗曲線顏色任意設(shè)定，可以實時顯示和隱藏，并且曲線寬度粗細(xì)任意轉(zhuǎn)換。
6、試驗完成或達(dá)到上限溫度時，具有報警功能，并自動停止加熱。
7、試驗完成后，打印試驗曲線和試驗報告。查詢歷次試驗的歷史紀(jì)錄，并能重繪歷次試驗的試驗曲線。
XRW-300B Thermal Deformation and Vicat Softening Point Temperature Measuring Instrument
Product introduction;
Thermal Deformation and Vicat Softening Point Temperature Tester is mainly used to measure the thermal deformation of non-metallic materials (such as plastics, rubber, nylon, electrical insulating materials, etc.) and Vicat Softening Point Temperature. With stable quality and simple operation, it is an ideal testing tool for chemical enterprises, research institutes, universities and other industries.
Two characteristics:
1 Sample holder is an integral structure with small expansion coefficient and accurate experimental data.
2. Temperature rising rate, upper temperature limit and temperature display are controlled by forming unit controller.
3. Simple operation, convenient use and stable performance.
4 display mode; data storage and curve analysis by computer.
Three meet the standards;
Determination of Vicat Softening Temperature (VST) of GB/T 1633-2000
GB/T 1634.1-2004 Plastic Load Deformation Temperature Measurement (General Test Method)
Measurement of Plastic Load Deformation Temperature (Plastics, Hard Rubber and Long Fiber Reinforced Composites) GB/T 1634.2-2004
Measurement of Load Deformation Temperature of Plastics GB/T 1634.3-2004 (High Strength Thermosetting Laminated Materials)
Measurement of Vicat Softening Temperature of Thermoplastic Pipes and Fittings GB/T 8802-2001
ISO 75-1:2013 Plastics - Temperature Deformation, Load - Part 1: General Test Method
ISO 75-2-2013 Plastics - Determination of Flexural Temperature under Loading - Part 2: Plastics and Hard Rubber
ISO 75-3-2013 Plastics - Determination of Flexural Temperature under Loading - Part 3 High Strength Thermosetting Laminated Plates and Long Fiber Reinforced Plastics
ISO75-1-04 Determination of Flexural Temperature under Plastic Loading Part 1 General Test Method,
ISO 2507-1-1995 Thermoplastic Pipes and Accessories - Vicat Softening Temperature - Part 1 - General Test Method
Measurement of Softening Temperature of ISO 306-2013 Plastic Thermoplastic Vicat
ASTM D1525 - 17e1 Standard Test Method for Vicat Softening Temperature of Plastics
ASTM D648 - 16 Standard Test Method for Deflection Temperature of Plastics Under Flexural Load in the Edgewise Position
Four main technical parameters
1. Temperature control range: room temperature to 300 C;
2. The heating rate is 120 (+10 C/h) (12 (+1 (+6 min)
50 +5 /h (5 +0.5 /6 min)
3. Deformation measurement range: Deformation measurement range is 0-10.000 mm, deformation resolution is 0.001 mm, and deformation measurement accuracy is 0.001 mm.
Quantity of test stand: 3;
Span of 5 specimens: 64.000 + 1.000 mm 100.000 + 1.000 mm
6. Maximum heating power: 4 kw;
7 cooling mode: natural cooling above 150 C, water circulation cooling below 150 C, or water cooling. It has the function of temperature upper limit protection.
8 Heating medium: methyl silicone oil (viscosity below 200 centimeters, flash point above 300 C);
9. The main power supply is 380v+10% AC three-phase five-wire, 50Hz, 5kw.
The 10-dimensional card load bar is equipped with a load plate, fixed on a rigid metal frame, and can move freely in the vertical direction. The load bar and the metal frame components shall have the same expansion coefficient.
The 11 pressure needle is a cylinder made of hard steel, 3 mm long and 1.000 (+0.015 mm 2) cross-sectional area. The lower surface of the pressure needle should be flat, perpendicular to the axis of the load rod and without burrs.
The shape size of 12 is 645 mm x 670 mm x 1450 mm.
Functions implemented:
1. Real-time display of test temperature and temperature-deformation curve.
2. During the test process, the load mass required for the test can be calculated automatically by inputting the size of the sample.
3. Up-line temperature and deformation are set arbitrarily in the range of use.
4. Errors are automatically corrected by software.
5. The color of the test curve can be set arbitrarily, and it can be displayed and hidden in real time, and the width of the curve can be changed arbitrarily.
6. When the test is completed or the upper limit temperature is reached, it has the alarm function and stops heating automatically.
7. Print the test curve and report after the test is completed. The historical records of previous tests are inquired, and the test curves of previous tests can be redrawn.
