马丁耐热试验仪 微机  型号：BMD：橡胶塑料热变形，马丁耐热  用途：橡胶塑料热变形

马丁耐热试验仪 微机制造标准：
GB1699-2003 硬质橡胶 马丁耐热温度的测定
GB1035-70 塑料耐热性(马丁)试验方法

  GB1699/GB1035马丁耐热试验仪的详细资料：
一 产品名称：马丁耐热试验仪-微机控制
二 马丁耐热试验仪 微机产品型号：XR-200
 三 马丁耐热试验仪 微机主要适用范围及功能：
　   制造标准：GB1699-2003 硬质橡胶 马丁耐热温度的测定
                            GB1035-70   塑料耐热性(马丁)试验方法
可对塑料、尼龙、橡胶、电缆料等高分子材料进行耐热温度的测试。
            马丁耐热测试仪本机用智能控制器控制温度，控温效果理想；采用光栅式高精度百分表，使测量值更稳定。
 四 马丁耐热试验仪 微机主要技术参数：
1. 加热箱内各点温度差：≤2℃
2. 等速升温速率为：50±3℃/h和10±2℃/12min
3. 温度计精度：1℃
4. 试样尺寸：(120±1mm)X(15±0.2mm)X(10±0.2)mm的条形试样，厚度大于 10mm者可双面加工为10mm
5. 试验负荷：50±0.2kgf/cm2
6. 试验起始温度：30±10℃
7. 试样弯曲有效长度：56±1mm
五 马丁耐热试验仪 微机配置
1. 主机一台
2. 控制系统一套
3. 采集系统一套
4. 变形测量装置三套
5. 温度传感器一套
6. 测头三套
7. 砝码三套
8．计算机一套(联想品牌)
9．彩色喷墨打印机一台(惠普)
10.内箱尺寸:350X400X400mm
Martin heat resistance test instrument for microcomputer type: BMD: rubber plastic thermal deformation, Martin heat usage: rubber plastic thermal deformation
Martin heat resistance test instrument for microcomputer manufacturing standards:
GB1699-2003 ebonite determination of Martin heat resistance temperature
GB1035-70 heat-resistant plastic ( Martin ) test method
GB1699/GB1035 Martin heat resistance tester details:
Product Name: Martin heat resistance test instrument with microcomputer control
Two Martin heat resistance test instrument for microcomputer product type: XR-200
Three Martin heat resistance test instrument of main computer application and function:
Manufacturing standards: GB1699-2003 ebonite determination of Martin heat resistance temperature
GB1035-70 heat-resistant plastic ( Martin ) test method
For the plastic, nylon, rubber, cable and other polymer materials for heat resistance temperature measurement.
Martin heat resistance tester the machine intelligent controller to control the temperature, the temperature effect is ideal; the grating type high precision dial indicator, so that the measured value stability.
Four Martin heat resistance test instrument for microcomputer main technical parameters:
The 1 heating at each point in the box:≤ 2 ℃temperature difference
2 constant heating rate : 50± 3℃ /h and 10± 2℃ /12min
Thermometer 3 precision: 1℃
4 sample size: ( 120 ± 1mm ) X ( 15 ± 0.2mm ) X ( 10 ±0.2) mm bar specimen, thickness greater than 10mm double-sided processing for 10mm
5 test load: 50 ± 0.2kgf/cm2
In 6 experiments: starting temperature of 30± 10 ℃
7 bending length: 56 ± 1mm
Five Martin heat resistance tester computer configuration
The 1 hosts
2 control system
The 3 collection system
4 deformation measuring device three sets
A 5 temperature sensor
6 probe three sets
7 three set of weights
A set of 8 computer ( brand )
9 color inkjet printer ( HP )
Inner box size: 10 350X400X400mm