<正文>
|
模型
|
DVHJ-5AT
|
DVHJ-10AT
|
DVHJ-30AT
|
DVHJ-50AT
|
|
试验力(kgf)
|
0.2, 0.3, 0.5, 1, 2, 3, 5
|
0.3, 0.5, 1, 2, 3, 5, 10
|
0.5, 1, 2, 3, 5, 10, 20, 30
|
1, 2, 3, 5, 10, 20, 30, 50
|
|
L加载M方法
|
自动加载和卸载
|
|
测试力切换
|
自动(试验力和刻度同步切换)
|
|
L语言S选择
|
中英文
|
|
停留时间
|
5-60s
|
|
压痕 目标切换
|
自动切换
|
|
可测试参数
|
HV/HK
|
|
O客观
|
10×, 20×
|
|
数字编码器测微目镜
|
10×
|
|
最大。 测量长度
|
400μm
|
|
最小。毕业
|
0.1μm
|
|
最大。样本高度
|
220毫米
|
|
距主体中心的距离压头 到主体的距离
|
170毫米
|
|
H硬度换算
|
高压, 香港, HRA, HRB, HRC, HRD, HRE, HRF, HRG, HRK, HR15N, HR30N, HR45N, HR15T, HR30T, HR45T, HBW
|
|
触摸屏操作面板
|
力曲线、选项、数据库、控制、加载启动、灯光调节、目标切换
|
|
数值显示
|
D1、D2 值、HV, HK 指示, 硬度值、换算值、保持时间、测试次数
|
|
手动X-Y测试台
|
尺寸:100×100mm;最大限度。机芯:25×25mm
|
|
L光源
|
LED
|
|
界面
|
RS 232
|
|
执行标准
|
GB/T 4340、ISO6507、ASTM E-384
|
|
P电源
|
AC220V±5%
|
|
整体尺寸(长×宽×高)
|
600×470×620毫米
|
|
净重
|
大约70公斤
|
表>
标准配置
<正文>
|
名称
|
数量
|
名称
|
数量
|
|
C罗斯表
|
1 电脑
|
板材夹紧台
|
1 电脑
|
|
平口夹紧台
|
1 电脑
|
细线夹台
|
1 电脑
|
|
S船员
|
2 pcs
|
水平调节螺钉
|
4 pcs
|
|
10倍测微目镜
|
1 电脑
|
显微硬度块
|
2 pcs
|
|
水平仪
|
1 电脑
|
S备用保险丝
|
2 pcs
|
|
产品用户手册
|
1 电脑
|
产品资质证书
|
1 电脑
|
表>应用程序
Metal Processing / Manufacturing Industry
Hardness testing of finished/semi-finished products made of metal materials such as steel, aluminum alloy, and copper (e.g., auto parts, mechanical components).
Mold / Tool Industry
Testing the surface hardness of tools including mold steel, cutting tools, and drill bits.
Aerospace / Military Industry
Used for hardness quality control of high-precision components such as aerospace aluminum materials and titanium alloy structural parts.
Hardware / Fastener Industry
Batch hardness testing of small hardware parts like screws, nuts, and springs.
1High precision step controlled electrical loading technology.
2The main test force has fast loading speed and high efficiency.
3High-precision sensors combined with the control system, with a curve chart of the unique power value.
4Remote control can be achieved with simple operation.
5Extremely fast loading speed: Test force loading time 2-10 seconds.
6Intelligent control throughout the entire process. Segmented force application, smooth speed change, high-precision high-speed step control, etc.