TKC头盔耐穿透及碰撞性能试验机
一、产品介绍:
头盔耐穿透及碰撞性能试验机用于检验摩托车用头盔的耐穿透及碰撞性试验,是摩托车用头盔的专用检测设备。是生产厂家、检测机构、监督部门、大专院校、科研单位及仲裁机构的**测试设备。
二、头盔耐穿透及碰撞性能试验机特点:
1 既可实现头盔耐穿透实验,又可以实现碰撞实验。一机多能。
2 设计科学,结构合理,操作简便,迅速准确。
3 双柱式结构,落点准确,能量损失小
4 使用高精度的加速度及位移传感器,保证测量的准确可靠。
5 碰撞实验也可以由计算机控制,可以对力值、曲线、频率显示和分析
三头盔耐穿透及碰撞性能试验机 符合标准
符合GB811标准的要求
四、头盔耐穿透及碰撞性能试验机主要技术指标
1、落盔高度:全盔3000±2mm±半盔2000±2mm
碰撞高度:1830±2mm
2、加速度传感器的测量范围:0-1500g
3、作用时间测量精度:0.1ms
4、锤重:30000-50g
5、频率响应范围;0-1000Hz
6、测量不确定度:5%
7、电源:VC380V,50Hz
TKC helmet penetration and collision resistance tester
Product introduction:
Helmet penetration and collision resistance tester used for testing the resistance to penetration of motorcycle helmets and PengZhuangXing test, is a motorcycle helmet, dedicated testing equipment.Is the manufacturer, inspection agencies, supervision departments, universities and colleges, scientific research units and the arbitration institution of choice for test equipment.
Second, the helmet penetration and collision resistance testing machine features:
1 both can realize helmet penetration resistance experiment, and can realize the collision experiment.One machine can.
2 design science, reasonable structure, easy operation, fast accurate.
3 double column type structure, accurate placement, energy loss is small
4 use acceleration and displacement sensors with high resolution, ensure the accurate and reliable measurement.
5 collision experiments can also be controlled by computer, can the force value, curve, frequency display and analysis
Accord with a standard three helmet penetration and collision resistance testing machine
In line with the requirements of GB811-2010 standard
Four, helmet penetration and collision resistance tester main technical indicators
1, a helmet is highly: QuanKui 3000 + 2 mm + BanKui 2000 + 2 mm
Collision height: 1830 + 2 mm
2, the acceleration sensor measurement range: 0-1500 - g
3, action time measuring accuracy: 0.1 ms
4, hammer weight: 30000-50 g
5, frequency response range;0-1000 hz
6, the uncertainty of measurement: 5%
7, power supply: VC380V, 50 hz