德国OPTOLOGIC测速仪

多年的经验

空间频率滤波方法已经实现

它的度超过40年。一般模型

被描述为“尖桩栅栏效应”，闪烁

频率正比于速度

在“纠察”后面有一个移动的光源。在

“尖桩间距”作为一个敏感的硅栅和

具有15年以上实际工作经验

经验标志着这一点的突出特点

新的强大的速度和长度

测量设备。

德国OPTOLOGIC测速仪

模型ASCOspeed 5500

测量范围1 - 3000米/分钟

参考300±15毫米的距离

300±30毫米1)

2)4线性±0.05%)

3)4)重复性±0.03%

分辨率0.1 mm / 0.001 m/min

更新时间(至少平均时间)0.5 ms

光源功率led(安全等级1)

采用整体电子器件的信号调节紧凑型外壳

防护等级IP65(适用于使用不锈钢冷轧机的应用)

带有空气净化和玻璃接缝的防护外壳

振动(DIN EN 60068-2-6)2 g / 20…500 hz,sinoidal

休克(DIN EN 60068-2- 29)15g / 6ms，半正弦

操作温度0°C到50°C(没有外部冷却)

储存温度为-20°C到70°C

输出

标准:2个编码器输出(A,B，/ A，/ B)，3个报警，3个状态

可选:2进一步编码器输出(A,B，/ A，/ B)，

同步输出;模拟输出(4 - 20mA)

所有输出opto-insulated

数字数据接口

标准:1x RS232(服务或参数化接口)

可选:1x RS232,1x RS232 o. RS422(可切换)

可选:ethercatready(兼容Beckhoff EL6021/KL6041)

所有串行接口都是光学隔离的

输入

标准:方向和触发输入

可选:3进一步控制或脉冲输入

所有输入与电流定界电阻耦合

1。信号(LED绿色/红色)2。忙(黄色)3。错误(红色)

电源24 vdc / P < 50 w±15%

体重5.6公斤

1)延长测量距离，测量不确定度为0.1%

2)传感器特性与直线距离的偏差，大于15m / s扩展面积为0，为1%

3)统计概率2西格玛，分布以5米/秒测量

4)测试条件:金属表面,10 m参考长度、基本测量距离300 mm,温度= 20°C(常数),

倾斜小于0,1度

Always one step ahead Conventional mechanical systems can be replaced without problems by the ASCOspeed 5500. The device has free scaleable quadrature pulse output channels and can therefore be used as an alternative to rotary shaft encoders. The synchronous operation provides significant benefits for the measurement of differential speeds such as for mass flow control or skin pass level control. Using trigger pulse from the controller, several hardware-controlled measuring process devices can operate exactly synchronously and in this way provide more precise results in acceleration phases. The master / Slave operation of two autonomous ASCOspeed gauges now makes possible the output of differential speed without additional PLC using internal calculation functions in the Master gauge. The interconnection of several devices in inspection lines simplifies the transmission of the speed information. Flexibility and compactness due to integrated design The compact design combines sensor and controller in one robust case and thus guarantees use in many different systems without problems. The device operates autonomously, has low power consumption and thus only needs a 24 VDC power supply. Internal temperature monitoring makes possible the integration in the controller of climatised applications and thus increases the operational reliability. Standardised interfaces open up many possibilities for the user in the automation of process lines