描述
1.产品定位与核心功能
HEIDENHAIN-799846推测为高动态增量式封闭光栅尺,属于LIP 500系列测量系统,专为高速自动化设备、精密机器人设计,提供微米级分辨率与低迟滞响应,支持复杂运动控制中的实时位置校准与振动抑制。
2.关键技术参数推断
测量性能:
-分辨率:0.05μm(50 nm);
-系统精度:±5μm/m(未补偿误差);
-测量范围:单段最大1520 mm(可扩展至8米)。
物理特性:
-封装设计:镁铝合金外壳+浮动安装机构(IP65防护等级);
-安装公差:轴向±0.25 mm,横向±0.4 mm(兼容柔性导轨系统)。
接口与通信:
-数字输出:RS-422差分信号(抗长距离干扰);
-增量信号:5 V TTL电平(兼容PLC直接输入)。
3.核心技术优势
高速动态响应
-最大跟踪速度150 m/min,适配高速伺服电机驱动系统;
-迟滞时间:<0.5 ms(实时反馈抑制振动)。
轻量化设计
-整体重量≤1.2 kg/m(降低移动部件惯量);
-阻尼涂层减少机械共振影响。
抗干扰技术
-光源采用蓝光LED(提高玻璃基体透光率);
-信号处理:自适应滤波算法抑制电磁噪声。
4.典型应用场景
工业机器人
-并联机器人末端定位(抑制高速运动累积误差);
-搬运机械手机械臂同步控制(多轴光栅协同)。
精密包装设备
-塑料薄膜分切机张力控制(微米级位置补偿);
-医药灌装线定位校准(动态误差实时修正)。
1.Product positioning and core functions
HEIDENHAIN-799846 is speculated to be a high dynamic incremental closed grating scale,which belongs to the LIP 500 series measurement system,designed for high-speed automation equipment and precision robots,providing micron-level resolution and low hysteresis response,and supporting real-time position calibration and vibration suppression in complex motion control.
2.Inference of key technical parameters
Measurement performance:
-Resolution:0.05μm(50 nm);
-System accuracy:±5μm/m(uncompensated error);
-Measurement range:Single segment maximum 1520 mm(expandable to 8 meters).
Physical characteristics:
-Packaging design:magnesium-aluminum alloy shell+floating installation mechanism(IP65 protection level);
-Installation tolerance:axial±0.25 mm,transverse±0.4 mm(compatible with flexible rail system).
Interface and communication:
-Digital output:RS-422 differential signal(anti-long-distance interference);
-Incremental signal:5 V TTL level(compatible with PLC direct input).
3.Core technology advantages
High-speed dynamic response
-Maximum tracking speed is 150 m/min,suitable for high-speed servo motor drive system;
-Hysteresis time:<0.5 ms(real-time feedback suppresses vibration).
Lightweight design
-Overall weight≤1.2 kg/m(reduce the inertia of moving parts);
-Damping coating reduces mechanical resonance effects.
Anti-interference technology
-The light source uses blue light LED(to improve the light transmittance of the glass substrate);
-Signal processing:Adaptive filtering algorithm suppresses electromagnetic noise.
4.Typical application scenarios
Industrial robots
-The end positioning of parallel robots(suppresses the accumulated error of high-speed motion);
-Synchronous control of robotic arm for handling robots(multi-axis grating coordination).
Precision packaging equipment
-tension control of plastic film slitting machine(micrometer position compensation);
-Medical filling line positioning calibration(dynamic error correction in real time).