鑫精诚XJC-S09-A-OP压力传感器
供稿:深圳市鑫精诚科技有限公司
关键字:鑫精诚,XJC-S09-A-OP,压力传感器
- 产品简介:
- 鑫精诚,XJC-S09-A-OP,压力传感器
产品介绍
特点 Feature
◆XJC-S09-A-OP采用高精度电阻应变式原理
◆可满足 49N-1.96KN范围内的力测量。
◆不锈钢材料,密封焊接,防油、防水、耐腐蚀
◆S型结构设计,压式承载,安装使用方便灵活。
◆安全防爆型产品,可用于恶劣环境及危险性场合。
◆铝合金/不锈钢材料
◆体积小巧,外型美观
◆动态响应频率高,高精度。
◆XJC-S09-A-OP adopts high-precision resistance strain principle
◆Meet force measurement in the range of 4.9N-1.96KN.
◆ Stainless steel material with sealed welding, oil, water, corrosion resistance
◆S-type structural design, pressure-bearing, easy to install.
◆ Safe and explosion-proof product suitable for harsh environments and dangerous situations.
◆ Aluminum / stainless steel
◆ Small size, beautiful appearance
◆ High dynamic response frequency
技术参数(Technical parameters):
量程 Capacity | 0-(4.9N-196.0N) (500G-20KG) | 材质 Material | 不锈钢Stainless steel | |
精度 Accuracy | 0.3% F.S. | 输出灵敏度 Rated output | 2.0mV/V | |
使用电压力 Recommended excitation | 5V | 最大使用电压 Maximum excitation | 10V | |
固有频率 Natural frequency | ≥2KHZ | 温度补偿范围 Compensated temp range | - 10 ~ 40 ºC | |
滞后 Hysteresis | 0.02% F.S. | 工作温度 范围 Operating temp range | - 20 ~ 60 ºC | |
重复性 Repeatability | 0.02% F.S. | 绝缘电阻 Insulation | ≥5000MΩ/100VDC | |
输入阻抗 Input impedance | 350 ± 30 Ω | 输出阻抗 Output impedance | 350 ± 10 Ω | |
蠕变 (30分钟) Creep (30min) | 0.02% F.S. | 温度灵敏度漂移 Temp effect on output | 0.02% F.S. / 10ºC | |
零点输出 Zero balance | ± 2% F.S. | 零点温度漂移 Temp effect on zero | 0.02% F.S. / 10ºC | |
安全超载 Safe load limit | 150% | 极限超载 Ultimate load limit | 200% | |
电缆线尺寸 Cable size | ∅2 x4m | 使用寿命 Life | 满量程100万次以上 Full scale more than 1 million times | |
电缆线连接方式 Cable connection | Ex + : 红 Red; Ex - : 黑 Black; Sig + : 绿 Green Sig - : 白 White |
主要应用 Applications
汽车,医疗,机器人,电子,机械设备,自动化设备等
Automotive, medical, robot, e l e c t r onic, mechanical equipment, automation equipment, etc.
例如:按键手感度测试仪,冷热压机压力检测,机器人手抓力等安装空间小的力值检测领域
Force measurement in small space installation, such as feeling tester for keyboard switch, compression force measurement for hot and cold lamination machine, and grasping force measurement for robotic hands.