NODING变送器P20-H00-1111技术参数
P20 |
H:4…20 mA 2-wire, -25…120 °C |
00:0...100 mbar -0,3/4 |
1:G1/2A DIN 3852 1.4404 |
1:FPM (Viton), Standard |
1:Connector EN 175301-803A IP 67 |
1:Potted electronic |
NODING变送器P20系列介绍
Front flush process connection
High overload capability
Dry ceramic sensor
Accuracy ≤ 0,2 %
Smallest measuring range: 0…50 mbar
Largest measuring range: 0…40 bar
Negative pressure measuring range: up to -1 bar
Analog output: 4…20 mA, 2-wires,…10 V, 3-wires
Optional for media up to 125 °C
Description
The P20 pressure transmitter model is designed for use in applications where media tend to deposit and clog the sensor. A compact front-flush process connection prevents hidden edges and drill holes, in combination with a resistant ceramic sensor, optimal cleaning and maintenance can be ensured. The capacitive measuring principle enables a very accurate and long-term stable measurement, even at lowest pressures and high overload resistance. The process connection is made of high-quality stainless steel 1.4404 and is therefore suitable for almost all media.
Applications:
Viscous and pasty media
Hygiene applications
Liquid media
Gaseous media
Aggressive Media
前齐平连接
高过载能力
干式陶瓷传感器
精度 ≤ 0,2 %
最小测量范围:0…50 mbar
最大测量范围:0…40 bar
负压测量范围:最高-1 bar
模拟输出:4…20 mA,2 线,…10 V,3 线
可选介质最高 125 °C
描述
P20压力变送器型号设计用于介质容易沉积并堵塞得传感器应用。与正面齐平的过程连接可防止隐藏的边缘和钻孔,结合耐腐蚀的陶瓷传感器,可以确保最佳的清洁和维护。电容式测量能够实现非常准确和长期稳定的测量,即使在最低压力和高过载电阻下也是如此。 过程连接由优质不锈钢1.4404制成因此适用于几乎所有介质。
应用:
粘性和糊状介质
卫生应用
液体培养基
气体介质
NODING变送器P20系列其他常用型号:
NODING P20-H00-1111
NODING P20-H10-1111
NODING Transmitter NEW + ORIGINAL+ ONE YEAR WARRANTY
爱泽工业成立于2010年,定位于向制造工业提供高端制造技术和设备。代理经营世界优质的电气自动化、机械与传动、流体控制、仪器仪表、工具等产品。作为电气,液压以及气动解决方案的合作伙伴,我们利用我们的全球协作团队,为客户提供先进解决方案,市场知识以及相关增值服务来帮助优化客户的工作效率,提高可靠性和安全性,致力于成为工业产品和解决方案的优质渠道。
如果有任何关于NODING变送器P20-H00-1111的疑问,请随时与我们沟通(021-31006702)。我们将尽全力解决您的问题。
If you have any question for NODING products, please feel free to dial 0086-21-3100 6702/ send request email to sales@ize-industries.com / browse our website:www.ize-industries.com.
NODING变送器P20-H00-1111技术参数及选型