Product Specifications Static measuring static control made Easy! A sensor that measures the electrostatic charge of a web can be added to the IQ Easy platform. The Sensor IQ Easy is a bar type device f that can hold op to 16 sensor heads. Each sensor head can be placed on a strategical position across the web to monitor the electrostatic charge. All data of each sensor head is communicated to the Manager f IQ Easy and stored for process monitoring. For dirty environments or for precautionary protection of the sensor heads, the Sensor IQ Easy bar is eguipped with a compressed air connection. Using only a very low pressure and air volume dirt entering the orifice of the sensors is prevented. IQ anti-static bars or IQ charging generators in the system can act on data received from a sensor. This makes it possible to control the static charge level on the web in real time using a closed loop feed back and correction routine. Data received from the Sensor heads can also be + used for guality control and process monitoring. It can be retrieved from + Connector the Manager IQ Easy through the standard Ethernet port Simco-lon Netherlands Working distance Housing material (Reinforced) plastic Standard Ml2 5 pins male Full web width charge monitoring Air purge to keep sensors clean 3 LED's (Power, Warning, Alarm) Measuring range Air purge to keep sensors clean Sampling rate Universal mounting brackets www.simco-ion.co.uk/our-products/static-measuring/sensor-iq-easy | Static measuring | Sensor IQ Easy - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + - + -

The Sensor IQ Easy is at least 366 mm long and can be up to When you want to order the Sensor IQ Easy, the desired length must first be determined. After that, you have to mark the positions on which a docking station has to be placed (up to 24 docking stations are possible), and then you have to determine on which positions a segment unit (sensor) has to be placed (up to 16 segment units are possible). This can be indicated on the product drawing that you can Total length = Last position number x 153 + 213 Number position Last position First possible position Number of Pitches (pitch segment...