The environment in the measured media in waste water plants will often provide wear and tear very fast on pressure transmitters, but the Expert 3400D is designed for long life and a minimum of ongoing maintenance.
The Ceramic capacitive sensor will provide long life and very stable measurements.
The Modbus output signal allows the sensor to be directly connected to e.g. a front end PLC, provides extreme high precision on the measured values, simply by not having any loss or inaccuracy from converting the measured values from a digital to an analog signal and back.
Expert 3400D is UL-ATEX approved for usage in explosive hazardous areas; this will often allow the transmitter to work in waste water tanks or wells that are not constantly vented.
Expert 3400D is designed with no sharp edges, preventing particles or elements from the measured waste water to stick to the house.
The steel shielded PUR insulated cable provides a significant tensile strength, this is important as long term submerged item can risk having sludge or other elements settling in the pipe holding the transmitter.
The PPS material provides the body long lifetime even in environments containing aggressive chemicals; even ferric chloride.
Expert 3400D is developed by MJK in collaboration with one of the largest Aqua Culture companies in the world. The quest was clear – can you provide the well-proven quality of the 3400 but with ModBus signal.
The built-in Modbus communication allows the sensors to be connected to a network communicating directly to the front end interface. This reduces the investments compared to conventional signal installations.
This extremely stable device is easily adjusted on zero point as well as the measuring range for individual purposes, these adjustments can be handled on-site.
The PPS (Ryton) material provides the body a long lifetime and the ceramic capacitive sensor will provide long life and very stable measurements. The measuring accuracy is +/- 0.1%.
This is the perfect solution if you want steady, trustworthy measurement, even when submerged in salt Water.