Categories
Product Selector
News
- Jan 15, 2020 Ultrasonic Flow Meters- Hiring versus Buying Bell Flow Systems offer hire kit, not only to help assist with the decision making process, but also to make these expensive flow measurement devices more accessible... Read more
- Nov 18, 2019 Heron Dipperlog now PFAS free All wetted materials used in the manufacture of these products are now PFAS free... Read more
- Sep 16, 2019 New TFX-5000 ultrasonic clamp-on Flow meters NEW DYNASONICS® TFX-5000 ULTRASONIC CLAMP-ON FLOW METERS WITH DATA LOGGING... Read more
Intrinsically Safe Modbus Ultrasonic Level Sensor
The new MNU IS combines the flexibility and programmability of Modbus sensors with the ability to be installed in Hazardous locations. As with all of APG’s Tank Cloud compatible Modbus sensors, both the application parameters (Distance, Level, or Volume settings) and sensor performance parameters (Pulses, Signal Strength, Averaging, etc.) can be configured via APG Modbus software. And with certifications from CSA, IECEx, and ATEX, the Intrinsic Safety rating of the MNU IS is valid all around the globe.
The MNU IS is also the first ultrasonic level sensor from APG to feature QuickMode. QuickMode powers up a sensor to take a specified number of measurements and return the average reading before sending the sensor back to a waiting state. Thus, rather than operating at continuous full power while taking constant readings, the MNU IS can be powered up at specific intervals, take a reading, and return to its semi-dormant waiting state.
Features of the Series MNU IS include:
◊ Transducer Frequency/Range: 69 kHz/1 - 7.5 Metres
◊ Mounting: 2" NPT (face), optional 3/4" NPT (back of housing)
◊ Accuracy: ±0.25% of detected range
◊ Output: Modbus, with optional lightning protection
◊ NEMA IP68-rated housing
◊ CSA, ATEX, IECEx Class I, Division 1 Intrinsically Safe certification
◊ Programmable with APG Modbus PC software and RST-6001, or RS485-to-USB converter
Tank Cloud compatible with RST-5003 or LOE web-enabled Modbus controller