HydroRanger 200 HMI is an ultrasonic level controller for up to
six pumps and provides control, differential control, and open
channel flow monitoring.
Benefits
Easy to use HMI display with local four-button programming, menu-driven parameters, and Wizard support for key applications
English, German, French, Spanish, Chinese, Italian, Portuguese, and Russian texts on the HMI
Removable terminal blocks for ease of wiring
Monitors wet wells, weirs and flumes
Digital communications with built-in Modbus RTU via RS 485
Compatible with SmartLinx system and SIMATIC PDM configuration software
Single or dual point level monitoring
6 relays
Auto False-Echo Suppression for fixed obstruction avoidance
Anti-grease ring/tide mark build-up
Differential amplifier transceiver for common mode noise rejection and improved signal-to-noise ratio
The Siemens SITRANS LUT400 series controllers are compact,
single point, long-range ultrasonic controllers for continuous
level or volume measurement of liquids, slurries, and solids, and
high accuracy monitoring of open channel flow.
Benefits
Small 1/2 DIN enclosure [144 h x 144 d x 146 w mm (5.7 x 5.7 x 5.75 inch)]
with standard universal mounting bracket for wall, pipe, and DIN rail, plus an optional panel mount
Easy to use HMI display with local four-button programming, menu-driven parameters, and Wizard support for key applications
English, German, French, Spanish, Chinese, Italian, Portuguese, and Russian texts on the HMI.
Level, Volume, OCM Flow monitoring
Three relays combined with a suite of pump, alarm, and relay control features
HART Communications
EDDs for SIMATIC PDM, AMS Device Manager, and Field Communicator 375/475, plus DTMs for FDTs (Field Device Tools)
Web browser for local programming from an intuitive web-based interface
Two discrete inputs for backup level override and pump interlock functions
Echo profile and trend views from the local display
Patented digital receiver for improved performance in electrically noisy applications (close proximity to VSDs)
Real time clock with daylight savings time, supporting an integrated datalogger
and energy saving algorithms for minimizing pump operation during high cost energy periods