The calibrated energy meter can be used to acquire and bill active energy in industrial, household, commercial and building management applications. 

Relevant values are transmitted to data logging, billing and optimizing systems, as well as to building automation and control technology applications, by means of a pulse output, or via LON, M-Bus or L-Bus interface. 

Installation itself is extremely simple because the meter detects connection errors, which are indicated immediately. Maximum convenience is assured by displaying active power, which provides immediate information regarding momentary circuit load. If more information about the electrical system is required, functionality is simply expanded.

• PDPI - Algorithm for Induction Heating Systems - see special items below
• pH-Value Control - see special items below
• Outputs configurable
• IP 67 protection
• 100 ms sampling cycle with integrated transformation for suppression of 50/60 Hz including harmonics up to the 13th harmonic
• PDPI control without overshooting
• Control parameter adaptation can be started at any time
• 2-step, 3-step, continuous action and step-action controller
• Program controller - 8 programs with 12 segments 
• Split range controller (discontinuous and continuous)
• Hot-runner control with actuating circuit and booster circuit
• Water cooling control (non-linear cooling effect with evaporation)
• Temperature limiter
• Data logger for actual values and setpoints 
• Alarm history with time stamp
• Infrared interface at front panel with optional adapter
• Password protection
• CompactConfig software tool
• Structured operating and programming system
• RS 485 Modbus interface (optional)
• Functionally compatible with R2400 electronic controller
• 3 Years Warranty
• Made in Germany

• Sensor input for thermocouples, Pt100, Ni100, direct current, direct voltage (optional)
• Thermocouple input immune to leakage current (up to 230 V)
• Suitable for zones with temperature rises of up to 100 K/s
• Monitoring for sensor failure, reversed polarity and short-circuiting
• Plausible regulated temperature becomes active in the event of sensor failure
• Setpoint ramps (up-down), proxy setpoint, setpoint limiting
• Heating circuit monitoring without additional transformer
• Heating current monitoring via external current transformer (optional)
• Numerous monitoring functions and alarms
• Current settings can be saved as user defined standard settings – default values can be restored