KM50-E1-FLK User's Manual ()

Rated primary current: 5 A.
Rated secondary current: Special output.
Installation: Installed separately.
High-performance Power Monitor Suitable for On-panel Mounting and Display.
Assists Energy-saving Analysis.
Energy classification for wasted standby and stopped power.
(Classification based on external inputs is also supported KM50-E1-FLK User's Manual. )
Power and current can be measured simultaneously KM50-E1-FLK
Measurement of flow rates with a pulse conversion function.
Simple temperature measurements with Temperature Sensor included in the Unit.
High-precision Measurements.
Measurement of generated power (regenerative power),
leading reactive power, lagging reactive power, and consumed power.
Power measurements on the primary side of inverters,
which are widely used to save energy KM50-E1-FLK User's Manual.
Automatic range switching for accurate measurement of standby and stopped power.
Energy-saving Functions.
Conversion to monetary cost. (Also used for classified standby and stopped power.)
Alarm outputs can be selected for active power, reactive power,
regenerative power, current, voltage, or power factor.
The Power Monitor can log measurement data and supports Modbus communications KM50-E1-FLK User's Manual.
Installation and Settings.
Direct measurement of three-phase, four-wire, 400-V line voltage.
Simple measurements without voltage wiring.
Incorrect voltage wiring detection. Type of input: platinum resistance / thermocouple input.
Event input terminal 4 points (TIMING, S-TIM, HOLD, RESET) is equipped with.
Communication: RS-485; NPN open collector (HH, H, PASS, L, LL).
96 (W) * 48 (H * 95mm) depth.
Power supply voltage: AC100 ~ 240V.
Temperatture indicator and measurement of various processes KM50-E1-FLK Manual.
Action determine the color, can switch the green / Red 2 kinds of color display.
High speed sampling of 50 /s (20ms).
0.01 degree: platinum temperature resistance body Pt100 high resolution KM50-E1-FLK Manual.
Thermocouple sensor (full range) to support the resolution of 0.1.
The temperature input compensation can be easily set by 2 points