Wiring distance: Standard usage, Wiring cable: 50 m max. Sensing Bands: 10 m max.
Disconnection detection: Not supported.
Socket terminals: Screw Terminal Block P2RF-08/-08-E.
Reliable Sensitive Liquid Sensors,
for Stable Detection of Liquid.
Chemicals with Low Conductivity,
and Water Leakage.
New models available that are compatible with Push,
In Plus Terminal Block Sockets K2CM-2H PDF.
UL listed when used with Push-In Plus Terminal,
Block Sockets K2CM-2H
Sensor disconnection detection (K7L-AT50D@/-UD@).
Models for long-distance wiring to 400 m.
Ribbon Electrode Bands and Point Sensors available. Input type: PNP input type.
Event input terminal 5 points (S-TMR, HOLD, RESET) is equipped with.
External power 80mA DC12V K2CM-2H PDF.
Note: K3HB-RPB-A, K3HB-RNB-A is not equipped with event input.
Linear: current; NPN open collector (HH, H, PASS, L, LL).
96 (W) * 48 (H * 95mm) depth.
Power supply voltage: AC100 ~ 240V.
Digital rotating pulse meter with high speed measurement for 50kHz.
Action determine the color, can switch the green / Red 2 kinds of color display.
Measurement of 50kHz high speed pulse K2CM-2H PDF.
Rotary encoder and a variety of ON/OFF pulse signal, the most up to 50kHz of high-speed pulseType: Medium-sensitivity models.
Sensed current: 200 mA/500 mA(switchable).
Type: Delayed models.
Operating time: 0.3/0.8 s (switchable).
Economical, Compact, High-performance,
DIN 48 × 48-mm Ground Fault Relay for Low,
Voltages.
Performs continuous monitoring and detection of ground faults,
in low-voltage circuits due to the deterioration of insulation in,
electrical devices.
Higher reliability ensured with improved resistance to high-fre,
quency noise when used for inverter looads K2CM-2H datasheet.
Ground Fault Relays and through-type ZCTs (zero-phase current,
transformers) are mutually compatible.
The through-type ZCTs are equipped with test terminals,
allowing operation tests for Ground Fault Relays to be performmed withease K2CM-2H datasheet. Wide Range of Nozzles for Optimal.
Ionization.
A wide range of nozzle variations.
High-frequency AC method with excellent ion balance.