Rated input: 3-phase 3-wire mode, 3-phase 4-wire mode;
380, 400, 415, 480 VAC, 220, 230, 240, 277 VAC.
Ideal for Monitoring 3-phase Power.
Supplies for Industrial Facilities and Equipment.
Greater resistance to inverter noise.
Monitor overvoltages and undervoltages for three-phase,
3-wire or 4-wire power supplies KS1-AA1T PDF datasheet.
DIP switch setting for 3-phase 3-wire or 3-phase 4-wire,
power supply KS1-AA1T
Two SPDT output relays, 5 A at 250 VAC (resistive load).
Separate outputs possible for overvoltages and,
undervoltages.
World-wide power specifications supported by one Unit,
(switchable using DIP switch).
Relay status can be monitored using LED indicator. Input type: NPN/ voltage pulse input type KS1-AA1T PDF datasheet.
Event input terminal 5 points (HOLD, RESET, COMPENSATION) is equipped with.
External power supply DC12V80mA.
BCD+ transistor: -; NPN open collector (5 digit output +OUT5, OUT4, OUT3, OUT2, OUT1).
96 (W) * 48 (H * 95mm) depth.
Power supply voltage: AC100 ~ 240V.
High speed pulse.
Measuring, increasing or decreasing pulse meter.
Action determine the color, can switch the green / Red 2 kinds of color display KS1-AA1T PDF datasheet.
The best choice of rotating encoder and all kinds of ON/OFF pulse signal at high speed,
Cumulative pulse input is 50kHz, phase difference pulse isControl supply voltage: 110/220 VAC; Without voltage fluctuation compensation.
Operating current: 0.5 to 1 A.
Accurate Detection of Heater Element.
Burnout Regardless of Heater Capacities.
Accurately detects a burned heater element or elements incor,
porated by a molding machine or packing machine and outputs,
an alarm signal.
Precisely singles out the burnned element even if one heater el,
ement among several heater elements has been burned out KS1-AA1T PDF catalog.
Applicable to small- to large-capacity heater elements.
All K2CU-F large-capacity, built-in current transformer models,
work with booth single-phase and three-phase heaters KS1-AA1T PDF catalog.
Voltage fluctuation compensation function eliminates false,
alarms due to variations in the supply voltage.