Input type: NPN/ voltage pulse input type.
Event input terminal 5 points (HOLD, RESET) equipped with.
External power supply DC12V80mA.
Note: K3HB-RPB-A, K3HB-RNB-A is not equipped with event input.
BCD+ transistor: -- NPN open collector (5 bit output +HH, H, PASS, L, LL).
96 (W) * 48 (H * 95mm) depth K3GN-NLC-FLK DC24V PDF.
Power supply voltage: AC100 ~ 240V.
Measurement of 2 points through the speed, time, or cycle of the digital time interval table K3GN-NLC-FLK DC24V
Action determine the color, can switch the green / Red 2 kinds of color display.
Measurement of wide range of pulse interval time.
Measuring, calculating and displaying the pulse interval between 2 points.
Pulse to pulseType of input: AC voltage input.
Output type: relay contact; 1c HH; PASS, H, L, LL: each 1a K3GN-NLC-FLK DC24V PDF.
Event input terminal 5 points (TIMING, S-TIM, HOLD, RESET, ZERO) is equipped with.
External supply 80mA DC12V.
Power supply voltage: AC100 ~ 240V.
96 (W) * 48 (H * 95mm) some models are not equipped with depth.
The most suitable voltage and current signal simulation, measurement and display, identification of the panel table.
Action determine the color, can switch the green / Red 2 kinds of color display K3GN-NLC-FLK DC24V PDF.
Equipped with the sub pressure gauge for monitoring the operation trend.
External event input can be applied to a variety of measurement and identification situations.
DeviceNet type systemType of input: platinum resistance / thermocouple input.
Event input terminal 4 points (TIMING, S-TIM, HOLD, RESET) is equipped with.
Linearity: voltage; NPN open collector (HH, H, PASS, L, LL).
96 (W) * 48 (H * 95mm) depth.
Power supply voltage: AC/DC24.
Temperature indicator andd measurement of various processes K3GN-NLC-FLK DC24V datasheet.
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 reesolution K3GN-NLC-FLK DC24V datasheet.
Thermocouple sensor (full range) to support the resolution of 0.1.
The temperature input compensation can be easily set by 2 points.
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