Digital Counter, 6 Digit, Up/Down, Number/Length/Batch

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$89.14

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Stock: In Stock
Model: RDDLZ-DIGC-FH6D
Weight: 1.00
SKU: RDDLZ-DIGC-FH6D

Available Options

Power Supply

Input Signal

Function

AL1

AL2

Communication Interface

External Power Supply

Dimension (W*H*L)

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Digital counter has 6 digit display, 4 kinds of up/down input modes, DC 12V/24V external power supply.

Features:

Digital counter accuracy: 0.01%, minimum resolution: 0.0001.
Input/output signals photoelectric isolated, anti-interference ability.
Input: 4 kinds of input modes, a variety of input signals, various waveform pulse, grating, proximity sensors, photoelectric sensors, contact switches, encoders, etc. (NPN, PNP).
Output: 8 kinds of output modes to select, up to 3 segments control output, suitable for various control requirements.
6 digit display, has external power supply DC 12V/24V/30mA especially for sensor.
Standard RS232 or RS485 MODBUS RTU communication, can be directly connected with computers, PLC or other equipments.

Specification:

Mode	RDDLZ-DIGC-FH8/FH7
Weight	300g
Accuracy	0.01%
Power supply	AC 90-260V, or AC/DC 12-30V/DC 24V, power dissipation≤5VA
Input signal	Pulse signal, square wave, sine wave, 5V≤H≤30V, 0≤L≤2V, rising edge trigger, frequency: 0.01~9KHz (square wave)
Counting rate	≤5000 CPS (switching input, software selectable), ≤2000Hz (encoder input)
Display counting range	-199999~999999
Ratio setting range	0.00001~99999.9
Input impedance	≥10KΩ
Relay output method	R, N, C, F, H, L (count), upper and lower limits alarm, capacity AC 250V/3A, DC 30V/3A COSΦ=1
Transmission output	4-20mA, 0-10V, etc. (range can be set)
Insulation resistance	≥100MΩ (between DC 500V power terminal and external terminal)
Dielectric strength	AC 1500V 1min (between power terminal and external terminal)
Environment	Ambient temperature: 0~50°C, relative humidity: 35~85%RH
External power supply	DC 12V±5%, 50mA max / DC 24V±5%, 30mA max
Protection class	IP65

Selection table:

Dimension (WHL)	Power supply	Function	AL1	AL2	Communication interface	External power supply	Input signal
7: 727280mm with hole size 67.567.5mm; 8: 964880mm with hole size 9245mm	V0: AC 90-260V; VE: AC/DC 12-30V, or DC 24V	C: Number/length; B: Batch; P: Position control	N: No output; R: Relay; S: SSR/LOGIC	N: No output; R: Relay; S: SSR/LOGIC	C0: No communication; C2: RS232; C4: RS485	A: DC 12V/30mA; B: DC 24V/30mA; C: DC 5V	I0: Two pulse inputs (encoder); I1: INA (one input for switching input)

Digital counter up/down input modes:
Mode A: Up (addition)
INA counts up. INB is GATE function. When INB is high level (or shorted with +12V), INA input is forbidden.

Mode B: Up/down (addition or subtraction)
INA counts up. INB is count-down control function. When INB is high level, INA turns count-up into count-down.

Mode C: Up/down (addition and subtraction)
INA counts up, INB counts down.

Mode D: Up/down (for encoder)
INA signal leads INB signal (count-up). INA signal lags INB signal (count-down). It is often used for encoder or grating input.

Wiring diagram:

Tips: Digital counter application in positioning and speed regulation of elevator
The leveling signal of elevator is obtained by the position sensors installed in the elevator well. When there are many floors, the number of such signals is large, and there are certain difficulties in equipment installation and maintenance. At the same time these signals take up a lot of PLC input port. If using PLC and high-speed counter for positioning, it can not only solve these problems, but also can achieve frequency control of elevator.
When the elevator is running, digital counter completes the counting work driven by the optical encoder. When the elevator car rises, digital counter counts up. When the elevator car goes down, digital counter counts down. The current value of the counter is the exact position of the car in the elevator well. In this way, the accurate positioning of the elevator is realized. This positioning method has the following functions: It realizes the floor digital display of the elevator lobby and car, determines the running direction, and determines the braking time of leveling.

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