SY JDM11-6H, JDM11-5H

JDM11-6H / JDM11-5H Digital Accumulation Counter User Manual

Model: JDM11-6H, JDM11-5H | Brand: SY

1. Prodott Aktarview

The SY JDM11-6H and JDM11-5H are versatile digital accumulation counters designed for industrial applications. These electronic counters feature a clear LED display, power failure memory, and a resettable function, making them suitable for various counting tasks. They can be configured for no-voltage counting (contact signal), voltage counting, or sensor-based counting.

Vidjo: Fuqview of the JDM11-6H Digital Counter, showcasinid-disinn u l-funzjonalità bażika tiegħu.

2. Speċifikazzjonijiet

KaratteristikaDeskrizzjoni
Tip6-digit Digital Accumulation Counter
Power Supply (Source)AC220V 50/60Hz (Common), also available in 38V, 24V, 110V, 12V, 6.3V
Count SignalSwitching type (Contact, Non-contact)
Count Speed10Hz (massimu)
Funzjoni tal-MemorjaPower failure memory recovery
Irrisettja FunzjoniManual reset button on front panel
WiriLED large screen
Provvisti DIYElettriku
ĊertifikazzjoniCE
Batterija InklużaNru
Kimika ta' tħassib kbirXejn

Dimensjonijiet

  • JDM11-5H: 96mm (Tul) x 46mm (Wisa') x 35mm (Għoli)
  • JDM11-6H: Front Panel: 57mm (Length) x 40mm (Width) x 31mm (Height). Overall Depth: 87mm. Terminal Height: 71mm. Terminal Width: 20.5mm. Terminal Height: 11mm.
Dimensions of JDM11-5H counter
Figure 1: JDM11-5H Counter Dimensions.
Front panel dimensions of JDM11-6H counter
Figure 2: JDM11-6H Front Panel Dimensions.
Wara view and terminal dimensions of JDM11-6H counter
Figure 3: JDM11-6H Rear View and Terminal Dimensions.

Associated Components (ExampIL)

  • Proximity Switches: E3F-DS30C4, NJK-5002C, LJ12A3-23Z-BX, E3F-DS30C4, CDD-40N, CDD11N, TL-W5MC1
JDM11-6H counter with E3F-DS30C4 proximity switch
Figure 4: JDM11-6H Counter with E3F-DS30C4 Proximity Switch.
JDM11-6H counter with NJK-5002C proximity switch, DC24V
Figure 5: JDM11-6H Counter with NJK-5002C Proximity Switch (DC24V).

3. Setup u Installazzjoni

Immuntar

The JDM11 series counters are designed for panel mounting. Refer to the dimension diagrams (Figures 1, 2, 3) for appropriate cutout sizes and mounting hole locations.

Istruzzjonijiet tal-Wiring

Ensure all power is disconnected before attempting any wiring. The counter features screw terminals for secure connections. Access the terminals by removing the rear cover (typically secured by 4 screws).

3.1. Nru Voltage Counting (Contact Signal)

This method is used when the counting signal is provided by a switch that does not supply voltage, such as a mechanical switch, micro switch, travel switch, button, or a 2-wire proximity switch.

  • Connect the counting signal to terminals 1 and 2.
  • Connect the working power supply to terminals 3 and 4.
Wiring diagram for no voltage counting and voltage counting
Figure 6: Wiring Diagram for No Voltage Counting (Contact Signal) and Voltage Counting (Voltage Signal).

3.2. With Voltage Counting (Voltage Signal)

This method is used when the counting signal itself carries a voltage, such as a power-on signal, level signal, pulse signal, or PLC signal. It is critical that the counting voltage u l-provvista tal-enerġija voltage huma konsistenti.

  • Qabbad il-voltage signal to the appropriate input terminals as indicated in the wiring diagram (Figure 6).
  • Ensure the working power supply is connected to terminals 3 and 4, matching the signal voltage.

3.3. Sensor Counting

For sensor-based counting, a sensor (e.g., photoelectric switch, proximity switch, Hall switch, magnetic switch) is used. NPN normally open sensors are generally recommended.

  • Connect the sensor's output to terminals 1, 2, and 3 as shown in the diagram.
  • Connect the working power supply for the counter to terminals 4 and 5.
  • The sensor itself typically requires a DC6-36V power supply.
Wiring diagram for sensor counting with PNP type sensor
Figure 7: Wiring Diagram for Sensor Counting (PNP Type Sensor).

4. Istruzzjonijiet Operattivi

4.1. Ixgħel

Once correctly wired and mounted, apply power to the counter. The LED display will illuminate, typically showing '000000' or the last saved count if power failure memory is active.

4.2. Counting Operation

The counter will accumulate counts based on the input signals received through the configured wiring method (contact, voltage, or sensor). Each valid signal pulse will increment the displayed count.

4.3. Resetting the Counter

To reset the displayed count to zero, press the 'RESET' button located on the front panel of the counter.

4.4. Power Failure Memory

The JDM11 series counters are equipped with a power failure memory function. In the event of a power outage, the last recorded count will be retained and automatically restored when power is re-established.

Intern view of counter highlighting smart chip and power failure memory
Figura 8: Intern view highlighting the smart chip for power failure memory.

5. Manutenzjoni

  • Keep the counter clean and free from dust and debris. Use a soft, dry cloth for cleaning.
  • Ensure all wiring connections remain secure. Periodically check screw terminals for tightness.
  • Avoid exposing the device to excessive moisture, extreme temperatures, or corrosive environments.
  • Do not attempt to open the device for internal repairs unless you are a qualified technician.

6 Issolvi l-problemi

  • Counter not displaying or not powering on:
    - Check the power supply connection to terminals 3 and 4. Ensure the voltage matches the counter's specified input (e.g., AC220V, DC24V).
    - Verify that the power source is active.
  • Counter not counting:
    - Confirm that the counting signal is correctly wired to terminals 1 and 2 (for contact/voltage signals) or 1, 2, 3 (for sensor signals).
    - Ensure the type of counting signal (no voltage, voltage, or sensor) matches the wiring configuration.
    - For voltage counting, verify that the counting signal voltage is consistent with the counter's power supply voltage.
    - For sensor counting, check if the sensor is properly powered (DC6-36V for NPN normally open) and functioning correctly. Ensure the sensor is detecting objects within its sensing distance.
    - Check if the count speed of the input signal exceeds the counter's maximum (10Hz).
  • Incorrect count:
    - Mill-ġdidview the wiring for any loose connections or short circuits.
    - Ensure the input signal is clean and free from electrical noise that could cause false counts.
  • Reset button not working:
    - Ensure the button is not physically stuck. If the issue persists, contact support.

7. Għajnuniet għall-Utenti

  • Ivverifika l-Wiring: Always double-check your wiring against the diagrams provided for your specific counting method (no-voltage, voltage, or sensor) before applying power. Incorrect wiring is a common cause of malfunction.
  • Għażla tas-Sensor: When using a sensor, ensure it is compatible with the counter (e.g., NPN normally open) and that its power supply is correctly provided and matches the counter's requirements if applicable.
  • Konsiderazzjonijiet Ambjentali: While robust, protecting the counter from excessive dust, moisture, and vibration will prolong its lifespan and ensure reliable operation.

8. Garanzija u Appoġġ

For warranty information, technical support, or service inquiries, please contact the seller or manufacturer directly. Keep your purchase receipt or order details handy when contacting support.


CNAON JDM11-6H Electronic Counter Feature Demonstration | Digital Display Counter with Power-Off Memory

CNAON JDM11-6H Electronic Counter Feature Demonstration | Digital Display Counter with Power-Off Memory

0:48 • 720×960 • demo_tal-karatteristika

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