QU-CD-720M card dispenser instructions Quick Ohm Küpper & Co. GmbH Address: Cronenfelder Straße 75, 42349 Wuppertal, Germany Tel: +49 202 40 43 0 https://quio-rfid.de/ E-Mail: kontakt@quio-rfid.
Content 1. Main characteristics ...........................................................................................................- 3 2. Main technical data ............................................................................................................- 4 3. Control interface.................................................................................................................- 4 3.1. TTL control interface (CN3) ................................................................
Watchdog of hardware and embedded operating system to ensure properly running; 4 Pre-dispense function accelerate dispensing speed; 5 Connectable with the vehicle detector to achieve card issuing and “one car, one card”; 6 Automatic buzzer alarm when no cards, fewer cards or failure.
3.1. TTL control interface (CN3) Pins Signal Definiens Signal Description 1 -24V Operating Voltage cathode 2 +24 VDC Operating Voltage anode 3 0 V(input and output ) Link with Operating Voltage anode 4 Pay out (out card signal) Input, Low-Level(min 200mS) effective 5 Reset( reset input) Input, Low-Level(min 200mS) effective 6 OV Link with Operating Voltage cathode 7 VD( loop detector input) Input, Low-Level (min 200mS) effective.
When the card dispenser reset, first sounds "toot, toot" for self-inspection. If there is card jam, the card will be automatically withdrawn to card stores; If there is no problem, the motor will prepare to issue the card. The following situations will make the machine reset: a) When the machine is electrified; b) The card dispenser received Reset signal or press the Reset button of control panel. c) Pre- dispenser (failure) wrong over 100 seconds.
this two modes. Pre-reading dispense: DIP1 = ON, Payout signal and VD signal is effective, the card dispenser will send cards to the reader antenna location, then drive down OUTOK signal to wait for customers reading card. At this time, if the received callback signal and OUTOK will be high signal; If again received Payout signal, OUTOK cards will be to high signal and sent to card mouth, and then again driving OUTOK signal down until the card was taken before OUTOK signal turns high.
： 03（HEX） ，order frame over ： @□@□@ ，check code 3.5.3. Operation order The main frame sends the following orders to the dispenser and operates the relevant orders: orders ASCII Description Dispense the card DC The machine is ready and issue card after receiving the signal capture CP When the card is at the position of mouth, this order is to be operated Request flag RF Turn back to the real-time information of the machine reset st Operate reset order 3.5.4.
□ □ □: issuing a state-code information, ASCII code format : @ 'S' @ 'F' @ □ @ □ @ □ @ , order or check different pieces of code Notes: @ for the XOR operator. 3.5.6 The timing of communications between the host and the slave 3.5.6.1 Issuing order timing Host: “DC” ENQ Card dispenser: ACK/NAK 3.5.6.2 Withdrawing order timing host： “CP” ENQ card dispenser：ACK/NAK 3.5.6.3 Inquiry order timing Host： “RF” ENQ Card dispenser: ACK/NAK “SF□□□” 3.5.6.
Port NO. Card dispenser Working States Buzzer Output 1 Reset Consecutive ring "toot, toot" no 2 Lack card (can dispense card) Interval ring "toot” Lower 3 Jam card(can’t dispense card) Interval ring "toot, toot” 4 overtime error(can’t dispense card) Interval ring "toot, toot, toot” 5 warehouse full (can dispense card) Interval ring "toot, toot, toot, toot” 6 Empty Output Error Interval ring "toot, toot, toot, toot, toot” Lower 5. Operation and Maintenance 5.
2) Remove all loose cards from the unit. 3) When removing the jammed card, the card adjuster plate may need to be loosened. Do not use excessive force. Do not pry the plastic parts with any tools. 4) If necessary, re-adjust for card thickness and load tower with cards. 5.4 card thickness adjustment In order to meet different needs of the thickness, card thickness on the machine is adjustable.
machine/cabinet is opened for servicing. 2) Overcorrect protection to the mechanism must be provided by the host machine. 3) Servicing and maintenance staff must be adequately trained and aware of the hazards presented by the rollers and drive belts. The motor drives through a reduction gear creating sufficient torque to trap fingers, hair and clothing of the unwary.
