UHPPOTE UT0111-08X

UHPPOTE UT0111-08X Wiegand 26-bit 125KHz RFID Proximity Card Reader Instruction Manual

Model: UT0111-08X

Ro-ràdh

This manual provides detailed instructions for the installation, operation, and maintenance of the UHPPOTE UT0111-08X Wiegand 26-bit 125KHz RFID Proximity Card Reader. This device is designed for use in various access control applications, including parking systems, elevators, and logistics.

Nota Cudromach: This RFID reader functions as a component of an access control system and cannot operate independently. It requires connection to a compatible access controller.

Bathar seachadview

The UHPPOTE UT0111-08X is a middle-range RFID proximity card reader operating at 125KHz. It supports EM-ID cards and outputs data in Wiegand 26-bit format. The reading distance varies based on the card type and thickness.

Prìomh fheartan:

  • Data Output Format: Wiegand 26-Bit.
  • Card Type Support: 125KHz EM-ID Cards (EM4100/TK4100 compatible). Does not support encrypted cards such as HID, Indala, Cobra, APCiK, Paradox, Radio, or Honeywell.
  • Proximity Range: Varies from 30cm to 100cm (11.8 inches to 39.4 inches) depending on card quality and thickness.
  • Iarrtasan: Primarily used for parking, elevator, and logistics access control systems.
  • Togail: Plastaig casing with epoxy saturation, built-in antenna and buzzer.

Reading Distance Information:

The term "Middle Range" refers to the unit's capability when used with specific long-range cards (typically 2mm thickness). For standard EM cards, the reading range is as follows:

  • Special Long Range Card (2mm thickness): Up to 80-100cm (31.5-39.4 inches).
  • Normal 2mm/0.08" Thickness Card: Up to 60cm (23.6 inches).
  • 0.8mm/0.03" Thickness Card: Up to 40cm (15.7 inches).
  • Meur-chlàr: Approximately 30cm (11.8 inches).
Diagram illustrating RFID reading distances for different card types and keyfobs.

Ìomhaigh: This diagram illustrates the approximate reading distances for various card types and keyfobs with the UHPPOTE RFID reader. Distances range from approximately 1 meter for special long-range cards down to 30cm for keyfobs.

Sònrachaidhean

Decode Time<0.2s
ConaltradhWiegand airson 26 bit
Seòrsa cairtEM card, EM compatible card, EM4100/TK4100
Tricead125kHz
Astar inntrigidhCommon Card: 30-40cm (11.8-15.7 inches)
Long Range Proximity Card: 80-100cm (31.5-39.4 inches)
Solar cumhachd12VDC
Caitheamh gnàthaichteData transfer range: max. 80mA
Sruth-obrachaidh: <200mA
Teòthachd Obrach0°C ~ 70°C (32°F ~ 158°F)
Taiseachd obrachNas lugha na 80%
Meudan (LxWxH)230x230x35mm (9.06x9.06x1.38 inches)
StuthPlastaig casing & epoxy saturated
Feartan togteAntenna, Buzzer
Cuideam nì3.08 not
Modail ÀireamhUT0111-08X
UPC701385687977

Stàladh agus stàladh

Proper installation is crucial for the optimal performance of the RFID reader. This device is designed to be integrated into an existing access control system.

Stiùireadh uèiridh:

Connect the reader to your access controller using the provided wiring. Ensure all connections are secure and follow the color-coded scheme below. The reader requires a 12VDC power supply.

Air ais view of the UHPPOTE RFID reader showing wiring terminals and color codes.

Ìomhaigh: Cùl view of the RFID reader with clearly labeled wiring connections. The labels indicate Red for VCC +12V, Black for GND, Green for D0/RX/4R+, White for D1/TX/4R-, and Blue for LED/CS, Yellow for BEEP.

  • Dearg: VCC +12V (Power Supply)
  • Dubh: GND (Tìr)
  • Uaine: D0 / RX / 4R+ (Wiegand Data 0)
  • Geal: D1 / TX / 4R- (Wiegand Data 1)
  • Gorm: LED / CS (LED Control / Chip Select)
  • Buidhe: BEEP (Buzzer Control)

Diagram ceangail:

Refer to the following diagram for connecting the RFID reader to an access controller. This diagram illustrates a typical setup for a single door access control system.

Wiring diagram for connecting the RFID reader to an access controller.

Ìomhaigh: A detailed wiring diagram showing how to connect the RFID reader (both 'Card Reader In' and 'Card Reader Out' sections) to an access controller, including power supply, data lines (D0, D1), LED, and an exit button. It also includes an explanation of LED status indicators.

LED Status Explanation (as per diagram):

  • ANN: Light blink, valid card
  • SYS: Light blink, CPU runs normally
  • ERR: Light off, apparatus run normally
  • LINK: Green light flashes, the device already connect
  • ACHD: Orange light flashes, the device is processing data
  • POW: Red light on, go through the device
  • DRV: Yellow light on, door is open

Rabhadh: This device is static sensitive. Handle with care and ensure proper grounding during installation to prevent damage.

Stiùireadh Obrachaidh

Once properly installed and connected to an access controller, the UHPPOTE UT0111-08X reader operates by detecting compatible 125KHz EM-ID cards or keyfobs.

  1. Cumhachd air: Ensure the reader is powered by a stable 12VDC source. The LED indicator on the reader should show a status indicating normal operation (refer to the LED Status Explanation in the Setup section).
  2. Present Card: Hold a compatible 125KHz EM-ID card or keyfob within the reader's proximity range. The optimal reading distance varies by card type and thickness (see "Reading Distance Information" in Product Overview).
  3. Access Granted/Denied: The reader will transmit the card's data to the connected access controller. The controller will then process this information and determine whether to grant or deny access. The reader's buzzer may sound, and the LED indicator may change to signal a successful read or access event.
  4. System Response: The access controller will activate the connected lock or gate mechanism if access is granted.

The decode time for a card read is typically less than 0.2 seconds, providing quick authentication.

Cumail suas

The UHPPOTE UT0111-08X RFID reader is designed for durability and requires minimal maintenance. Follow these guidelines to ensure its longevity and reliable performance:

  • Glanadh: Gently wipe the reader's surface with a soft, dry cloth. Avoid using abrasive cleaners, solvents, or excessive moisture, which can damage the casing no co-phàirtean a-staigh.
  • Suidheachaidhean Àrainneachdail: Ensure the reader operates within the specified working temperature (0°C ~ 70°C) and humidity (less than 80%). Avoid exposing the device to extreme temperatures, direct sunlight for prolonged periods, or high humidity environments.
  • Dìon corporra: Protect the reader from physical impact or excessive vibration. The epoxy-saturated casing provides some protection, but severe impacts can still cause damage.
  • Ionracas uèirleas: Periodically inspect the wiring connections for any signs of wear, corrosion, or loose connections. Ensure all cables are securely fastened and protected from environmental elements if installed outdoors.
  • Dealan Statach: As a static-sensitive device, avoid touching internal components without proper anti-static precautions.

Fuasgladh thrioblaidean

If you encounter issues with your UHPPOTE UT0111-08X RFID reader, refer to the following common problems and solutions:

TrioblaidAdhbhar a dh’fhaodadh a bhith annFuasgladh
Reader is unresponsive / No power.Gun solar cumhachd, meud ceàrrtage, or loose wiring.
  • Verify the 12VDC power supply is connected and functional.
  • Check all wiring connections (Red for +12V, Black for GND) for security and correct polarity.
  • Ensure the power source is providing stable 12VDC.
Reader does not read cards.Incompatible card type, card presented out of range, or interference.
  • Confirm you are using a 125KHz EM-ID card (EM4100/TK4100 compatible). Encrypted cards (e.g., HID, Indala) are not supported.
  • Ensure the card is presented within the specified reading range (30-100cm).
  • Check for metallic objects or strong electromagnetic fields near the reader, which can cause interference and reduce reading range.
  • Verify data lines (Green D0, White D1) are correctly connected to the access controller.
Access is denied despite a successful card read.Issue with the access controller or card programming.
  • This reader only transmits card data. The access decision is made by the connected access controller.
  • Check the access controller's logs and configuration to ensure the card is properly enrolled and has appropriate access permissions.
  • Verify the Wiegand 26-bit communication between the reader and controller.
Reduced reading distance.Interference, card quality, or mounting location.
  • Avoid mounting the reader directly on or near large metal surfaces, as this can significantly reduce the reading range.
  • Ensure the card being used is of good quality and appropriate thickness for the desired range.
  • Check for other RF devices operating nearby that might cause interference.

Barantas agus Taic

For warranty information and technical support regarding your UHPPOTE UT0111-08X RFID Proximity Card Reader, please contact UHPPOTE customer service directly or refer to the official UHPPOTE website. Specific warranty terms may vary by region and purchase date.

When contacting support, please have your model number (UT0111-08X) and purchase details readily available.

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