Note: Always install the included diode across the lock terminals (in parallel) to absorb back-EMF surges and protect the keypad relay. 3. Programming and Configuration
Symptom: The keypad does not respond to any button presses or card swipes. Total loss of power or incorrect input voltage.
Secure the backplate to the wall using the provided anchors and screws, then attach the main controller housing. Terminal Wiring Code Reference The trailing wire harness on the back of the Go to product viewer dialog for this item. connects according to the following color and pin standard: Positive 12VDC Power Supply Input GND (Black): Negative Ground Return line
Connect the wire to the +12V output of your access control power supply.
End of the V2000-c RFID Access Control User Manual. V2000-c Rfid Access Control User Manual
In this article, we will provide a comprehensive guide to the V2000-C RFID access control system, including its features, installation, configuration, and operation. We will also cover troubleshooting and maintenance tips to ensure optimal performance.
Proper installation ensures device longevity and prevents electrical shorts that could damage the access control system. Mounting the Device
Cards can be assigned rapidly in succession or tied directly to individual slot indexes.
The V2000-C is a standalone RFID access control system designed for single-door security management. It combines an EM card reader with a keypad, allowing entry via card, PIN code, or a combination of both. This manual provides a complete guide to installation, programming, and operation. Note: Always install the included diode across the
Features an anti-tamper alarm and built-in buzzer. 2. Technical Specifications Operating Voltage: 12V DC (usually 12V-24V DC or AC) Card Type: 125kHz EM RFID Card/Fob Reading Distance: 3-6 cm Lock Output Load: Max 3 Amp Environment: -20°C to 60°C (-4°F to 140°F) 3. Installation Guide (V2000-c)
Installing and configuring the V2000-C RFID access control system requires careful planning and attention to detail. Here are the general steps involved in installing and configuring the system:
A proper wiring configuration prevents premature hardware failure and secures against bypass methods. Ensure the system power supply is completely disconnected before wiring the terminals. Terminal Label Function Description Connection Target 12V Positive DC Input Power Supply Positive (+) GND Ground/Negative Power Supply Negative (-) NC Normally Closed Relay Positive terminal of Fail-Safe Lock (Magnetic Lock) NO Normally Open Relay Positive terminal of Fail-Secure Lock (Electric Strike) COM Common Relay Terminal
You can assign unique User IDs (001 to 999 or higher) to keep track of individual tokens. Enter Programming Mode. Press 1 . Enter a 3-digit or 4-digit (e.g., 001 ) + # . Total loss of power or incorrect input voltage
Before powering up the system, verify the power supply is and ensure correct polarity connections.
Normally Open (NO) – Connects to Fail-Secure locks (unlocks when energized). White: Common (COM) – Relay common terminal.
This manual serves as a definitive resource for physical setup, initial programming, wiring layouts, and regular administration. Users looking to save a copy can access the official Obohands V2000-C Product Downloads for direct digital documentation. 1. Technical Specifications and Hardware Overview