Yuan Nuo AW-A3001 Access Control Manual

AW-A3001 embedded door access control manual, introduces the product accessories list, board wiring terminal diagram, main board description, jumper description, indicator light description, operation instructions, technical parameters, interface definition, eight-bit rotary switch description, power on, open door, card download, precautions and other content.


Yuan Nuo AW-A3001 Access Control Manual - cover page
Brand
AW-A3001
Category
Anti-Theft Devices
Document type
User Manual
Language
Chinese
Pages
3
File format
PDF
File size
176 KB
Published
12 March, 2012
Updated
30 September, 2023
MD5 checksum
ED5A69EA6335F406B828BDECBE52A7E7

About this manual

This manual describes the AW‑A3001 embedded access control unit, including a complete accessory list, wiring terminal diagrams, and board indicator functions. It explains the connector pinouts, DIP switch address settings, and operation indicators such as power, data transmission, and door‑open LEDs.

Technical parameters are listed, covering rated voltage, current, dimensions, communication interface (RS‑485 9600 bps), maximum network size (32 devices), compatible card types, read distance, storage capacity, and environmental limits. Installation advice and a typical network topology diagram are also provided. This manual is written in Chinese.

What's inside

  • Accessory List
  • Wiring Terminal Diagram
  • Board Indicator Description
  • Interface Definition
  • DIP Switch Settings
  • Operation Indicators
  • Technical Parameters
  • Installation Notes
  • Typical Network Diagram

Specifications

Dimensions (L×W×H)80 mm × 40 mm × 20 mm
Rated Current280 mA
Maximum Network Devices32
Compatible Card TypesTI, EM
Card Read ModeRead‑only
Sensing Speed0.15 s
Card Storage Capacity1000 cards
Clock FunctionYes
Output ModeDry contact or pulse

Frequently asked questions

How many AW‑A3001 units can be connected in one network?

Up to 32 units can be networked together.

What does the green LED indicate?

The green LED lights when the door is opened.

How is the device address set?

The address is set using DIP5‑DIP1 switches; the binary value plus one gives the address.

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