EMS001 T20 Electromagnetic Lock System for basic feature
Model
EMS001 T20
Category Other Digital Door Locks
Model : EMS001 (T20)
Product Include : keypad controller / access card switch / magnet plate for wooden door / power supply / key switch / glass door magnet plate bracket
Specification:
- Working Voltage: DC 12V+10%
- User Capacity: 1000 users
- Working Current: < 100mA
- Reading Distance: 2-10cm
- Card Type: EM Card or MF1KA (Mifare)
- External Dimensions: 120mm x 78mm x 22mm
- Operating Temp: -10oC to 70oC
Interface Features
- Includes one set of WG26 (Wiegand 26) interfaces, allowing for the connection of an external Wiegand card reader.
- Alternatively, it can be configured for WG26 output, allowing this device to function as a standalone Wiegand card reader for a larger controller.
External Features & Design
- Card Reading Indicator Light (Top Left): The RF icon serves as a visual feedback area. It typically glows or flashes (usually green or red) to indicate whether a card swipe or PIN entry has been accepted or denied.
- ABS Plastic Material (Top Right): The housing is made of ABS (Acrylonitrile Butadiene Styrene). This material is chosen for its high impact resistance and toughness, ensuring the device can withstand daily wear and tear.
- Doorbell Button (Bottom Left): The button with the bell icon is a dedicated function key. When pressed, it triggers a wired doorbell or internal chime (if connected) to alert people inside that someone is at the entrance.
- Touch Password Keys (Bottom Right): Instead of physical buttons, the device uses a touch-sensitive numeric keypad. This prevents mechanical wear (buttons getting “stuck”) and provides a sleek, flat surface that is easier to clean.
Operational Modes
Because this device supports both EM and Mifare cards (as seen in your previous spec sheet) and has a full keypad, you can typically set it to one of three security modes:
- Card Only: Users just tap their RFID tag.
- Password Only: Users enter a 4–6 digit PIN code.
- Card + Password: For high-security areas, requiring both a physical tag and a known code.




