Products Ethernet Terminals EP210
Ethernet Terminals
  ET214
  ET215
  ET216
  ET219
  ED210
  ED212
  EP210
  DCENET
Networked Terminals
Portable Data Collectors
User Programmable Terminals
Barcode Readers and Scanners
Time and Attendance Products
Software
Service and Tech Support
Application Notes
Information Request

EP210 Ethernet Peripheral
Now available with Power over Ethernet (PoE)

EP210 Ethernet Peripheral

CONTENTS
Overview
Theory of operation
Terminal Emulation
Network Interface
Operator Interface
Input / Output Options
Power Supply
Software
Physical Specifications
Datasheet (120k / PDF pdf)

Overview

The EP210 is a small, low cost, general purpose data collection peripheral device that communicates with a software application program over a TCP/IP network. It can decode input from a bar-code, mag-stripe or Wiegand card reader and convert it to an ASCII string. A serial RS-232 port allows communications with a serial device (scanner, scale, counter, etc.) over the network. In addition, digital I/O interface options include up to four (4) relay outputs and four (4) digital inputs with counters. The network interface supports both 10BaseT and 100BaseT Ethernet connections. Optional 802.11b/g wireless connectivity is also available.

The EP210 can be applied to a wide variety of applications such as:

  • Employee access systems
  • Member access systems
  • Member attendance systems
  • Membership attendance systems
  • member attendance tracking systems
  • Membership attendance tracking systems
  • Student access systems
  • Student attendance systems
  • Student attendance tracking systems
  • Student tracking systems
  • Casino player tracking systems
  • Seminar attendance tracking systems

Configurational options offer a wide range of solutions for data collection applications including:

  • Ethernet card reader
  • Ethernet badge reader
  • Ethernet ID reader
  • Ethernet ID card reader
  • Ethernet RFID reader
  • Ethernet RFID card reader
  • Ethernet Prox reader
  • Ethernet Prox card reader
  • Ethernet proximity card reader
  • Ethernet Smart card reader
  • Ethernet Mifare reader
  • Ethernet Mifare card reader
  • Ethernet barcode card reader
  • Ethernet barcode badge reader
  • Ethernet bar code card reader
  • Ethernet bar code badge reader
  • Ethernet bar code ID reader
  • Ethernet credit card reader
  • Ethernet mag-card reader
  • Ethernet mag-stripe card reader
  • TCP/IP card reader
  • TCP/IP badge reader
  • TCP/IP ID reader
  • TCP/IP ID card reader
  • TCP/IP RFID reader
  • TCP/IP RFID card reader
  • TCP/IP Prox Reader 
  • TCP/IP Prox card reader
  • TCP/IP proximity card reader
  • TCP/IP Smart card reader
  • TCP/IP MiFare reader
  • TCP/IP Mifare card reader
  • TCP/IP barcode card reader
  • TCP/IP barcode badge reader
  • TCP/IP bar code card reader
  • TCP/IP bar code badge reader
  • TCP/IP bar code ID reader
  • TCP/IP credit card reader
  • TCP/IP mag-card reader
  • TCP/IP mag-stripe card reader

Theory of Operation

When the EP210 is connected to an Ethernet network it sends data to and receives commands from a user program. Reader input is decoded and forwarded to the application program. Likewise, the application program can send data to or receive data from the serial port. The digital I/O features allow the software to control the relay outputs and query the counter inputs.

Decoder Emulation

The EP210 has two (2) emulation modes, the "Virtual Terminal Command" (VTC) mode and the "ANSI Emulation Mode". The VTC mode provides a unique but simple protocol that eliminates the need to know all the particulars of the lower level ANSI protocol. The ANSI emulation mode is a subset of the standard ANSI terminal protocol. For more information on these emulation modes see the "Software Interface" section.

Network Interface

The EP210 connects to a 10BaseT or 100BaseT hub (or switch) via a standard RJ-45 Ethernet (CAT 5) cable. From a network perspective it occupies a single "socket" at a specified TCP/IP address and port number. The device must be configured with a unique IP address, net mask, and port number BEFORE it is installed on the network (see "Network Configuration"). The host software communicates with the EP210 by establishing a connection with the terminal and then sending and receiving ASCII text command strings (see "Software Interface").

In addition to the primary TCP/IP network port the EP210 supports an additional Telnet port (port 23). This port can be used by a Telnet client for remote configuration and control using the "Telnet Command Mode". An "Aux Command Mode" is also provided to allow initial and local configuration using the serial RS-232 port on the EP210. The "Telnet Command Mode" and the "Aux Command Mode" allow all of the VTC commands to be executed.

Operator Interface

The EP210 typically includes a bar-code or mag-stripe reader for operator input. Optional inputs include RFID or Wiegand card readers. In addition, bar-code wands or scanners can also interfaced to the decoder. Optional digital inputs with counters and software controlled relay outputs provide machine control interface for an external device.

Input / Output options

Several input/output options are available as follows:

Barcode Input
The barcode decoder input option allows one (1) or optionally two (2) bar-code input devices to be interfaced to the EP210 decoder. Decoded input is converted to an ASCII string and appended with an automatic "Enter" (<CR>) code. The EP210 will automatically discriminate and decode Code 39, Code 128, Interleave 2/5, Codabar, and UPC/EAN symbologies. Available input scanning devices include wands, slot readers, and wand emulating CCD or laser scanners.

Barcode

Mag-Stripe Input
The mag-stripe decoder input option allows either a single or dual track magnetic card reader to be supported. Either single Track #1 or Track #2 reader can be decoded and the input is converted to an ASCII string and appended with an automatic "Enter" (<CR>) code. If a dual track reader is installed track #1 will be decoded first and if it fails track #2 will be decoded.

Magstripe

Prox-Card (RFID) Input
The optional RFID proximity card reader configures the EP210 to read proximity cards.

Proxcard

Serial Port
The serial RS-232 port is used to initially configure the EP210 via the "Aux Command Mode" which provides local communications with a terminal or laptop computer. The serial port can also be used to interface serial devices like scales, scanners, counters and other machines with the application software over the network. Input on the serial port is forwarded as an ASCII string to the application program. Software can direct output data to the serial port to support an attached device such as a serial strip printer. Access to the serial port is provided by a DB9M connector configured as a DTE device.

Digital Input Option
The digital input option provides four (4) solid state relay (SSR) inputs which can be read under software control. In addition, each input will increment an eight (8) digit counter which can be read/cleared under software control. Activation voltage for each input must be between 5 - 24 Vdc or they can be optionally configured to support a "dry contact" input. The digital inputs are "debounced" and must be active for at least 20 milliseconds and inactive for at least 20 milliseconds. Therefor, to accurately increment the counter the maximum count frequency is 25 counts/second.

Relay Output
The EP210 can be equipped with four (4) solid state relay (SSR) outputs that can be individually activated under software control. Relay controls include "On", "Off" and "Pulsed" for a specified amount of time. Each relay has a single "form A" contact rated at 10va (100vdc, 100ma.) maximum. If larger loads must be controlled use of an external relay is required. The relay outputs can be optionally configured to directly activate an external 12Vdc relay. For more information on external connections see application note AN0202.

Power Over Ethernet

Optional Power Over Ethenet (PoE) is now available.

Power Supply

The EP210 is powered by a 12Vdc power adapter that plugs directly into a 120vac receptacle. Typical power consumption is less than 6 watts. Attaching optional input devices (laser scanners, card readers, etc.) can increase the power consumption slightly. Alternate power supplies are available for international customers or the EP210 can be powered using a 12Vdc supply connected to the power jack.

Software Interface

Software communications with the EP210 is simple and straight forward. The primary TCP/IP port is used for communications with the user application program. Normally, the host software (client) is responsible for establishing a network connection with the EP210 (server) on a specified port. Alternately, the EP210 can be configured to automatically establish a connection (client) with a host computer application (server) using the SERVER parameter (see "Setup & Configuration" section).

Once the connection is established the host application software can send data to and receive data from the decoder. Typically, the data transfer is accomplished in ASCII character strings to minimize network packet traffic. The communications protocol is determined by the emulation mode (see MODE parameter) and can be changed dynamically by the host software

Physical Specifications

  • Serial Port Input/Output (RS-232)
  • Bar-code decoder interface (single or dual)
  • Optional Magnetic stripe card reader interface (Trk 1 and/or Trk 2)
  • Optional Wiegand card reader interface (26 bit)
  • Optional Digital Inputs (4) with Counters
  • Optional Relay control outputs (2 or 4)
  • Dimensions:
       No slot reader: 84mm wide x 30mm height x 129mm depth
       Bar-code slot reader: 84mm wide x 60mm height x 129mm depth
       Mag-stripe reader: 84mm wide x 58mm height x 129mm depth
  • Weight:
       No slot reader:
       Bar-code slot reader:
       Mag-stripe reader:
  • Power Consumption: Standard Unit - 6 Watts (max)
  • Temperature Ranges
       Operating: 0ºC to 60ºC (32ºF to 140ºF)
       Storage Temperature: -30ºC to 70ºC (-20ºF to 158ºF)
 
 Go to top of page  © 2007 ComputerWise Inc.