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GE
Sensing & Inspection Technologies
Introduction
The T6613/6615
development kit is a
tool designed for
evaluating the
performance of the
T6613/6615 CO
2
sensor. In addition, this
kit can be useful in
developing software
and/or firmware for
use in communication
with the T6613/6615 sensor.
The T6613/6615 Development Kit provides a graphical interface to
display and record CO
measurements from the T6613/6615. The
2
software also allows for calibration of the sensor with respect to known
stable CO
reference gas. The kit contains a USB drive preloaded with
2
the necessary software. The sensor uses a special USB cable provided to
connect to a PC; it is NOT intended for use as a standard USB cable.
This kit is intended for use by engineers and technicians who have a
general understanding of electronics integration and/or communication;
it is not intended as an end product. Although the included T6613/6615
CO
sensor is a production PCB, it is not recommended to install it into a
2
final product for resale.
Key features include:
Accuracy specification of ±75 ppm with ABC Logic
Operates on standard 5.0 VDC UART communication compatible
with most microcontrollers
Tsunami-Lite software protocol for integration into existing software
CO
data logging and data export capability
2
Single point calibration
Complete software protocol documentation
Binary files to load commands to the sensor with any terminal
program
No external cables - powered from a standard USB port
USB Flash drive with all necessary software for operation and
development
Small profile of sensor allows for easy integration into any system.
Installing the T6613/6615 CO
and Software
The T6613/6615 development kit contains:
One non-standard USB cable for communication with T6613/6615
Note:
Do not attempt to use this cable as a standard USB cable.
One T6613/6615 CO
sensor
2
One 2 GB USB Flash drive with eCO2View software, drivers, user
manual, software protocol and code samples.
Hardware Installation
The T6613/6615 CO
OEM module is a sensor on a printed circuit board
2
and should be treated as carefully as any other printed circuit board. Take
appropriate precautions to prevent damage from electrostatic discharge,
mechanical stresses, and thermal abuse during installation. Please refer
to ANSI/ESD S20.20-1999 for more information on preventing ESD
damage, and to IPC-610 Rev D for more information on proper
electronic assembly practices.
Software Requirements and Installation
The software that comes with the T6613/6615 Development Kit has only
been tested on Microsoft Windows XP Professional, Service Pack 2.
While the software should work on all versions of Windows XP or later,
this cannot be guaranteed.
IMPORTANT:
Install the software before plugging the device into
the USB port. This will allow the software and USB-
serial drivers to be available before the device is
connected for the first time. If the device is plugged
in before the software is installed, it is recommended
that you unplug the device and restart the PC. Once
the PC has been successfully restarted, you can
install the software and plug the device in again.
The software comes on media that has an autorun.inf file in the root
directory. This file instructs the operating system to automatically load
all the files required. Insert the media into the PC and wait for the setup
program to start. Note that if you are using a Flash drive, you might first
be presented with the dialog box shown in Figure 1 on the next page. In
this case, select "Install T6613/6615 Development Kit" and click OK to
begin the installation process.
Telaire T6613/T6615 Series
Development Kit
User Manual
Sensor
2
T63172-002
January 2009
Page 1 of 9

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Summary of Contents for GE Telaire T6613 Series

  • Page 1 Telaire T6613/T6615 Series Development Kit Sensing & Inspection Technologies User Manual Introduction Installing the T6613/6615 CO Sensor and Software The T6613/6615 development kit is a The T6613/6615 development kit contains: tool designed for evaluating the • performance of the One non-standard USB cable for communication with T6613/6615 T6613/6615 CO Note: Do not attempt to use this cable as a standard USB cable.
  • Page 2: Installing The Device Drivers

    Next, plug the USB cable into the PC (Figure 6 below). Figure 2: Setup Wizard Window The Setup Wizard presents a number of dialogs. GE Sensing suggests that the user accept the default values. After the application software is loaded, the final dialog appears. Unless you want to load the device drivers manually, check the box “Load the...
  • Page 3 The iterated communications port balloon shown in Figure 10 above may or may not be displayed. However, it is important to find out to which serial port the USB driver has iterated. If you are unsure which COM port is associated with the USB port, you can find that information in the Hardware tab in the Systems Properties dialog.
  • Page 4 4. Click on the Device Manager button (Figure 15 below). If you are running this application for the first time, an error message appears that the communications port is not available. Continue running the application. In the eCO2View Settings menu (Figure 18 below), change the settings to the communications port to which the USB serial port driver iterated (Figure 19 below).
  • Page 5: Uninstalling The Software

    ABC Logic will create accuracy issues because it will try and make unnecessary adjustments. The 6613 module can be ordered with ABC Logic OFF. With ABC Logic OFF, GE Sensing suggests that you check the sensor’s calibration annually, and more often for harsh environments with high or low temperature, humidity, and/or dust.
  • Page 6: Single Point Calibration

    Sensor Pin Out: Note: During testing and development, it is recommended to turn the ABC Logic OFF. This can be easily done from the eCO2View The connector for the sensor is designated connector J1. The pin out is: program, under the “ABC_Logic” menu. Otherwise, after long term operation, the sensor will try to add correction values, which could prolong testing and corrupt logged data.
  • Page 7: Commonly Used Commands

    Communication with the T6613/6615 Verify Single Pt PPM equals 600 (= 0x0258): This is the second step in a single point calibration. This The T6613/6615 CO sensor has a whole syntax of commands for added command will verify a Set Single Pt PPM command, versatility in applications.
  • Page 8: Appendix A: Basic Code Examples

    RS-232 debug tool or monitor is required to verify communication with normally. Then you send a command that forces the sensor into an error the sensor, and also for general-purpose development work. GE Sensing state. The sensor automatically recovers by resetting itself, and going recommends LookRS232 (http://www.lookrs232.com/).
  • Page 9: Appendix B: Top Level Bom Of T6613/6615 Development Kit

    (COM and LPT) menu under the Device Manager for the correct COM port number. To access the Device Manager, follow the procedure on page 3. GE Sensing will repair Telaire product that fails to meet the terms provided for in the Return and Warranty Policy Statement (See, http:// 5.
  • Page 11: Customer Service

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