telaire 6613 co 2 module small, compact co 2 module designed to integrate into existing controls and equipment the telaire ? 6613 co 2 module is designed to meet the volume, cost, and delivery expectations of original equipment manufacturers (oems). the module is ideal for customers who are familiar with the design, integration, and handling of electronic components. all units are factory calibrated to measure co 2 concentration levels up to 2000 and 5000 ppm. telaire dual channel sensors are available for higher concentrations. telaire ? offers high-volume manufacturing capabilities, a global sales force, and additional engineering resources to support your sensing application needs. features ? an affordable gas sensing solution for oems. ? a reliable sensor design based on 15 years of engineering and manufacturing expertise. ? flexible co 2 sensor platform designed to interact with other microprocessor devices. ? eliminates the need for calibration in most applications with telaires patented abc logic? software. lifetime calibration warranty. a mphenol advanced sensors ?
telaire 6613 co 2 module specifcations method non dispersive infrared (ndir), gold plated optics, diffusion or fow through sampling (with telaires patented abc logic self calibrated algorithm) measurement range 0 to 2000 ppm** dimensions 2.25 in x 1.365 in x 0.60 in (57.15 mm x 34.67 mm x 15.24 mm) accuracy* ? 400-1250 ppm 30 ppm or 3% of reading, whichever is greater* ? 1250-2000 ppm 5% of reading + 30ppm* temperature dependence 0.2% fs per c stability < 2% of fs over life of sensor (15 year typical) pressure dependence 0.13% of reading per mm hg calibration interval not required response time < 2 minutes for 90% step change typical signal update every 4 seconds warm up time ? < 2 minutes (operational) ? 10 minutes (maximum accuracy) operating conditions ? 32f to 122f (0c to 50c) ? 0 to 95% rh, non condensing storage conditions -40f to 158f (-40c to 70c) output digital uart @ 19200 baud (please call for detailed product specifcations). i 2 c slave up to 100 khz analog 0 to 4 vdc power supply requirements 5 vdc regulated (5%) power consumption ? 0.90 watts peak ? 0.165 watts average interface connections designed for 12 pin male header with 0.1 in (2.54 mm) spacing. header not included. flow rates (via flow ports) flow through version 40 to 50 cc/min warranty terms 12 months *tolerance based on span gas of 2% ** subjecting sensors to environments less than 400 ppm for more than 15 minutes may affect accuracy due to abc logic algorithm. 0.38 in (9.65 mm) 1.24 in (31.5 mm) 1.365 in (34.67 mm) 2.25 in (57.15 mm) 1.125 in (28.575 mm) 0.15 in (3.81 mm) 1.75 in (44.45 mm) 2 mounting holes ?.105 (2.667) 0.062 in (0.1575 mm) 0.54 in (13.7 mm) 0.60 in (15.24 mm)
automatic background logic, or abc logic, is a patented self-calibration technique that is designed to be used in applications where concentrations will drop to outside ambient conditions (400 ppm) at least three times in a 14 day period, typically during unoccupied periods. *full accuracy to be achieved utilizing abc logic. with abc logic enabled, the sensor will typically reach its operational accuracy after 25 hours of continuous operation at a condition that it was exposed to ambient reference levels of air at 400 ppm 10 ppm co 2 . sensor will maintain accuracy specifcations with abc logic enabled, given that it is at least four times in 21 days exposed to the reference value and this reference value is the lowest concentration to which the sensor is exposed. abc logic requires continuous operation of the sensor for periods of at least 24 hours. note: applies when used in typical residential ambient air. consult telaire if other gases or corrosive agents are part of the application environment. pin designations connector pinout function a tx (uart) b rx (uart) c v+ (5 vdc) 1 v+ (5 vdc) 2 gnd 3 gnd 4 av out (0 to 4 vdc) 5 i 2 c scl 6 no connect 7 i 2 c sda 8 no connect 9 no connect 10 tx (uart) 11 rx (uart) 12 gnd module 6613-f (flow through) the diffusion membrane is replaced with a non- permeable seal. the two fow ports can be used for fow through sampling. flow rate of 50 cc/min recommended. handling and installation the t6613 co 2 oem modules are infrared gas sensors on a printed circuit board and should be treated carefully. precautions should be taken to observe specifed limits and prevent damage from electrostatic discharge or rough handling. please refer to ansi/esd s20. 20-1999 for more information on preventing esd damage and ipc 610 rev d for more information on proper electronic assembly practices. calibration telaire does not recommend the customer recalibrate the t6613 module after installation. the sensor abc logic algorithm will begin after 24 hours, adjusting the sensor measurement resulting in sensor-to-sensor consistency. if immediate consistency is desired, the sensors may be single point calibrated using pre-mixed reference gas or ambient air measured by a reference sensor. available models part number sampling method measurement range t6613 diffusion 0-2,000 ppm t6613-f flow through 0-2,000 ppm t6613-c diffusion with gas ports 0-2,000 ppm t6613-r12 diffusion, 12 second rate 0-2,000 ppm t6613-5k diffusion 0-5,000 ppm t6613-5kf flow through 0-5,000 ppm T6613-5KC diffusion with gas ports 0-5,000 ppm
aas-920-448j-09/2014 www.amphenol-sensors.com ? 2014 amphenol corporation. all rights reserved. specifcations are subject to change without notice. other company names and product names used in this document are the registered trademarks or trademarks of their respective owners. a mphenol advanced sensors www.telaire.com
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