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1. a a BeanDevice AN 420 VERSIO WIRELESS DATA LOGGER WITH 4 20MR CURRENT LOOP INPUTS WIRELESS DATA LOGGER WITH 4 20MA CURRENT LOOP INPUTS RPPLICRTIONS FERTURED VIDEO o BeanDevice amp AN 420 Main presentation Video WZyear Warranty o BeanDevice AN 420 Configuration Video o BeanDevice AN 420 Wireless Range Video USER MANUAL o BeanDevice ProcessSensor user manual MECHANICAL DRAWING o BeanDevice AN 420 drawing 14 6 cm 3 35 cm MAC m made En MAIN FEATURES B Germany Wireless data logger with 4 20mA current loop inputs 4 channels Wireless transmission IEEE 802 15 4 with antenna diversity Integrated rechargeable Lithium lon battery Embedded data logger up to 1 million data points Integrated sensor power supply software configurable 4 5V to 20V a RETHINKING SENSING TECHNOLOGY Wanair a A BeanDevice AN 420 VERSIO WIRELESS DATA LOGGER WITH 4 20MR CURRENT LOOP INPUTS EMBEDDED DATA LOGGER UP TO 1 MILLION DATA POINTS The BeanDevice AN 420 integrates an embedded data logger which can be used to log data when a Wireless Sensor Networks can not be easily deployed on your site All the data acquisitions are stored on the embedded flash and then trans mitted to the BeanGateway whenever a Wireless Sensor Network is established The Datalogger function is compatible with all the data acquisition mode available on your BeanDevice AN 420 Lo
2. 25 C Sensor Power Supply specifications 4 5 Volts to 20Volts configurable from the BeanScape software 0 1 2 Watts RETHINKING SENSING TECHNOLOGY Wa nAir PR ahDevice AN 420 VERSION WIRELESS DATA LOGGER WITH 4 20MR CURRENT LOOP INPUTS _ _ a aby Process Over the air configuration OTAC parameters Data Acguisition mode e Low Duty Cycle Data Acquisition LDCDA Mode 1s to 24 hour SPS Sample Per Second e Alarm amp Survey mode 1s to 24 hour e Streaming Packet Mode 400 SPS maximum e Streaming Mode 100 SPS maximum Sampling Rate SPS samples per Minimum 1 SPS second Maximum 400 SPS maximum on each channels Alarm Treshold 2 high levels alarms amp 2 low levels alarms Sensor power supply 4 5 to 20 Volts Power Mode Sleeping Sleeping with Network Listening amp Active TX Power 7 dBm 1 dBm 5 dBm 11 dBm 15 dBm 18 dBm Wireless Protocol Stack IEEE 802 15 4 2006 version WSN Topology Point to Point Star Data Rate 250 Kbits s RF Characteristics ISM 2 4GHz 16 Channels TX Power 0 dBm to 18 dBm Receiver Sensitivity 95 5 dBm to 104 dBm Maximum Radio Range 1 Km L O S Antenna diversity 2 omnidirectional N Type antenna gain of 2 2 dBi IP67 Nema 6 m i II O OO y a Storage Capacity up to 1 million data points Wireless data dowloading 3 minutes to download the full memory average time E Enclosure Aluminum Watertight IP65 Nema 4 Fire P
3. l VISIT US Ra nAir RETHINKING SENSING TECHNOLOGY
4. CHNOLOGY Wa nAir PR ahDevice AN 420 VERSID WIRELESS DATA LOGGER WITH 4 20MR CURRENT LOOP INPUTS Process CONFIGURABLE SENSOR POWER SUPPLY M12 Plug Sensor Power supply 4 5 to 20V Sensor Signal 4 20 mA The sensor is directly powered by a high accuracy and adjustable DC DC converter integrated inside the device The excitation voltage is remotely configurable through the BeanScape 4 5 to 20V N Number of data acquisition channels 4 4 channels Product Reference BND AN420 NCH Example BND AN420 4CH BeanDevice AN 420 with four channels Analog data acguisition block specifications Analog current loop measurement Signal Conditionning Number of channels A D Converter Measurement range Non linearity error Measurement accuracy 25 C Sensor Connector 4 Channels 16 bits SAR Architecture Successive Approximation Register with temperature compensation 4 20 mA Current Loop measurement 0 5 LSB lt 0 1 when plugged on external power supply lt 0 08 when operating on battery power M12 5Pins coming with an IP rating IP67 Nema 6 Caption Pwr sensor power supply 4 5 to 20 Volts Gnd electrical ground Sens sensor signal input Sens Not used Sensor wiring code M12 Socket 1 Pwrt 2 Sens 5 Not connected Excitation voltage range Excitation voltage accuracy on full scale range 25 C Maximum Output Power
5. Device AN 420 Ref BND AN 420 4CH SK_BND_AN420_4CH_IND 1 x Beanscape Basic Ref BNSC BASIC Starterkit Wireless System acquisition BeanDevice AN 420 1 x BeanGateway Ethernet Outdoor version Ref BGTW ETH OUT 1 x BeanDevice AN 420 Ref BND AN 420 4CH Sb Ie AAE cf ON 1 x Beanscape Basic Ref BNSC BASIC The BeanDevice AN 420 operates only on our Wireless Sensor Networks you will need the BeanGateway and the BeanScape for starting a wireless sensor networks a pea nAir WW DCanaAlr _ as2 a Rethinking Sensing Technology FOUNDATION As JAC server s only on tee BeanScage Premiere BeanGateway Indoor Version B eanDevice AN 420 4 BeanScape Product specifications are subject to change without notice Contact Beanair for latest specifications eae RETHINKING SENSING TECHNOLOGY Wa nAir a a a BeanDevice AN 420 VERSIO WIRELESS DATA LOGGER WITH 4 20MR CURRENT LOOP INPUTS FOR MORE INFORMATION sales beanair com Visit our website www beanair com Visit our blog www industrial wsn com OUR YOUTUBE CHANNEL Watch our featured videos on Youtube ranean N AE AE VISIT OUR WEBSITES FM NWN YNN GC0Cc0C0GCGCGOG9C0O000090000000000000000000000000000000 007000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000600000O 0000 GOG 000OOOGOOOODD
6. r configuration feature the user can remotely configure the BeanDevice AN 420 SEVERAL DATA ACQUISITION MODES ARE AVAILABLE ON THE BEANDEVICE AN 420 e Low Duty Cycle Data Acquisition mode LDCDA the data acquisition is immediately transmitted by radio The transmission frequency can be configured from 1s to 24h Alarm Mode the measured value is transmitted by radio whenever an alarm threshold fixed by the user is detected 4 alarms threshold levels High Low Survey Mode operates like the Alarm mode but the device sends frequently a beacon frame informing its current status e Streaming Packet Mode All measured values are transmitted by packet within a continuous flow at 400 samples per second e Streaming Mode all measured values are transmitted in real time within a continuous flow at 100 samples per second maximum BeanScape Premium Add on The BeanScape Premium integrates an OPC DA server Data Access OPC DA is particularly well suited for real time measurement and data sharing Each data measurement can be associated to a tag or its attributes and shared with one or many OPC clients FOUNDATION OPC server is only on the BeanScape Premium _ 5 ce Sax Ser Tar Tar CR anGateway BeanDevice AN 420 For further information about the different data acquisition modes TN RF 008 Data acquisition modes available on the BeanDevice RETHINKING SENSING TE
7. rotection ULV94 Getex Enclosure dimensions w o antenna L xWxH 146 05mm x 65 5mm x 33 5mm Weight 550g Shock Resistance 10g during 50ms Operating Temperature 20 C to 65 C Norms CE Labelling Directive R amp TTE Radio ETSI EN 300 328 ROHS Directive 2002 95 EC Po Power Supply Integrated Battery Charger Integrated Lithium ion battery charger with high precision battery monitoring Overvoltage Protection Overcurrent Short Circuit Protection Undervoltage Protection Battery Temperature monitoring Current accumulation measurement Current Consumption 3 3V During data acquisition 7OmA to 130mA depends on external sensor power supply During Radio transmission 60 mA 0dBm During sleeping lt 30 pA External Power Supply External power supply 8v to 28v Rechargeable Battery Lithium lon high density rechargeable battery capacity of 950 mAh RETHINKING SENSING TECHNOLOGY Wanair fe ahD amp vice WIRELESS DATA LOGGER WITH 4 20MR CURRENT LOOP INPUTS AN 420 VERSION Power supply bloc Wall plug in Switchmode power supply 12V 1 25A with sealed M8 Plug IP67 Nema 6 Calibration Certificate Calibration certificate linked to national and international standards COFRAC GETTING STARTING WITH A WIRELESS SENSOR NETWORK DESCRIPTION STARTERKIT REFERENCE Starterkit Wireless System acquisition BeanDevice AN 420 x BeanGateway Ethernet Indoor version Ref BGTW ETH IND 1 x Bean
8. wDutyCycle Data Acquisition Alarm Survey Streaming amp Streaming packet EXAMPLE DATA ACOUISITION SYSTEM FOR TECHNICAL BUILDING MANAGEMENT e The BeanDevice AN 420 is configured with its Datalogger feature A standalone installation of the BeanDevice amp AN 420 will be done mounted on the walls without the necessity for any connection to the BeanGateway Once the sensors are connected each data is recorded on the embedded flash When needed a technician working on the site can send a request for a log transmission Then the BeanDevice AN 420 starts sending all its logs If all the logs are sucessfully transmitted to the BeanGateway6 the flash memory is erased and new logs will be recorded BeanDevice AN 420 RF The Datalogger FEO 3 i Fyn feature is activated r Ag Ba on the BeanDevice eanGateway WSN Coordinator Transmits all the data logs Request for Logs transmission For further information about the Datalogger please read the following technical note TN_RF 007 BeanDevice DataLogger User Guide RETHINKING SENSING TECHNOLOGY Wa nAir a iR BeanDevice AN 420 VERSION WIRELESS DATA LOGGER WITH 4 20MR CURRENT LOOP INPUTS REMOTE CONFIGURATION amp MONITORING BeanScape Basic The BeanScape application allows the user to view all the data measurements transmitted by the BeanDevice AN 420 With the OTAC Over the Ai

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