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Infinite AERINOS User Manual

Autonomous rtu
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AERINOS
BSC-50D
Autonomous RTU
User Guide

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  • Page 1 AERINOS BSC-50D Autonomous RTU User Guide...
  • Page 2  While every effort has been made to ensure that the information in this guide is accuRate and complete, no liability can be accepted for any errors or omissions.  Infinite Ltd reserves the right to change the specifications of the hardware and software described in this guide at any time without prior notice.

  • Page 3: Table Of Contents

    Contents 1. Introduction 2. Operation modes 3. Hardware setup 3.1 Packing list 3.2 Opening the enclosure 3.3 Connectors & Jumper settings 3.4 SIM card & Battery installation 3.5 Wiring the Digital Inputs 4. Device configuration 4.1 Configuring a Digital Input 4.2 Configuring the Counter 4.3 Configuring the Temperature channel 4.4 Data Acquisition...

  • Page 4: Introduction

    1. Introduction BSC-50D is an ultra low power wireless RTU with data logging and alarming capabilities. The unit incorporates a GSM/GPRS Modem, a serial USB port, an internal temperature sensor (Analog input 1), 1 digital counter and 4 digital inputs. An ultra low power microcontroller is utilized for alarm detection, subsystem activation and overall system control.

  • Page 5: Hardware Setup

    3. Hardware setup 3.1 Packing list 1. BSC-50D Unit 2. Lithium Thionyl Battery (optional) 3.2 Opening the enclosure Open the unit enclosure by inserting a screwdriver in the slot on the enclosure’s top. Right Wrong BSC-50D User Guide...

  • Page 6: Connectors & Jumper Settings

    3.3 Connectors & Switches 3.3.1 LED NET: GSM network status 3.3.2 Connectors SIM: SIM Card Holder J3-1: EPS, Do not connect J3-2: 3V3, Transducer excitation voltage +3.3 VDC (Continuous) The excitation can be used to supply low power external sensors (<<1mA). The excitation current affects strongly the Battery Life! Caution: J4-1: GND (COM), Common for digital inputs...

  • Page 7: Sim Card & Battery Installation

    3.4 SIM card & Battery installation Slide the SIM holder top to the left to open the holder and insert the SIM card into the hinged top. WARNING: Pay attention to the correct polarity during battery installation! The right polarity is marked up on the Battery Holder. The unit is protected against reverse polarity.

  • Page 8: Device Configuration

    4. Device Configuration BSC-50D utilizes two processors: An ultra Low Power MCU (LP-MCU), operating steadily and a Communication processor (COMM_MCU), operating on demand for conserving power. Configuration commands concerning the Low Power MCU must be followed by a special command in order to update the Low Power MCU configuration (see 4.15).

  • Page 9: Configuring The Counter

    4.2 Configuring the Counter The command enables counting mode on DI 4. The Counter (0-65535) is cleared according to a Clear Mode parameter, thereby acting as a Totalizer or a virtual Analog Channel. 1150,n 1150: Command ID 1, CNT number Scope: LP-MCU, COMM_MCU 4.2.1 Counter Scale factor 1154,n,f...

  • Page 10: Configuring The Temperature Channel

    4.3 Configuring the Temperature channel The default command (fixed) for the temperature channel configuration is: 1200,1,Temperature,164,3276,-40,150,-40,150,oC,0 1200: Command ID 1, Analog input number Up to 15 characters, AI name (Text, may include space characters) ssl: 0-4095, Sensor Scale Low (Raw value) ssh: 0-4095, Sensor Scale High (Raw value) User Scale Low User Scale High...

  • Page 11: Data Acquisition

    4.4 Data Acquisition The unit features a dual set of Sampling, Logging and Data Transmission Rates. The Basic set can be superseded by an Alternate set, on event. Digital Input transitions, Analog Input and Counter Alarm Limits overriding can be used as trigger sources for Rate changes.
  • Page 12 1300: Command ID 0-255, number of samples of the Basic Sampling Period. p=0  disables Basic Logging. Scope: LP-MCU Example: 1300,4 instructs the unit to log every fourth sample. If the sampling Period is every 15 minutes then one sample per hour will be logged. 4.4.6 Alternate Logging Rate The parameter defines the Temperature and Counter Alternate Logging Rate.

  • Page 13: Triggering A Rate Change

    4.5 Triggering a Rate change Attention: If the Standby Mode is enabled, only DI or CNT Alarm Events can be used for triggering! 4.5.1 Using Temperature alarm as Trigger 1207,n,lo,hi 1207: Command ID 1, AI number 0/1, Action on Low Alarm: 0  Ignore, 1 Trigger 0/1, Action on High Alarm: 0 ...

  • Page 14: Setting Alarm Message Texts

    4.6 Setting Alarm Message Texts You can set up to 128 custom Text Messages to be announced in an Alarm SMS, instead of the default text. The command for configuring a Text Message is: 0630,id,s 0630: Command ID 1-128, Message ID Up to 64 characters, Message Text (May include space characters) Scope: COMM_MCU The following commands associate Message Texts to different Alarm Events:...
  • Page 15 4.6.3 Counter Alarm Events Two Alarm Messages can be associated to an CNT Alarm Event. One for M2M Recipients (e.g. containing an ASCII Command for a remote SCOM device) and a second for Phone Recipients: 115x,n,id 115x: Command ID, 1152 for M2M Recipients, 1151 for Phone Recipients 1, CNT number 1-128, Message ID Scope: COMM_MCU...

  • Page 16: User Setup

    4.7 User setup Up to 20 SMS Users can be declared in a BSC-50D Unit. Only declared users can interact (send, receive SMS) with the unit. BSC-50D features three levels of user rights. The following options can be configured for each user: 1.

  • Page 17: Naming The Unit

    Scope: COMM_MCU The following command deletes the specific DI Alarm Recipient: 1109,n 1109: Command ID 1-4, DI number Scope: COMM_MCU 4.8.2 Temperature Alarm Events 1203,1,id 1203: Command ID 1, AI number (Temperature input) 1-20, User ID Scope: COMM_MCU The following command deletes the specific Temperature Alarm Recipient: 1209,n 1209: Command ID 1-2, AI number...

  • Page 18: Managing Status Messages

    4.10 Managing Status Messages 4.10.1 Status Message Period 0650,p 0650: Command ID 0-2376, Period [hours], Value ‘0’ disables status messaging, Default: 168 Scope: LP-MCU, COMM_MCU 4.10.2 Signal Quality measurements A Status Message can contain additional information concerning the Signal Quality: 068x 068x: Command ID, 0680 for including, 0681 for excluding Signal Quality measurements...

  • Page 19: Configuring The Data Sms Contents

    4.12 Configuring the Data SMS contents Data SMS are communicated only to the first Administrator. The structure of a Data SMS is: <HEADER SECTION> <DATA SECTION> 4.12.1 Header Section The parameter selects the format of the SMS Data Header between Normal and Compessed Format.
  • Page 20 <V2>, First record of CNT1 (If logged) … <Vn>, Last record of Temperature (If logged) <Vn+1> Last record of CNT1 (If logged) If the Alternate Rate set is active ( Alternate Sampling Period # 0): <0>, Offset to Timestamp of first record (=0) <V1>, First record of Temperature (If logged) <V2>,...

  • Page 21: Factory Settings

    4.13 Factory settings The command resets all Configuration Parameters to their default values. 0183,0183 0183: Command ID 0183: Extra command argument Scope: LP-MCU, COMM_MCU 4.14 Preparing the Unit for installation A common requirement is to configure the unit and suspend operation (Logging, Data Transfer) until it is finally installed on site.

  • Page 22: Programming The Unit

    4.17 Programming the Unit  Slide the switch SW1 to ‘CFG’ position (See 3.3.3).  Put a SIM card in the SIM card holder.  Install the BSC-50D USB driver for Windows on the PC (See document “BSC- 50D, USB driver Installation”). ...

  • Page 23: Operation

    5. Operation 5.1 Alarm Messaging 5.1.1 DI Alarm Event Message contents Item description BSC-50 <CR> Unit Name ALARM MESSAGE <CR> Fixed Header DI 1 <CR> Input Name Earth Fault Message Text 5.1.2 Temperature Alarm Event Message contents Item description BSC-50 <CR> Unit Name ALARM MESSAGE <CR>...

  • Page 24: Data Transfer

    5.3 Data Transfer 5.3.1 Alternate Rate inactive The following is a typical Data Transfer Message with inactive Alternate Rate (Header, Data: Normal Format): Message contents Item description BSC-50 <CR> Unit Name DATA <CR> Fixed Header 080520131745 <CR> DATE/TIME, <ddmmyyyyhhmn> <lp>, Log Period [min] <numCHN >, number of logged Channels 25.4,56.2,125, Data Values in User Scale...

  • Page 25: Technical Characteristics

    6. Technical characteristics Power supply Internal: 3.6V, 13Ah Lithium Thionyl Battery External: 12..24VDC, 26VDC max Temperature Operation -40°...65°C, operating Storage -45° to 85 ºC Current draw Standby Operation 70 μA max + excitation current Measurement 1.2mA Messaging Average 50 mA, Peak 2A FIFO &...

  • Page 26: Battery Life

    7. Battery Life The table below is given to provide an example of the unit consumption for different operational parameter values. Excitation Sampling Sampling Logging Rate Sending Battery Life @3.5V Period Delay [No. of Rate [Years] [mA] [min] [sec] Samples] [hours] 11.0 In order to extend Battery Life:...

  • Page 27: Command Summary

    8. Command Summary 8.1 Configuration Commands Description Syntax 0171 Reset Device 0183 Set Factory Defaults cmd,cmd 0195 Clear Character Translation cmd,cmd 0205 Update Controller Configuration cmd,cmd Enable Unit Test Mode (Status Period in 0270 min) cmd,cmd Disable Unit Test Mode (Status Period in 0271 hours) cmd,cmd...
  • Page 28 1109 Clear DI Alarm Recipients cmd,n 1110 Clear DI Configuration cmd,n 1115 Set M2P Msgs on DI Alarm Cancellation cmd,n,id 1116 Set M2M Msgs on DI Alarm Cancellation cmd,n,id 1117 Set Send Data on DI Alarm Cancellation cmd,n,ae 1150 Enable Counter (CNT) cmd,n 1151 Set CNT Alarm M2P Messages...

  • Page 29: Verification Commands

    8.2 Verification Commands Description Syntax 2000 Get Device Status 2008 Get Current Signal Quality 2150 Get Last Error Report 2160 Get Event Log Entries Number 2161 Get Event Log Entry cmd,n 2300 Get Device Name 2305 Get Device Phone 2500 Get User Info 2600 Get Remaining SMS Alarm Limit...
  • Page 30 3605 Get RTC Correction Period 3606 Get RTC Correction Counter 3700 Get Logs (Serial Port) 5100 Get Current AI/DI Values BSC-50D User Guide...

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