Presentation is loading. Please wait.

Presentation is loading. Please wait.

1 10/16/2014 HydroLynx ALERT2 Training How to upgrade your system to use the ALERT2 protocol.

Published byJonathan McLaughlin Modified over 9 years ago

Similar presentations

Presentation on theme: "1 10/16/2014 HydroLynx ALERT2 Training How to upgrade your system to use the ALERT2 protocol."— Presentation transcript:

1 1 10/16/2014 HydroLynx ALERT2 Training How to upgrade your system to use the ALERT2 protocol

2 10/16/2014 ALERT2 Advantages Data rate increase from 300 to 4800 baud Data error detection and correction Data collision avoidance using TDMA Data resolution increase from 0-2047 Data calibration in engineering units Station ID range expanded Transmitter time set from GPS Test mode sets flag for test data transmit

3 10/16/2014 Plan migration from ALERT1 to ALERT2 ALERT2 migration plan ALERT2 radio frequency requirements ALERT2 source addresses ALERT2 TDMA frame length ALERT2 TDMA slot assignments ALERT2 equipment upgrade Upgrade base station to ALERT2 Upgrade field equipment to ALERT2 Retire ALERT1 radio equipment

4 10/16/2014 ALERT2 Radio Frequency Radio frequency Best to use a new radio frequency for ALERT2 Repeaters can receive ALERT1 on old frequency Transmit ALERT1 on old frequency Transmit ALERT2 on new frequency Mixing ALERT1 and ALERT2 on the same frequency will result in data collisions ALERT1 data loss and errors ALERT2 data loss but errors are rejected

5 10/16/2014 ALERT2 Source Address Station ID numbers (source address) Station ID number must be regionally unique Sensor ID numbers now range from 0 – 254 Data collection software will translate new station ID to store data report in database. Coordinate ALERT2 station IDs regionally Station ID ranges may be assigned by county Register station ID, location, time slot in AUG Ventura County database Register station ID in NHWC ALERT2 SAMS

6 10/16/2014 ALERT2 TDMA Frame Length TDMA frame length is the minimum time between station transmissions A frame length of 1 minute allows a station to transmit data every minute if needed Stations do not transmit every frame cycle Hourly timed reports will transmit within first frame in the hour When planning frame length, leave room for system expansion

7 10/16/2014 ALERT2 TDMA Slot Length ALERT2 TDMA slot length Stations transmit all sensor data within a 500ms (millisecond) slot length Repeaters use longer 5000ms slot length 1 minute frame length must be large enough for all station and repeater slots 120 stations with 500ms slot length 80 stations with 500ms slot length and 4 repeater slots with 5000ms slot length

8 10/16/2014 TDMA Slot Assignment Tips Start with repeater slots Position rain only stations near start of frame No delay for sensor samples Position water level and weather station slots after 30 seconds Allows time for SDI sample or sensor power on time

9 10/16/2014 ALERT2 TDMA 1 Minute Frame ALERT2 transmitters only 1 Minute Frame Minimum slot length 500ms Maximum slot length 1000ms 120 500ms slots available No repeater slots assigned

10 10/16/2014 ALERT2 TDMA 1 Minute Mixed ALERT2 transmitter and repeater slots 1 Minute Frame Repeater slot length 5000ms Station slot length 500 or 1000ms 4 Repeater slots 80 Station slots 20 Stations repeated per repeater slot < 5 seconds

11 10/16/2014 TDMA drift when GPS time lost ALERT2 encoder loses GPS lock GPS time status set to drift Change to random transmit time within frame Collisions can occur with stations that still have GPS lock Greatest chance of collision for timed reports ALERT2 transmitter can hold off timed transmission by one frame to reduce chance of collision

12 10/16/2014 Upgrade base station Install ALERT2 base station receiver Plan to collect ALERT1 and ALERT2 data during transition Upgrade to ALERT2 base station software Base station software should have tools to analyze ALERT2 performance

13 10/16/2014 Upgrade base station to receive ALERT2 Receiver must be close to antenna Decoder must be close to receiver to prevent signal loss on audio tone range Provide for network connection between base station computer and ALERT2 decoder Upgrade base station ALERT1 connection Move ALERT1 decoder close to ALERT1 receiver Provide for network connection between base station computer and ALERT1 decoder Base station receives ALERT1 and ALERT2 Upgrade base station software for ALERT2 support Install ALERT2 Base Station Receiver

14 10/16/2014 Install ALERT2 Base Station Receiver ALERT2 Receiver NovaStar 5 Base Station ALERT1 Receiver ALERT1 Decoder Serial ALERT2 Decoder Audio X Serial ALERT2 Decoder must be installed next to Receiver Network X ALERT1 Transmitter ALERT1 ALERT2 Move ALERT1 Decoder close to Receiver Audio X X X ALERT1

15 10/16/2014 Install ALERT2 Base Station Receiver ALERT2 Receiver NovaStar 5 Base Station ALERT1 Receiver ALERT1 Decoder Audio ALERT2 Decoder Audio Network ALERT1 Transmitter ALERT1 ALERT2 Network ALERT1

16 10/16/2014 Upgrade to ALERT2 Base Station Software Base station software must support both ALERT1 and ALERT2 protocols Tools to analyze ALERT2 performance Time of receipt as well as time of data Source address of receiver and repeaters GPS time lock status and alarm on drift Detect missing packets using packet ID Flag data when test flag set in packet

17 10/16/2014 Upgrade field equipment Upgrade repeaters to ALERT2 concentrators Receive ALERT1 Transmit ALERT1 and ALERT2 Upgrade concentrators to ALERT2 repeaters Receive ALERT1 and ALERT2 Transmit ALERT1 and ALERT2 Upgrade ALERT1 transmitters to ALERT2 transmitters

18 10/16/2014 Upgrade repeaters to add ALERT2 transmit to the base station Receive ALERT1 Repeat ALERT1 and ALERT2 on separate antennas Repeat ALERT1 and ALERT2 to verify ALERT2 operation for evaluation period Base station receives ALERT1 and ALERT2 Disable ALERT1 repeat when ALERT2 reliable Upgrade Repeaters to ALERT2 Concentrators

19 10/16/2014 Upgrade Repeaters to ALERT2 Concentrators ALERT2 Receiver ALERT2 Base Station ALERT1 Receiver ALERT1 Decoder ALERT2 ALERT1 Transmitter ALERT2 Network ALERT1 ALERT2 Decoder ALERT1 Transmitter ALERT1 ALERT1 Transmitter ALERT2 ALERT1 Transmitter ALERT1 Network ALERT1 ALERT2 Concentrator ALERT1 Transmit ALERT2 Transmit ALERT1 Receive ALERT2 Concentrator ALERT1 Transmit ALERT2 Transmit ALERT1 Receive

20 10/16/2014 Upgrade repeaters to add ALERT2 receive Receive ALERT1 and ALERT2 Repeat ALERT1 and ALERT2 Split single receive antenna input ALERT1 radio receiver ALERT2 radio receiver Separate transmit antennas ALERT1 transmit ALERT2 transmit Upgrade Concentrators to ALERT2 Repeaters

21 10/16/2014 Upgrade Concentrators to ALERT2 Repeaters ALERT2 Receiver ALERT2 Base Station ALERT1 Receiver ALERT1 Decoder ALERT2 ALERT1 Transmitter ALERT2 Network ALERT1 ALERT2 Decoder ALERT1 Transmitter ALERT1 ALERT1 Transmitter ALERT2 ALERT1 Transmitter ALERT1 Network ALERT1 ALERT2 Repeater ALERT1 ALERT1 Transmit ALERT2 Transmit ALERT1 Receive ALERT2 Receive ALERT2 Repeater ALERT1 Transmit ALERT2 Transmit ALERT1 Receive ALERT2 Receive ALERT2 Transmitter ALERT2

22 10/16/2014 Upgrade ALERT1 transmitters to ALERT2 transmitters Upgrade to ALERT2 transmitter ALERT2 transmitter upgrade kit ALERT2 modem board GPS antenna with lightning arrestor Firmware upgrade ALERT2 transmitter replacement Recommendations 10W (600mA) solar panel,18 Amp hour battery Trim transmit antenna for ALERT2 frequency Lightning arrestor for GPS antenna

23 10/16/2014 ALERT2 Transmitter Features Transmitter time sync with ALERT2 GPS Transmit GPS time status as sensor data ALERT2 report types GSR, TBR, MSR, finished data Test mode transmit ALERT2 test flag Base station software flags test data Timed transmit holdoff on GPS time drift Holdoff timed transmit for one frame length

24 10/16/2014 Retire ALERT1 radio equipment After successful ALERT2 operational period Retire ALERT1 on repeaters Retire ALERT1 receive Retire ALERT1 transmit Retire ALERT1 on base station Retire ALERT1 receiver

25 10/16/2014 Retire ALERT1 radio equipment ALERT2 Receiver NovaStar 5 Base Station ALERT1 Receiver ALERT2 Network ALERT2 Decoder ALERT2 ALERT2 Repeater ALERT2 Transmitter ALERT2 ALERT2 Transmitter ALERT2 Transmit ALERT2 Receive ALERT1 ALERT1 Decoder Network ALERT2 Transmitter ALERT2 ALERT2 Transmitter ALERT2 ALERT2 Repeater ALERT2 Transmitter ALERT2 ALERT2 Transmitter ALERT2 Transmit ALERT2 Receive X X X

26 10/16/2014 Enjoy your error free data HydroLynx Systems, Inc. 950 Riverside Pkwy., #10 West Sacramento, CA 95605 916-374-1800 hydro@hydrolynx.com www.hydrolynx.com

Download ppt "1 10/16/2014 HydroLynx ALERT2 Training How to upgrade your system to use the ALERT2 protocol."

Similar presentations

Real-time Data Collection in Flood Warning Systems

Real-time Data Collection in Flood Warning Systems
20.1 Chapter 20 Network Layer: Internet Protocol Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

20.1 Chapter 20 Network Layer: Internet Protocol Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.
Alert radio repeater automated backup, failover, recovery David Leader HydroLynx Systems.

Alert radio repeater automated backup, failover, recovery David Leader HydroLynx Systems.
David C. Leader Vice President HydroLynx Systems, Inc.

David C. Leader Vice President HydroLynx Systems, Inc.
Systems presents Automated data collection and forecast system for emergency operations and public viewing.

Systems presents Automated data collection and forecast system for emergency operations and public viewing.
HydroLynx Systems, Inc. 950 Riverside Pkwy., #10 West Sacramento, CA 95605 916-374-1800

HydroLynx Systems, Inc. 950 Riverside Pkwy., #10 West Sacramento, CA
Multiple Access Techniques for wireless communication

Multiple Access Techniques for wireless communication
Do’s and Dont’s - How to Prevent Troubles iConnect / CommPact

Do’s and Dont’s - How to Prevent Troubles iConnect / CommPact
A New Technology Transmitter Real Time ScadaLynx Model 50386.

A New Technology Transmitter Real Time ScadaLynx Model
A simple 2 meter repeater. Receives one frequency and retransmits 600 KHz above or below.

A simple 2 meter repeater. Receives one frequency and retransmits 600 KHz above or below.
1 An Approach to Real-Time Support in Ad Hoc Wireless Networks Mark Gleeson Distributed Systems Group Dept.

1 An Approach to Real-Time Support in Ad Hoc Wireless Networks Mark Gleeson Distributed Systems Group Dept.
Multiple Access Methods. When nodes or stations are connected and use a common link (cable or air), called a multipoint or broadcast link, we need a.

Multiple Access Methods. When nodes or stations are connected and use a common link (cable or air), called a multipoint or broadcast link, we need a.
LECTURE 11 CT1303 LAN. DYNAMIC MAC PROTOCOL No fixed assignment for transmission media or any network resources.. It allows transmission when needed.

LECTURE 11 CT1303 LAN. DYNAMIC MAC PROTOCOL No fixed assignment for transmission media or any network resources.. It allows transmission when needed.
1 Fox Valley Fire & Safety’s Wireless Radio Network Our customers experience reduced monitoring costs; normally 25% or more. Eliminates expensive phone.

1 Fox Valley Fire & Safety’s Wireless Radio Network Our customers experience reduced monitoring costs; normally 25% or more. Eliminates expensive phone.
HydroLynx Systems, Inc. 950 Riverside Pkwy., Suite 10, West Sacramento, CA 95605-1501 Phone: 916-374-1800 Fax: 916-374-1877

HydroLynx Systems, Inc. 950 Riverside Pkwy., Suite 10, West Sacramento, CA Phone: Fax:
1 Version 3.0 Module 6 Ethernet Fundamentals. 2 Version 3.0 Why is Ethernet so Successful? In 1973, it could carry data at 3 Mbps Now, it can carry data.

1 Version 3.0 Module 6 Ethernet Fundamentals. 2 Version 3.0 Why is Ethernet so Successful? In 1973, it could carry data at 3 Mbps Now, it can carry data.
ADHOC – MAC : a new, flexible and reliable MAC architecture for ad-hoc networks F. Borgonovo, A. Capone, M. Cesana, L. Fratta Dipartimento Elettronica.

ADHOC – MAC : a new, flexible and reliable MAC architecture for ad-hoc networks F. Borgonovo, A. Capone, M. Cesana, L. Fratta Dipartimento Elettronica.
Self Organization and Energy Efficient TDMA MAC Protocol by Wake Up For Wireless Sensor Networks Zhihui Chen; Ashfaq Khokhar ECE/CS Dept., University of.

Self Organization and Energy Efficient TDMA MAC Protocol by Wake Up For Wireless Sensor Networks Zhihui Chen; Ashfaq Khokhar ECE/CS Dept., University of.
Module 6 Chapter 5. Ethernet Ethernet is now the dominant LAN technology in the world. Ethernet is not one technology but a family of LAN technologies.

Module 6 Chapter 5. Ethernet Ethernet is now the dominant LAN technology in the world. Ethernet is not one technology but a family of LAN technologies.
Error Checking continued. Network Layers in Action Each layer in the OSI Model will add header information that pertains to that specific protocol. On.

Error Checking continued. Network Layers in Action Each layer in the OSI Model will add header information that pertains to that specific protocol. On.

Similar presentations

Ads by Google