Houston Radar SpeedLane Pro Quick Start Manual
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- User manual and installation manual (50 pages) ,
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Houston Radar SpeedLane™ Pro Quick Start Guide
Please read SpeedLane™
of the installation procedure and setup of this product. This quick
start guide is not meant to replace the user manual.
Scan the QR code on the right on your smart phone to download the
complete user manual from our website or view a setup training video.
STEP1: Select appropriate location and mounting height
Pick a mounting location where you are able to best satisfy the height and
setback guidelines listed in Appendix B.
Radar pointed down between one-third
and one-half of the detection zone
Ln 1
Ln 2
Setback
[Refer to height and setback tables in Appendix B]
Maximum 16 Lanes, 255 feet (78m)
Version 2.0 Date September 5
User Manual
for a complete description
Acceptable range of
pointing variation.
Ln 3
Ln 4
Maximum 255 feet (78m), Maximum 16 lanes
Page 1 of 12
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2018
Ln 5
Ln 6
Ln 7
Scan For
User Manual
Scan For
Training Video
Ln 8
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Summary of Contents for Houston Radar SpeedLane Pro
- Page 1 Houston Radar SpeedLane™ Pro Quick Start Guide Version 2.0 Date September 5 2018 Please read SpeedLane™ User Manual for a complete description of the installation procedure and setup of this product. This quick start guide is not meant to replace the user manual.
- Page 2 The SpeedLane Pro can support a maximum of 16 lanes, with each lane moving in any direction. The far edge of the farthest lane should be no more than 255 feet (78m) away. Try to select a location with at least 20 feet (8m) setback if possible. However, the unit will work with as little as 6 feet (2m) setback.
- Page 3 STEP3: Power ON and verify proper connection while still on the ground Power on the radar and wait about 45 seconds to allow it to finish booting. Then start up the Houston Radar StatsAnalyzer (or the Houston Radar Configuration tool) software and click on File->Connect to Radar…...
- Page 4 If you are connecting via Bluetooth, you must have already paired the computer to the SpeedLane’s Bluetooth and had a COM port assigned before starting the Houston Radar program. You can do this by right clicking on the Bluetooth manager icon in your Windows status bar and “Add New Connection”.
- Page 5 The bracket is designed to provide level adjustment to compensate for a sideways leaning pole. If this is required, loosen the bolts slightly before strapping to the pole to allow level adjustment while viewing the video/snapshots from the on-board camera and gyroscope level readings in wizard.
- Page 6 We are here to help and can guide you remotely to ensure a proper alignment. We highly recommend that you setup a telephone appointment with us and plan to temporarily bring a cellular data modem with an Ethernet port to the site. We will then connect remotely via the Internet and view the SpeedLane camera and radar detections to ensure a proper setup.
- Page 7 12V (nominal) solar panel. The other is for charging via external 24VDC power. Real time battery charge level and charging status is available when you connect via the Houston Radar Stats Analyzer. Click on the icon for a real time charge/discharge history plot.
- Page 8 Appendix B Recommended Installation Tables SpeedLane Installation Table (in feet) SpeedLane Installation Table (in meters) Offset Recommended Minimum Maximum Offset Recommended Minimum Maximum from 1 Height (m) Height (m) Height (m) from 1 Height (ft) Height (ft) Height (ft) lane lane 7’...
- Page 9 Appendix C Retrieving Data Remotely from the SpeedLane There are two ways to access the SpeedLane Pro data remotely: 1. Call directly in to the radar via the Stats Analyzer software 2. Setup the SpeedLane Pro to call out to our Tetryon...
- Page 10 1.8. Do not enable “Auto Power off” as you will not be able to call the SpeedLane. 1.9. On the remote host computer, setup a “Remote Radar Connection” in the Houston Radar Stats Analyzer program via “File-Setup Remote Radar Connections…”. Use the external well known public IP address or hostname of the modem and: 1.9.1.
- Page 11 2. Call out to our Tetryon server in the cloud This option does not require a static IP address as the SpeedLane initiates an outgoing connection. Additionally you can opt to automatically power down the internal modem and save considerable power. You must use either the optional internal modem or be connected to the external modem via Ethernet as the SpeedLane will initiate a TCP/IP connection to the server.
- Page 12 This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
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