Chapter 1: Introduction General The RTMS Echo is a side fire radar mounted on the roadside. Simultaneously, the sensor provides per vehicle data including volume, occupancy, speed and classification information in up to 12 detection zones. The installation of RTMS has never been easier with built-in aiming guidance, auto configuration of the sensor, and wireless configuration via mobile device or tablet.
24.245 GHZ 20 dBm max 24.145 GHZ 24.245 GHZ 20 dBm max *RTMS Echo meets the requirements of the minimum sweep rate as specified by ERC recommendation (70-03) as specified in IR2030/12/9 2014/88/UK June 2014. Table 1-2: Wi-Fi Frequencies Bottom Country...
660 mA of current; at 24 volts roughly 330 mA. Using an adaptor that provides 12 volts and 100 mA of current means that the total power to the RTMS Echo will be 12*0.1 = 1.2 watts, or roughly 15% of the power needed to turn on the RTMS Echo.
Echo sensor be no more than 50 ft (15.24m) in length. Cabling Considerations The RTMS Echo uses an outdoor rated Cat5e or Cat6 cable that provides both power and Ethernet communications. Sensys Networks Provided Cable Sensys Networks provides a cable with each RTMS Echo sensor.
Pre-Installation Considerations Customer Provided Cable If the Sensys Networks provided cable is not to be used, a customer-provided cable can be used. The cable must be a Cat5e or better and must be outdoor rated and must have a drain wire (avoid cables without drain wires). The recommended connector used to plug into the Echo sensor is a CONEC Industrial Ethernet Circular Sealed RJ- 45 Connector, part number 17-101794.
Pre-Installation Considerations Breakout Boxes The design of an RTMS Echo installation should include a breakout box close to the RTMS Echo that can be used for setup and maintenance purposes, and can include surge suppression circuitry and external communications devices as required.
Chapter 2: Pre-Installation Considerations Surge Suppression Sensys Networks strongly recommends the use of a surge suppressor for both power and communications. The recommended suppressors are the CITEL MJ8-POE-B for single line, power over Ethernet connection and the CITEL MSP-VM24/RI which has separate connections for power and communications.
Chapter 2: Pre-Installation Considerations Connecting Power and Communications After the RTMS Echo has been mounted to the pole, the connections for power and data communications must be made. For cable pinouts, see “Cabling Considerations” on page 2-2. A 50 ft (15.24m) Cat5e cable containing wires for both power and communications is included with the RTMS Echo sensor.
2-8) should be at least 1.83 m (6 ft) in length and placed as close as possible to the base of the RTMS Echo mounting pole. The grounding conductor should be flexible copper braid or copper wire 12AWG or larger.
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Because lightning is a major influence on power line surge, it is important to understand the exposure to thunderstorms in the area where the RTMS Echo sensor is being installed. In areas that are exposed to large number of thunderstorms, protecting sensors will be more challenging.
RTMS Echo by a secondary reflection from a large flat surface (such as a sign or overpass). • Case 3 — Using median poles to mount two RTMS Echo sensors, one per direction may save poles but the designer should verify available set-back (see “Height, Setback, Tilt Requirements”...
Pre-Installation Considerations Height, Setback, Tilt Requirements The RTMS Echo has a detection area of 250 ft (76 m), and is able to detect up to 12 lanes of traffic within that distance. Sensys Networks recommends mounting the Echo sensor between 15 and 35 ft (4.6 and 10.7 m) from the ground. The height is based on the distances from the closest and furthest zones.
Figure 2-13: False Target Generated by Fence Or Wall To avoid this problem, install the RTMS Echo higher and increase the elevation angle to detect the far lanes of traffic excluding the nearest lanes, as shown on the right in Figure 2-13.
Elevated Roadway On elevated or sunken roadways with insufficient outside shoulders, it may be an impossible job for a single sensor. Two RTMS Echo units, configured as shown by Figure 2-14, will cover all lanes if detection zones are defined as shown in...
RTMS Echo Technical Support. The best way to mount the RTMS Echo is to place a horizontal mast arm or pipe approximately 1.3 m (4 ft) away from the structure (1.8-2.4 m [6-8 ft] if DMS), ideally on the back of the structure away from any lighting or signs.
Consult Technical Support before using the RTMS Echo or other RTMS Echo-related products for any purpose not expressly described in this manual or any other RTMS Echo product manual. Do not use the RTMS Echo to control or operate a gate-opening mechanism. Use of the RTMS Echo for any unauthorized purpose may cause injury to personnel or damage to equipment.
Please make sure you have all the required equipment and are aware of potential safety issues before starting any installation. DO NOT install any RTMS Echo hardware if you are unsure how to complete the installation or lack appropriate safety equipment. It is recommended that you do NOT install this hardware during inclement weather.
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3. Adjust the RTMS Echo to be perpendicular to the travel lanes and level side to side. 4. Tilt the RTMS Echo so that the top of the sensor is aimed at the farthest monitored zone. NOTE: Steps 3 and 4 are general guidelines. Actual mounting and tilt may need to be adjusted based on multiple factors such as obstacles and number of lanes.
Edge are partially HTML5 compatible and users may experience some differences when using them. 1. Start your Internet browser. 2. In the address field, type the IP address of the RTMS Echo. The default is 192.168.0.10. 3. Press Enter. The RTMS Echo login window appears.
Tab”, only 10 zones should be configured in the system. The auto zone finder process scans the range of the RTMS Echo beam and positions up to 12 detection zones, representing lanes where vehicles are detected. The process requires free flowing traffic in all lanes of interest and is dependent on traffic volume being present.
The vehicle count verification of a successful zone setup is an essential part of the installation. During the process you will compare RTMS Echo volume counts over a period of time to a manual (visual) count for the same interval. Use of a hand-held tally counter is recommended.
RTMS Echo is installed and configured. Logging in to the RTMS Echo The following describes the procedure for logging in to the RTMS Echo, after you have set the network parameters for the sensor (see “Local Area Network Setting” on page 4-46).
1. Start a network browser. 2. In the url field, enter the IP address of the RTMS Echo sensor. 3. Click Forgot Username or Password. 4. Call the number or send an email to the address shown on the screen.
Speed Calibration This function is used to adjust the vehicle speed detected by the Echo sensor if required. NOTE: RTMS Echo cannot be used for speed enforcement. 1. Click the Calibrate tab. 2. Click Speed calibration. 3. Select the check box to the left of each zone for which speeds are to be checked.
Chapter 4: Operations and Adjustments Log Tab Each RTMS Echo sensor maintains a log which contains messages about operational errors, warnings, and other helpful information about sensor operations. Figure 4-2: Log Tab Table 4-2: Log Tab Descriptions Item Description Click to refresh the displayed messages.
For Device description enter a name for the sensor. Install Firmware This function is used to upgrade the firmware in the RTMS Echo sensor. 1. Download the latest firmware file from the Sensys web site at: https://sensysnetworks.com/resources/ 2.
7. Click Install. Wait for the sensor to reboot. Security Setting This function is used to change the security settings in the RTMS Echo sensor. NOTE: Google Chrome is the preferred web browser. HTTPS Encryption 1. Click the Settings tab.
Chapter 4: Operations and Adjustments Local Area Network Setting This function is used to set the IP address of the RTMS Echo sensor. 1. Click the Settings tab. 2. In the Local area network section, click Change. 3. Enter the IP address, Subnet mask and Gateway.
Chapter 4: Operations and Adjustments Location Setting This function is used to set the latitude and longitude of where the RTMS Echo sensor is installed. The location can either be set automatically, by GPS or manually. 1. Click the Settings tab.
Chapter 4: Operations and Adjustments Date and Time Setting This function is used to set the date and time in the RTMS Echo sensor. 1. Click the Settings tab. 2. In the Date and time section, click Change. 3. Is the date and time to be set automatically or manually?
Traffic Data Storage Setting This function is used to determine what action is to be taken when the memory in the RTMS Echo sensor is full. 1. Click the Settings tab. 2. In the Traffic data storage section, click Change.
Wavetronix For all three choices, data can be retrieved through the queries from the Data tab (see “Data Tab” on page 4-15) or from the RTMS Echo API (see the RTMS Echo API Programmers Guide). API Only Option This option indicates that data can only be retrieved through the queries from the Data tab or from the RTMS Echo API.
Sx-300 Protocol This protocol indicates that data can be retrieved through the queries from the Data tab, the RTMS Echo API or from the supported RTMS Sx-300 protocols defined in the RTMS Echo Sx-300 Protocol Reference Guide. 1. Click the Settings tab.
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**RTMS Echo does not currently support configuring Wavetronix approaches. ® NOTE: Even though RTMS Echo supports up to 12 zones, the Wavetronix protocol only supports a maximum of 10 zones. Therefore, only 10 zones should be configured in the system (see “Detect and Adjust Zones”...
Region Setting This function is used to set the units in which speed and length are displayed and to indicate the country in which the RTMS Echo is installed. 1. Click the Settings tab. 2. In the Measurement section, click Change.
Chapter 4: Operations and Adjustments Licensing This function is used to enable licenses for additional features for the RTMS Echo unit. 1. Click the Settings tab. 2. In the Licensing section, click Change. 3. Did you purchase the contact closure module with this Echo?
Operations and Adjustments Download Diagnostics This function creates a file that can be sent to Sensys Networks for diagnostic purposes if the sensor is experiencing problems. The file is saved to the default folder of your browser (usually the Downloads folder) on the computer and includes the following information: •...
• The default IP address of the camera is 192.168.0.10 which is the same as the default IP address of the RTMS Echo. Communication issues will result if both devices are plugged into the same switch in their default state.
The contact closure module communicates with RTMS Echo using an Ethernet connection. All Ethernet standards should be followed during installation of the system. RTMS Echo and the contact closure module must be configured on the same subnet. Communication between the two system components cannot be sent over a routed network.
Chapter 6: Contact Closure Hardware Install Verifying Operation The following is normal LED behavior for the RTMS Echo. Table 6-4: Normal LED Behavior TC LED Green indicates running status. WD LED Flashing red indicates running but no activity was received from the RTMS Echo.
Check cable connections • Check cable pin out (see Figure 2-1 on page 2-3) • Forgot LAN credentials – contact Sensys Networks support for access to the Device locator tool Issue: No communication (WiFi) • No power to unit •...
The above is probably due to aiming issues. The sensor may be missing small profile vehicles. Check the aiming of the RTMS Echo and make sure it is aimed down enough to view the first zone of traffic (zone 1).
The above is probably due to aiming issues. The sensor may be missing small profile vehicles. Check the aiming of the RTMS Echo and make sure it is aimed up enough to view the last zone of traffic (zone 6).
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