ESBD_476090_1765573784093_02. Specifications.pdf

SmartSensor Matrix

16–beam stop bar sensor The SmartSensor Matrix is a radar-based stop-bar presence detector designed specifically for signalized intersections. By leveraging the proven reliability of radar technology, it enhances safety and streamlines traffic management, ensuring accurate vehicle detection and improved intersection performance.

˿ Matrix of 16 radars for two-dimen-sional coverage

˿ Tracks vehicles through a 90-de-gree field of view that extends out 140 ft. (42.7 m)

˿ Includes Radar Vision technology to detect and track in two dimensions

˿ Reports real-time presence of both moving and stopped vehicles

˿ Standard detector-rack contact-closure interface

face devices ˿ Automated manufacturing process

˿ Patented auto-configuration process

˿ Patented Digital Wave Radar II technology

˿ Remote accessible for traffic moni-toring and sensor management

light, and weather conditions

1827 W 650 N, Springville, UT 84663, US • (801) 734-7200 • www.wavetronix.comWX-500-0071 Part No: SS-225

SmartSensor Advance Extended Range

Forward–fire long–distance intersection sensor SmartSensor Advance Extended Range is the first traffic device to use advance detection to provide enhanced dilemma zone protection for trucks and other high profile vehicles. The sensor boosts detection of these vehicles out to 900 feet, and protects both cars and trucks with innovative SafeArrival technology.

˿ Dilemma zone protection for high-profile vehicles based on vehicle discovery range

˿ Advanced techniques boost truck detections out to 900 feet; car detections are boosted out to 600 feet or more

˿ Patented SafeArrival technology provides protection to individual cars and trucks

˿ Dynamic ETA Tracking over the entire detection area

˿ Non-intrusive, above ground position makes the sensor easy to install

˿ The additional 300-foot range

(compared to SmartSensor Advance) makes overhead/ straightforward mast arm installa-tion more effective on high-speed approaches

˿ Easily integrates with SmartSensor Matrix at intersections

˿ Benefits include reduced risk of hazardous load spills; reduced truck crash and fatalities rates;

reduced emissions; fewer truck start-up delays; and improved corridor delivery times

1827 W 650 N, Springville, UT 84663, US • (801) 734-7200 • www.wavetronix.comWX-500-0270 Part No: SS-200E

WX-500-0270

Part No: SS-200E

Physical properties

ultraviolet rays

Radar design

Detection area

Measured quantities ˿ Per-vehicle data:

Power ˿ Power consumption: 3.2 W @ 12 VDC

Ordering information SmartSensor Advance Extended Range

SS-200E

Retrofitted SmartSensor Advance Extended Range

SS-200E-001

Accessories 102-0597 – Arc2 102-0594 – Arc6 102-0525 – SmartSensor Surge 102-0416/102-0451 – Click 650/656 cabinet interface device CLK-112/114 – Click 112/114 rack cards SS-704-xxx/705 – SmartSensor 8-conductor cable (for retrofitted sensor) SS-611 – SmartSensor Mount SS-B01-0003/0005/0008 – Intersection Preassem-bled Backplate – AC SS-B01-0004/0006 – Intersection Preassembled Backplate – DC SS-B02-0002/0003 – Intersection Preassembled 19-inch Rack SS-710 – Sensor Cable Junction Box

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SmartSensor Advance Extended Range technical specifications

* While the system works with supply voltages of up to 28 VDC, 24 VDC supplies are recommended; the excess is designed to allow some tolerance on the out-put of the supply. To support 12 VDC battery systems, and if the cable is short enough, the sensor can accept a power supply as low as 10 VDC; however, this is dependent on cable length and wire gauge. Please consult Knowledge Base Article 0381, SmartSensor Advance Cable Length Recommendations, for details.

Part No: SS-200E

˿ Onboard surge protection

Communication ˿ Com ports:

˿ Contact closure data latency (varies with baud rate and output frequency):

̀ Minimum: 55 ms (this is achieved using 57600 bps baud rate and 50 ms output frequency)

̀ Default: 142 ms (this is achieved using 9600 bps baud rate and 130 ms output frequency)

detection communications ˿ Detection data available via serial communications

Configuration

7.5-ft. (2.29-m) increments

change speeds

vehicles) ̀ Two priority level alerts: level 1 = high priority, level 2 = normal priority ̀ Queue clearance alert

Manufacturing

˿ Unit test results available

Testing

˿ NEMA:

tection)

Operating conditions

Part No: SS-200E

dusk) ̀ Ice and dry snow buildup up to 0.2 in. (0.5 cm) on sensor front

Performance

motor vehicles 90% ˿ Percentage of vehicles detected before 700 ft. (213.4m): high-profile trucks, buses, and other large vehicles 90%

Maintenance

manufacturing techniques

Support

performance

configuration ̀ Ongoing troubleshooting and maintenance support

Warranty ˿ Two-year warranty against material and workmanship defect

(see SmartSensor Warranty datasheet for complete details)

The advertised detection accuracy of the company’s sensors is based on both external and internal testing, as outlined in each product’s specification document. Although our sensors are very accurate by industry standards, like all other sensor manufacturers we cannot guarantee perfection or assure that no errors will ever occur in any particular applications of our technology. Therefore, beyond the express Limited Warranty that accompanies each sensor sold by the company, we offer no additional representations, warranties, guarantees, or remedies to our customers. It is recommended that purchasers and integrators evaluate the accuracy of each sensor to determine the acceptable margin of error for each application within their particular system(s).

SmartSensor Mount

Pole mount for SmartSensors The SmartSensor mount makes installation quick and easy by helping you securely mount any of the Wavetronix SmartSensors. Sturdily built of powder-coated aluminum for durability and weather-resistance, this mount can withstand whatever the elements throw at it.

Two axes of rotation for horizontal and vertical positioning

Mates with fixed and rotational backplates on the SmartSensor V, HD, Advance, and Matrix

Symmetric hole pattern for flex-ibility in sensor attachment

Two contact points for attachment to circular or non-circular poles

On circular poles, another axis of rotation around the pole is avail-able

Accepts ¾” banding

Heavy duty aluminum construction makes mount sturdy and long-lasting

Powder coated for oxidization resistance, allowing mount to withstand the harshest weather conditions

Supports a 20-lb. (9.1-kg) load

8 in.6 in.

13.61 in.

3.79 in.

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Technical specifications

Mounting

Rotational axes: 2

# NOTE: SmartSensor Advance and SmartSensor Matrix are shipped with rotational backplate for third axis of rotation.

SmartSensor V and SmartSensor HD can be ordered with rotational backplate if third axis is required.

Maximum load: 20 lbs. (9.1 kg)

Symmetric hole pattern that mates with fixed and rotational

SmartSensor backplates

Contact points with pole: 2

Slotted for ¾-in. (1.9-cm) banding

Additional degree of movement achieved by using the

360-0129

Construction

Constructed of aluminum 0.1875 in. (0.48 cm) thick

316 stainless steel hardware

Powder coated

Weight: 3 lbs. (1.36 kg)

Ordering information

SmartSensor Mount

SS-611

Accessories

360-0129 – SmartSensor Mount Knuckle

Contact us

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Bid specifications

1.0 General. This item shall govern the purchase of a tra_c sensor mounting assembly equivalent to the Wavetronix SmartSensor™ mount.

2.0 Mounting. The mounting assembly shall provide at least two axes of rotation to ensure proper installation.

The mounting assembly shall be able to support at least a 20-lb. (9.1-kg) load.

The mounting assembly shall feature a symmetric hole pattern that mates with fixed and rotational SmartSensor backplates.

The mounting assembly shall have two contact points with the pole.

The mounting assembly shall be slotted for 3/4-in. (1.9-cm) banding.

3.0 Construction. The mounting assembly be constructed of 0.1875 in. (0.48 cm) thick or thicker aluminum with 316 stainless steel hardware.

The mounting assembly shall be powder coated for oxidation resistance.

The mounting assembly shall weigh 3 lbs. (1.36 kg).

SmartSensor 6-conductor Cable

Power and dual–RS-485 sensor cable The SmartSensor 6-conductor cable is used with the SmartSensor Matrix and SmartSensor Advance to provide power and communication connectivity to the sensors. Heavy-duty and weather-resistant, this custom cable is ideal for cable runs from the sensor to the cabinet.

6-conductor cable that attaches to an 8-pin connector

Provides power and RS-485 com-munications between sensor and cabinet

Connector is keyed to ensure proper connection

Color-coded for quick and easy wiring to terminal blocks, Click modules

RS-485 and power conductors are twisted pairs

Cable assembly is shielded with aluminum/mylar shield and a tinned copper drain wire

RoHS compliant

Cable end connector backshell is environmentally sealed, oJering excellent immersion capability

Connector backshell supports ca-ble slack under extreme weather conditions

6-conductor cable 8-pin connector

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Cable

RS-485 conductors: 2 twisted pairs

RS-485 conductor nominal capacitance, conductor to conduc-tor: less than 40 pF/ft. at 1 kHz

RS-485 conductor nominal conductor DC resistance: less than

16.7 ohms/1000 ft. (304.8 m) at 20°C

Power conductors: twisted pair with nominal conductor DC resistance of less than 11 ohms/1000 ft. (304.8 m) at 20°C

Cable assembly shielded with aluminum/polyester shield and tinned copper drain wire

Jacket: 0.053-in. (1.3-mm) gray PVC

Cable diameter: 0.41 in. (1.04 cm)

Wire gauges:

$ Power wires: 20 AWG

$ Comms wires: 22 AWG

RoHS compliant

Approvals: UL/cUL Type CMG

Ambient operating temperature: up to 221°F (105°C) dry / 167°F

(75°C) wet

Flammability rating: FT4

UV resistant: Yes (per UL 720 Hour Sunlight Resistance Test)

600 Volt AWM style 2587

Connector

Meets MIL-C-26482 specification

Backshell is environmentally sealed

Backshell oJers excellent immersion capability

All conductors that interface with the connector are encased in a single jacket

Backshell has a strain relief with enough strength to support the cable slack under extreme weather conditions.

Ordering information

SmartSensor 6-conductor Cable (set length, con-nectorized)

SS-704-006 (6-ft. cable)

SS-704-020 (20-ft. cable)

SS-704-040 (40-ft. cable)

SS-704-060 (60-ft. cable)

SS-704-080 (80-ft. cable)

SS-704-100 (100-ft. cable)

SmartSensor 6-conductor Cable (bulk spool, non-connectorized)

SS-705 — custom cable length (sold in 100-ft.

increments)

101-0448 (500-ft./152.4-m spool)

SS-705-001 (1000-ft./304.8-m spool)

SS-705-002 (5000-ft./1524-m spool)

8-pin Female Connector

SS-709

Contact us

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1.0 General. This item shall govern the purchase of a tracc sensor–to–tracc cabinet cable equivalent to the Wavetronix SmartSensor

6-conductor cable.

2.0 Cable. The cable shall be the Orion Wire Combo-2204-2002-PVCGY or an equivalent cable that conforms to the following specifications:

• The RS-485 conductors shall be 2 twisted pairs.

• The RS-485 conductors shall have nominal capacitance conductor to conductor of less than 40 pF/ft. at 1 kHz.

• The RS-485 conductors shall have nominal conductor DC resistance of less than 16.7 ohms/1000 ft. at 20°C.

• The power conductors shall be a twisted pair.

• The power conductors shall have nominal conductor DC resistance of less than 11 ohms/1000 ft. at 20°C.

• The entire cable shall be shielded with an aluminum/polyester shield with a drain wire.

• The cable jacket shall be made of gray PVC that is 0.053 in. (1.3 mm) thick.

• The cable shall have a diameter of 0.41 in. (1.04 cm).

• The power wires in the cable shall be 20 AWG; the communications wires shall be 22 AWG.

• The cable shall be RoHS compliant.

• The cable shall have a UL/cUL type CMG safety approval.

• The cable shall be capable of operating at temperatures up to 221°F (105°C) while dry and 167°F (75°C) while wet.

• The cable shall have an FT4 flammability rating.

• The cable shall be UV resistant, as per the UL 720 Hour Sunlight Resistance Test.

• The cable shall support 600 Volts per AWM style 2587.

3.0 Connector. The cable end connector shall meet the MIL-C-26482 specification and shall be designed to interface with the appropri-ate MIL-C-26482 connector. The connector backshell shall be an environmentally sealed shell that oJers excellent immersion capability.

All conductors that interface with the connector shall be encased in a single jacket, and the outer diameter of this jacket shall be within the backshell’s cable O.D. range to ensure proper sealing. The backshell shall have a strain relief with enough strength to support the cable slack under extreme weather conditions. Recommended connectors are Cannon’s KPT series, and recommended backshells are Glenair

Series 37 cable sealing backshells.

Sensor Cable Junction Box

Junction box for splicing cables The sensor cable junction box provides connection between the sensor’s pigtail cable and the homerun cable to the cabinet. This box’s nine terminal blocks eliminate the need to pull a connectorized cable from the sensor to the cabinet. Its small size allows for an in-line connection that will fit in a hand hole.

NEMA type 4, 4x enclosure, providing a degree of protection against falling dirt, windblown dust, water, and ice

Insulation displacement terminal blocks for quick wiring

Small form factor for placement in traIc pole hand hole

Cable grips for water resistance

Same-side cable entry prevents cable path water trails from pooling on cable grip

Nine terminal blocks means that the box can be used with cables with nine or fewer conductors and drains, namely the Wavetronix

SmartSensor 6-conductor cable and the 8-conductor cable

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Physical

Dimensions: 6 in. x 3.6 in. x 3.1 in. (15 cm x 9 cm 8 cm)

Cable grip cable diameter: 0.2 in.–0.5 in. (5 mm–12.7 mm)

Designed to meet IP 66 & NEMA 250 type 1, 3R, 4X, 6P, and

12 ratings

Material: fiberglass

316 stainless steel backplate

Connector block

9 terminal blocks

Connections: insulation displacement

Nominal current IN: 17.5 A

Nominal voltage UN: 500 V

Maximum load current: 17.5 A

Wire: 24–16 AWG

Ordering information

Sensor Cable Junction Box

SS-710

Accessories

SS-704 – SmartSensor 6-conductor Cable

SS-706 – SmartSensor 8-conductor Cable

SS-B01-0003/0005/0008 – Intersection Preassem-bled Backplate – AC

Contact us

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1.0 General. This item shall govern the purchase of a junction box (JB) equivalent to the Wavetronix SmartSensor cable junction box.

2.0 Physical. The JB shall not exceed 6.3 in. x 3.6 in. x 2.4 in. (16 cm x 9 cm x 6 cm) in its dimensions.

The JB’s cable grip shall allow for a cable with a diameter of 0.2 in.–0.5 in. (5 mm–12.7 mm).

The JB shall be designed to meet IP 66 & NEMA 250 type 1, 3R, 4X, 6P, and 12 ratings.

The JB shall be made of fiberglass and include a 316 stainless steel backplate.

3.0 Connector block. The JB shall have nine terminal blocks; these blocks’ connections shall employ insulation displacement technology.

The JB shall have a nominal current of 17.5 A and a nominal voltage of 500 V. Its maximum load current shall be 17.5 A. The JB shall accept wire ranging in size from 24–16 AWG.

Click 656

Cabinet interface device The Click 656 provides support for SmartSensor Matrix and Advance in one compact case. This module communicates directly to the controller through SDLC, and supports contact closure devices as well. It also provides power, surge protection, and Ethernet connectivity for all sensors.

˿ Provides power, connectivity, and surge protection for up to six SmartSensors

˿ Sends sensor detection data directly to controller through the SDLC port

˿ Provides up to 64 detector chan-nels via SDLC communications

˿ Can also be used to send sensor detection data to contact closure cards

˿ Provides an Ethernet port for network connectivity

˿ Has a power switch for each sensor, allowing you to easily turn them off one by one

˿ Has multiple configuration con-nections for communicating from your computer to the connected sensors:

˿ Can be easily installed in standard 19” cabinet or used on a shelf

˿ Can be used in place of preassem-bled backplates and other cabinet devices

Click 656 cabinet interface device www.wavetronix.com

CONTROL

DATA

Status Ethernet

RXTXPort 1 SDLC

SDLC

Serial

+D C

-D C

+485 -485

GN

D

RDTDOKPW

Sensors 1-6

PW

R

PW

R

OLED Panel & Keypad FRONT

Data Bus RS-485 Connectors, Ethernet Port

Control Bus RS-485 Connectors, USB Connectors, SDLC LED Indicators, Port 1 SDLC, RS-232 Connector and LED Indicators

T-bus 5-position Connector

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Included components

Physical

x 18.5 cm)

Mounting

Power

Connections and communication ˿ Power

to sensors ̀ Cable terminal points for sensor power and RS-485 communications

Wavetronix intersection preassembled backplates ˿ Six RJ-11 jacks on faceplate of device for connecting to contact closure devices

and are for sending detection data from sensors on to contact closure devices such as rack cards (which are not included)

face of control bus and are for connecting to the sensors to configure them

send DC power and RS-485 communications to other devices connected to a T-bus

Other features ˿ Four multicolored LEDs with activity indicating functions:

surges ̀ Green LED (TD) illuminates when data is transmitted on the control bus ̀ Yellow LED (RD) illuminates when data is received on the control bus ˿ Each data bus RJ-11 jack on the faceplate corresponds to one sensor and has the following features:

using web browser ˿ Device supports connecting up to six SmartSensors to the controller, providing up to 64 detector channels via SDLC communications

Ordering information Click 656 102-0451

Accessories 102-0462 – Click 656 3U Mounting Shelf 102-0531 – U-mount Rail and Screws 310-0411 – SDLC Cable 310-0413 – SDLC Y Cable 102-0449 – 4-port SDLC Hub

Contact us 801.734.7200 sales@wavetronix.com

NEMA TS2-2003 testing ˿ Complies with the applicable standards stated in the NEMA

TS2-2003 Standard ˿ Test results available for each of the following tests:

second at minimum and maximum AC supply voltage

FCC testing ˿ FCC-compliant

Testing ˿ Passes manufacturer’s test before shipping

Surge immunity

Extended support ˿ Extended support options are available from Wavetronix;

contact a Wavetronix representative for more information

Warranty ˿ Two-year warranty against material and workmanship defect

1.0 General. This item shall govern the purchase and installation of a cabinet interface device (CID) equivalent to the Wavetronix Click 656.

Test results and other documentation demonstrating performance and capabilities shall be provided.

2.0 Product description. The CID shall be a module that provides power and surge protection and that communicates with contact closure devices, ethernet, and controllers through SDLC. The CID shall be shipped with the AC power cord, Ethernet cable, and terminal blocks necessary for wiring it, as well as with an extra fuse.

3.0 Physical. The CID shall not exceed 6 lbs. (2.72 kg) in weight.

The CID shall not exceed 6.6 in. × 5.125 in. × 7.3 in. (16.8 cm x 13 cm x 18.5 cm) in its physical dimensions.

The CID shall operate in the temperature range of -29°F to 165°F (-34°C to 74°C) and in humidity up to 95% RH.

4.0 Mounting. The CID shall be either rack-mounted in a standard 19” rack or shelf-mounted.

5.0 Power. The power supply voltage of the CID shall be 100 to 240 VAC. Its AC frequency shall be 50–60 Hz and the maximum power shall be 112 W at 80ºC.

The CID’s sensor connectors shall output 24 VDC.

6.0 Connections and communication. The CID shall include the following connections for power and communication:

6.1 Power. The CID shall have an IEC AC input.

6.2 Terminal block connectors. The CID shall have six terminal block connectors for connecting to sensors. These connectors shall be for terminating cables that carry power and RS-485 communications to and from the sensors.

6.3 Data RJ-11 connectors. The CID shall have six RJ-11 jacks for sending detection data from sensors to contact closure devices such as rack cards via jumper cables. This data shall be sent via RS-485. These jacks shall make up the physical interface of a dedicated data bus.

6.4 Control connectors. The CID shall have six other communication ports. These ports shall make up the physical interface of a dedi-cated control bus and shall allow users to connect to the sensors and configure them.

6.5 Ethernet connector. The CID shall have an RJ-45 10/100 Ethernet port to allow connection to a local network.

6.6 SDLC port. The CID shall have an SDLC port for direct connection to a traffic controller.

7.0 Other features. The CID shall have the following other features:

7.1 LEDs. The CID shall have four multicolored LEDs with activity-indicating functions:

7.2 Data RJ-11 jack features. The four jacks that make up the physical interface of the data bus (and that each correspond to one sensor) shall have a switch for turning their corresponding sensor off and an LED that indicates when that sensor has power.

7.3 Power switch. The CID shall have a switch for turning power off for the entire device.

7.4 OLED panel with keypad. The CID shall have a OLED panel on the device with a keypad for device configuration.

7.5 Web interface. The CID shall have a web interface for device configuration, accessible through a web browser from a network-connected device.

7.6 Configuration. The CID configuration shall support connecting up to six detectors to the controller, providing up to 64 detector channels via SDLC communications.

8.0 NEMA TS2-2003 testing. The CID shall comply with the applicable standards stated in the NEMA TS2-2003 Standard. Test results shall be made available for each of the following tests:

9.0 FCC testing. The CID shall be FCC-compliant.�

10.0 Testing. Before shipping, each CID shall have passed a manufacturer’s test.

11.0 Surge immunity. The sensor ports of the CID shall conform to IEC/EN 61000-4-5 level 4 standards; the AC input of the CID shall con-form to IEC/EN 61000-4-5 level 3 standards.

12.0 Extended support. Extended support options shall be available. Contact the manufacturer’s representative for more information.

13.0 Warranty. The CID shall be warranted to be free from material and workmanship defects for a period of two years from date of shipment.