Hyde Park Electronics Schneider Electric Sensor Competency Center AG-007-NMFA Vehicle Sensor User Manual iVALET op ins production a

Hyde Park Electronics LLC DBA Schneider Electric Sensor Competency Center Vehicle Sensor iVALET op ins production a

Manual

iVALET Ultrasonic Vehicle Sensor Proprietary Information only for use with the iVALET Parking Management System. OPERATOR INSTRUCTIONS (production – February 21, 2006) This self-contained battery operated ultrasonic sensor provides a status output signal that corresponds to the absence or presence of an object at or beyond its limit setting. The output status is provided as a DIO bit on the Millennial Net iB-5409 iBean wireless endpoint digital interface. Battery installation – The top dome of the sensor case is separated from the flat base by twisting the dome clockwise about a 3 degree rotation. This will allow the dome to be separated from the flat base plate. Install a single 3.6 volt lithium AA battery oriented in the battery holder with the battery minus toward the spring. Reassemble the case by lining up the three forked tabs of the flat base with the three slots in the dome and turn the dome counter-clockwise about 3 degrees until it won’t rotate any further. The sensor will now be operational. Sensor interface – The sensor uses Millennial Net iBean line DIO 3 for the status output and DIO 2 for the Teach input. DIO 3 – A “1” on this line indicates the presence of a vehicle in the parking space, “0” indicates empty. This line is updated every 9 seconds when the sensor completes its sample. This will maintain its output while the sensor is in sleep mode between samples. DIO 2 – This is an input from iBean that commands the sensor to sample the ground to set its limit. A “1” on this line will cause the sensor to go into teach mode the next time it wakes up. When in teach mode the sensor will take a sample and the first target it sees will be considered the ground. The sensor will continue to set its limit every sample as long as DIO 2 is set to “1”. If the sensor does not see any target during Teach then it retains its previous limit. When a limit is set, the actual limit is 30.5cm(12 in) closer the sensor. This provides a hysteresis band to prevent false sampling. Changes or modifications not expressly approved by Hyde Park Electronics LLC could void the user’s authority to operate the equipment. General Specifications Power Supply: (for both sensor and wireless interface) Batteries: Single 3.6volt lithium AA 1.9 Ahr Saft model LS 14500 Tadiram model TL-5104 or equivalent Battery Voltage Requirement: 2.9 to 3.6 VDC 10 mA max during scan and transmit for 50 msec max. 120uA during sleep mode in between scans Protection: reverse-polarity Output; iBean interface signal: DIO 3 Status: “0” = parking space empty “1” = Parking space occupied Teach input: iBean interface signal: DIO 2 Status: “0” = normal operation “1” = Teach Ground Level Response Time: 19 seconds max due to sensor and wireless latency Operating Temperature: -30°C to 50°C (-22°F to 122°F) Sensing: [TA=20°C (68°F)] -Large Flat Target Range: 1.25m (48in) to 3.5m (138 in) Maximum plane-reflector angle: +/- 8° Sonic Cone Angle: +/- 30° Window-edge accuracy: ±50 mm (2 in.) @ constant temperature Minimum object size flat plane: 1.5 m (60 in) square at 3.05m (120”) range, 0° tilt Factory Set sensing window 2.75m (108in.) to max range of 3.5m (138 in) Temperature Compensation NOT Temperature Compensated Sensor Dimensions: 17cm(6.75in) dia. by 5.1cm(2.0in) tall Sensor Connector Cable: n/a Sensor Materials: Housing: PC-ABS Transducer face: Aluminum Cable: n/a LED: n/a Sensor Ratings and Approvals: FCC Part 15 HYDE PARK ELECTRONICS LLC 1875 Founders Drive Dayton, Ohio 45420-4017 Phone (937) 252-2121 Fax (937) 258-5830 Email: hydepark@hpsensors.com Web Site: http://www.hpsensors.com © 2006 Hyde Park Electronics LLC

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