Optex Virtual Detectors Vehicle Detectors

Optex OVS-01GT Vehicle Presence Sensor, Loop Detector, No Inground Loop Required

$424.95

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Optex OVS-02GT Vehicle Loop Detector Sensor , Safety Device, No Inground Loop Required

$449.95

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OPTEX OVS-02GT, Virtual Loop 2.0 Loop Detector, Safety Device, No Inground Loop Required - LIGHT GRAY

$449.95

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OPTEX OVS-01CC, 26' Range Vehicle Presence Sensor Car Counting

$424.95

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OPTEX OVS-MPY, 30" Mini Post for Road Surface Mounting OVS Series - Yellow

$184.95

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OPTEX OVS-MPB, 30" Mini Post for Road Surface Mounting OVS Series - Black

$184.95

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OPTEX OVS-MPYCURB, 23" Mini Post for Curb Mounting OVS Series - Yellow

$184.95

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OPTEX OVS-MPBCURB, 23" Mini Post for Curb Mounting OVS Series - Black

$184.95

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OPTEX OVS-LBBL, Black Aluminum L-Bracket for Mounting the OVS-01GT and OVS-01CC

$84.40

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OPTEX OVS-HDCAGE, Anti Vandal Cage Powder coated black

$76.00

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OPTEX OVS-50 TNR, Hybrid Photoelectric 50' Dual Beam UL325 Compliant 8 Year Battery

$334.95

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OPTEX OAM-Explorer, MW-IR w/3 rows combination sensor for industrial door

$320.00

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OPTEX OAM-Explorer Mount , Mounting bracket for the OAM Explorer 36"

$160.00

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OPTEX OAM-S-Mount , Sectional door mount for the OAM Explorer

$225.00

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OPTEX OAM-Explorer RH, OAM Explorer Rain Hood

$68.00

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OPTEX Link-BT1C, Wireless Dry Contact Converter for OAM-EXPLORER

$199.00

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Frequently Asked Questions : Optex Virtual Detectors Vehicle Detectors

Q1: What are Optex virtual detectors?

A1: Optex virtual detectors are non-contact vehicle sensors designed to detect the presence of a vehicle without the need for ground-buried inductive loops. They utilize microwave and ultrasonic waves to establish a detection zone, signaling a gate or barrier operator when a vehicle enters the specified area.

Q2: How does microwave detection technology work in these sensors?

A2: Microwave technology in these sensors operates by emitting high-frequency radio waves that reflect off metallic objects. The sensor monitors changes in the frequency or time-of-flight of the reflected waves to accurately determine the presence of a vehicle within the detection field.

Q3: What are the primary advantages of virtual detectors over inductive loops?

A3: Virtual detectors eliminate the need for concrete cutting or asphalt trenching required for traditional inductive loops. This simplifies the hardware integration process, especially in locations where the ground surface cannot be disturbed or where high-water tables make buried wires impractical.

Q4: What is the typical mounting height and position for these sensors?

A4: For optimal performance, these sensors are typically mounted on a post or wall at a height of approximately 20 to 35 inches. The exact positioning depends on the specific model and the required detection zone, as detailed in the manufacturer's technical documentation.

Q5: Can Optex virtual detectors differentiate between vehicles and humans?

A5: Many Optex virtual detectors, such as the OVS series, feature sophisticated logic that distinguishes between metallic vehicle masses and pedestrians. This prevents unnecessary gate cycles triggered by foot traffic while ensuring reliable detection of cars, trucks, and motorcycles.

Q6: Are Optex virtual detectors compatible with all gate operators?

A6: These detectors generally feature standard dry contact relay outputs, making them technically compatible with most commercial and industrial gate control boards. It is necessary to verify that the gate operator provides the correct input voltage and can process the signal according to the system's logic requirements.

Q7: How do environmental conditions like rain or snow affect performance?

A7: Optex sensors are engineered with weather-resistant housings and software algorithms to filter out environmental interference. While heavy precipitation or significant snow buildup on the lens can occasionally impact sensitivity, microwave technology is generally more stable in varying weather than many photoelectric alternatives.

Q8: What type of wiring is required for a virtual detector installation?

A8: These units typically require a multi-conductor low-voltage cable to provide power and transmit the relay signal to the gate operator. For specific wire gauge requirements and terminal mapping, refer to the manufacturerâ€™s wiring diagram or hire a qualified local professional.

Q9: What maintenance is required for these sensors?

A9: Routine maintenance involves keeping the sensor lens free of heavy dirt, ice, or debris by wiping it with a clean, soft cloth. It is also important to periodically verify that the mounting hardware is secure and that the sensor remains correctly aligned with the intended detection zone.

Q10: What should be done if the detector is not sensing vehicles accurately?

A10: If the sensor fails to detect vehicles or provides false triggers, first check for physical obstructions or lens cleanliness. For advanced calibration, sensitivity adjustments, or electrical troubleshooting, consult the manufacturer's manual or hire a local qualified professional.

Optex Virtual Detectors Vehicle Detectors

Products [16]

Frequently Asked Questions : Optex Virtual Detectors Vehicle Detectors

Q1: What are Optex virtual detectors?

Q2: How does microwave detection technology work in these sensors?

Q3: What are the primary advantages of virtual detectors over inductive loops?

Q4: What is the typical mounting height and position for these sensors?

Q5: Can Optex virtual detectors differentiate between vehicles and humans?

Q6: Are Optex virtual detectors compatible with all gate operators?

Q7: How do environmental conditions like rain or snow affect performance?

Q8: What type of wiring is required for a virtual detector installation?

Q9: What maintenance is required for these sensors?

Q10: What should be done if the detector is not sensing vehicles accurately?