Base Loop Detectors Vehicle Detectors

BASE LD-1150-HV Inductive Loop Vehicle Detector, BASE-LD-1150-HV Exit Loop Detector

BASE LD-1150-HV High-Voltage Single Channel Deflectometer Inductive Loop Vehicle Detector

$99.00

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BASE LD-1150-LV Loop Detector for Detection of Vehicles, BASE LD-1150-LV Inductive Loop

BASE LD-1150-LV Low-Voltage Single Channel Deflectometer Inductive Loop Vehicle Detector

$99.00

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BASE LD-1800 Loop Detector for Detection of Vehicles, Inductive Loop, LD-1800

BASE LD-1800 Plug-In Vehicle Loop Detector, EDI LMA-1800 Related Replacement

$94.00

(1)

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BASE LD-1250-HV Inductive Loop Vehicle Detector, Safety Loop Detector

BASE LD-1250-HV High-Voltage Single Channel Programmable Dual-Relay Deflectometer Loop Detector

$104.95

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BASE LD-1250-LV Loop Detector for Detection of Vehicles

BASE LD-1250-LV Low-Voltage Single Channel Programmable Dual-Relay Deflectometer Loop Detector

$104.95

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BASE LD-1500 Low Power Loop Detector, Solar Compatible Loop Detector

BASE LD-1500 Low-Voltage Low Power Deflectometer Inductive Loop Vehicle Detector

$95.00

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BASE LD-100-HV Exit Loop Detecot, Detects Vehicle for Exit or Safety

BASE LD-100-HV High-Voltage Single Channel Inductive Loop Vehicle Detector

$95.00

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EDI LMA-100 Loop Detector, Inductive Loop Safety Vehicle Detector

BASE LD-100-LV Low-Voltage Single Channel Inductive Loop Vehicle Detector

$104.95

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BASE LD-200-HV Inductive Loop Vehicle Detector, Exit Loop Detector

BASE LD-200-HV High-Voltage Single Channel Dual-Output Deflectometer Loop Detector

$98.00

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BASE LD-200-LV Loop Detector for Detection of Vehicles, Inductive Loop

BASE LD-200-LV Low Voltage Dual Output Loop Detector

$98.00

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BASE LMH6-11 Heavy Duty Connecting Harness - Designed for All 11-Pin Box Type Vehicle Detectors

BASE LMH6-11 Heavy Duty 11-Pin Loop Detector Harness

$12.50

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BASE LD-1150S-LV Low-Voltage Single Channel Deflectometer Inductive Loop Vehicle Detector

$112.00

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BASE LD-1150S-HV Loop Detector for Detection of Vehicles, BASE LD-1150S-HV Inductive Loop

BASE LD-1150S-HV High-Voltage Single Channel Deflectometer Inductive Loop Vehicle Detector

$112.00

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BASE LD-1250S-LV Loop Detector for Detection of Vehicles, BASE LD-1250S-LV Inductive Loop

BASE LD-1250S-LV Low-Voltage Single Channel Programmable Dual-Relay Deflectometer Loop Detector

$119.00

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BASE LD-1250S-HV Loop Detector for Detection of Vehicles, BASE LD-1250S-HV Inductive Loop

BASE LD-1250S-HV High-Voltage Single Channel Programmable Dual-Relay Deflectometer Loop Detector

$119.00

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Frequently Asked Questions : Base Loop Detectors Vehicle Detectors

Q1: What is a base loop detector in gate automation?

A1: A base loop detector is an electronic module that plugs into a standard base or wiring harness to identify the presence of a vehicle. It monitors changes in the electromagnetic field of a buried inductive loop and sends a relay signal to the gate control board.

Q2: How does a base loop detector interface with an inductive loop?

A2: The detector supplies an alternating current to the buried wire loop, generating a magnetic field. When a metallic vehicle disrupts this field, the inductance changes, prompting the detector to trigger an output relay to open or hold the gate.

Q3: Are base vehicle detectors universally compatible with all gate operators?

A3: While many base detectors utilize standard configurations like an 11-pin connection, compatibility depends on the specific gate operator's logic board. It is necessary to verify pinout requirements and voltage ratings in the manufacturer's technical manual before installation.

Q4: What is the difference between fail-safe and fail-secure operation on a base detector?

A4: In fail-safe mode, a power failure or loop fault causes the detector to signal the gate to open, preventing vehicle entrapment. In fail-secure mode, the system ignores the fault, meaning the gate remains in its current position or requires manual intervention.

Q5: How do sensitivity settings function on a base loop detector?

A5: Sensitivity switches allow the detector to be calibrated for different metallic masses, ranging from motorcycles to high-clearance trucks. Proper adjustment ensures accurate vehicle detection while filtering out environmental electromagnetic interference.

Q6: Why is frequency adjustment necessary for vehicle loop detectors?

A6: Adjusting the frequency allows multiple inductive loops to operate in close proximity without electrical cross-talk. Assigning different frequencies to adjacent detectors prevents signal interference that could cause erratic gate behavior.

Q7: Can a single base loop detector monitor multiple wire loops?

A7: Standard single-channel base detectors are designed to monitor one inductive loop circuit for precise sensitivity and detection. Applications requiring multiple distinct functions, such as exit and safety loops, require separate detector modules.

Q8: What do the LED diagnostic lights on a base loop detector signify?

A8: Integrated LED indicators display the operational status, including power supply, vehicle detection events, and hardware faults. A flashing error light typically indicates a compromised buried wire, an open circuit, or a shorted loop.

Q9: Do environmental factors impact the reliability of loop detectors?

A9: The detector module is protected within the operator cabinet, but the buried loop wire is susceptible to ground shifting, moisture, and freeze-thaw cycles. Damaged wire insulation can cause erratic inductance readings and false triggers.

Q10: What should be done if a base loop detector fails to trigger the gate?

A10: If the detector is unresponsive or displays a fault code, verify that the loop area is clear of metallic debris and check all visible pin connections. For advanced electrical testing, inductance measurement, or component replacement, consult the manufacturer's manual or hire a local qualified professional.

Base Loop Detectors Vehicle Detectors

Products [15]

Frequently Asked Questions : Base Loop Detectors Vehicle Detectors

Q1: What is a base loop detector in gate automation?

Q2: How does a base loop detector interface with an inductive loop?

Q3: Are base vehicle detectors universally compatible with all gate operators?

Q4: What is the difference between fail-safe and fail-secure operation on a base detector?

Q5: How do sensitivity settings function on a base loop detector?

Q6: Why is frequency adjustment necessary for vehicle loop detectors?

Q7: Can a single base loop detector monitor multiple wire loops?

Q8: What do the LED diagnostic lights on a base loop detector signify?

Q9: Do environmental factors impact the reliability of loop detectors?

Q10: What should be done if a base loop detector fails to trigger the gate?