EDI Loop Detectors Vehicle Detectors

EDI-LMH4-11 Heavy Duty Connecting Harness - Designed for All 11-Pin Box Type Vehicle Detectors

EDI LMH4-11 Heavy-Duty 11-Pin Box Type Vehicle Detector Harness, 4 Ft

$16.50

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EDI LMA-1800 Loop Detector for Detection of Vehicles, Inductive Loop, LMA-1800

EDI LMA-1800 Plug-In Vehicle Loop Detector, Low Voltage, Dual Solid-State Outputs

$94.00

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EDI LMA-1500 Loop Detector for Detection of Vehicles, Inductive Loop, LMA-1500

EDI LMA-1500 Plug-In Vehicle Loop Detector, Low Voltage, Dual Solid-State Outputs

$94.00

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EDI LMA-1500-LP Low Power Loop Detector, Solar Compatible Loop Detector

EDI LMA-1500-LP Ultra Low-Power Plug-In Vehicle Loop Detector for Solar Gate Systems

$95.00

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EDI LMA-1800-LP Low Power Loop Detector, Solar Compatible Loop Detector

EDI LMA-1800-LP Low-Power Plug-In Vehicle Loop Detector for Solar and Battery Gate Systems

$95.00

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EDI LMA-200 Loop Detector for Detection of Vehicles, Inductive Loop

EDI LMA-200-LV Low Voltage Dual Output Inductive Loop Detector

$98.00

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EDI LMA-200 Inductive Loop Vehicle Detector, Exit Loop Detector

EDI LMA-200-HV High Voltage Dual Output Inductive Loop Detector

$98.00

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EDI LMA-100 Exit Loop Detecot, Detects Vehicle for Exit or Safety

EDI LMA-100-HV High Voltage Single Output Inductive Loop Detector

$99.00

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EDI LMA-1150 Loop Detector for Detection of Vehicles, Inductive Loop

EDI LMA-1150-LV Low Voltage Single Relay Inductive Loop Detector

$99.00

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EDI LMA-1150 Inductive Loop Vehicle Detector, Exit Loop Detector

EDI LMA-1150-HV High Voltage Single Relay Inductive Loop Detector

$99.00

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EDI LMA-1250-LP Low Power Loop Detector, Solar Compatible Loop Detector

EDI LMA-1250-LP Low Power Solar Compatible Dual Relay Loop Detector

$102.00

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

EDI LMA-100-LV Low Voltage Single Output Inductive Loop Detector

$104.95

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EDI LMA-1250 Inductive Loop Vehicle Detector, Safety Loop Detector

EDI LMA-1250-HV High Voltage Dual Relay Inductive Loop Detector

$104.95

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EDI LMA-1250-LV 11-Pin Vehicle Loop Detector, 12/24V Low Voltage, Dual Relay

$104.95

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EDI LMA-1150S Loop Detector for Detection of Vehicles, EDI LMA-1150S-LV (12Vdc, 24Vdc, & 24Vac) Fail-Secure

EDI LMA-1150S-LV Fail-Secure 11-Pin Vehicle Loop Detector, 12/24V Low Voltage

$112.00

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EDI LMA-1150S Loop Detector for Detection of Vehicles, EDI LMA-1150S-HV (120Vac & 240Vac) Fail-Secure

EDI LMA-1150S-HV Fail-Secure 11-Pin Vehicle Loop Detector, 120/240 VAC

$112.00

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EDI LMA-1250S Loop Detector for Detection of Vehicles, EDI LMA-1250S-HV (120Vac & 240Vac) Fail Secure

EDI LMA-1250S-HV Fail-Secure 11-Pin Vehicle Loop Detector, 120/240 VAC, Dual Relay

$119.00

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EDI LMA-1250S Loop Detector for Detection of Vehicles, EDI LMA-1250S-LV (12Vdc, 24Vdc, & 24Vac) Fail Secure

EDI LMA-1250S-LV Low Voltage Fail Secure Dual Relay Loop Detector

$119.00

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Frequently Asked Questions : EDI Loop Detectors Vehicle Detectors

Q1: What is the primary function of an EDI vehicle loop detector?

A1: An EDI loop detector is an electronic sensing device that monitors buried inductive loops to identify the presence of metallic vehicle masses. It interfaces with gate operators to trigger functions such as opening, holding, or reversing a gate based on vehicle detection.

Q2: How does an EDI inductive loop detector function?

A2: The detector applies an alternating current to a buried wire loop, creating an electromagnetic field. When a vehicle passes over the loop, its metallic mass causes a change in inductance, which the detector identifies as a trigger event to activate an internal relay.

Q3: Are EDI loop detectors compatible with most gate operator brands?

A3: Most EDI detectors utilize standardized pin configurations or relay outputs, allowing for technical compatibility with many industrial and commercial gate operators. It is necessary to verify specific voltage and wiring requirements in the gate operator's manual before integration.

Q4: What is the difference between fail-safe and fail-secure operation?

A4: In fail-safe mode, a power loss or detector fault will trigger the gate to open or remain open to prevent vehicle entrapment. In fail-secure mode, the system ignores a fault, and the gate remains in its current state or requires manual override.

Q5: How do sensitivity settings on EDI detectors impact performance?

A5: Sensitivity adjustments allow the detector to identify various vehicle sizes, including motorcycles or high-clearance trucks. Proper calibration ensures that the detector ignores environmental interference while maintaining a reliable response to the intended metallic targets.

Q6: Why is frequency adjustment critical for EDI vehicle detectors?

A6: Frequency adjustment allows multiple inductive loops to operate in the same area without electrical cross-talk or interference. Setting adjacent detectors to different frequencies prevents false triggers and ensures stable system operation.

Q7: What do the LED diagnostic indicators on an EDI detector signify?

A7: Integrated LED lights provide visual feedback regarding power status, vehicle detection, and loop faults. A flashing or red LED typically indicates a technical issue such as a short circuit, an open loop, or an improper inductance range in the buried wire.

Q8: Can EDI loop detectors be used in solar-powered gate systems?

A8: Certain EDI models are engineered with low-current draw features specifically for battery-operated or solar-powered systems. Technical specifications for standby current should be reviewed to ensure alignment with the system's battery and solar capacity.

Q9: What routine maintenance is required for EDI detection components?

A9: The electronic detector module is generally maintenance-free, but the area above the buried loop should remain clear of large metallic debris. For technical troubleshooting, wiring repairs, or component replacement, refer to the manufacturer's documentation or consult a local qualified professional.

Q10: What should be done if an EDI loop detector continuously holds the gate open?

A10: A continuous trigger often indicates a short in the burial wire, incorrect sensitivity settings, or interference from a nearby metallic object. For advanced electrical diagnostics, inductance testing, or internal repairs, refer to the manufacturer's instructions or consult a local qualified professional.

EDI Loop Detectors Vehicle Detectors

Products [18]

Frequently Asked Questions : EDI Loop Detectors Vehicle Detectors

Q1: What is the primary function of an EDI vehicle loop detector?

Q2: How does an EDI inductive loop detector function?

Q3: Are EDI loop detectors compatible with most gate operator brands?

Q4: What is the difference between fail-safe and fail-secure operation?

Q5: How do sensitivity settings on EDI detectors impact performance?

Q6: Why is frequency adjustment critical for EDI vehicle detectors?

Q7: What do the LED diagnostic indicators on an EDI detector signify?

Q8: Can EDI loop detectors be used in solar-powered gate systems?

Q9: What routine maintenance is required for EDI detection components?

Q10: What should be done if an EDI loop detector continuously holds the gate open?