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Overview

Specifications

Place of Origin:Guangdong, China (Mainland)     Brand Name:NOBLE      Model Number:NBLD-100

Cover Material:ABS                              Power consumption max:<3VA

Power supply:85-240VAC 12-24VADC                Working temperature::20centigrade to 65centigrade

Connector:Amphenol 86-CP11                      Weight:<160grams

Reading range:10-180ms                          Size:76(L)*42(W)*74(H)

Frequency Range:40-80KHZ

Packaging & Delivery

Packaging Details:carton: 20pcs or 50pcs/CTN, or according to clients request

Delivery Detail:2-3 days for sample, 10-15 days for normal order

Two Relay Output Loop Detector for Car Parking System

A. Loop detector parameters

1. Voltage: 85-240VAC or 12-24VADC

2. Working Temperature: -20 centigrade to 65

3. Loop Inductance:50-230 μH

4. Loop Lead:  <500M

5. Relay : operating/no load current

6.Impulse Time: >250ms

7. Remote Range: 20m

8. Response Time: 10-180ms

B. The operation theory of  loop detector

The LD110 is a single channel inductive loop detectors. The principle is based on a change in the inductance within the loop which is caused by the metallic components of passing vehicles. The changes are picked up and evaluated by a microprocessor. Ease of use due to the automatic calibration when the operating voltage is applied.

C. Loop Detector features:

1.The NBLD-100 is intelligent,extremely flexible and very affordable product.

2.The NBLD- 100 is designed to accommodate numerous applications,

can be adjusted intelligently to any environments and virtually eliminating false detection.

 3.Four selectable loop frequencies(40~80KHz),succeed in solving the interference/crosstalk of       nearby loop by using different frequency; 

4.Sensitivity with 16grades selection,apply for different cars.

5.Two color LED status indicator,Power and Loop Fault indication.

6. No warm up required.

D. Applications of Detector

Loop detectors are used wherever vehicles have to be detected. Like monitoring and safe guarding access ways for counting vehicles. The output signal can be used for controlling door and gate drive mechanisms, road barriers, controlling traffic light systems in car parks or activating card dispensers in car parks.