ZKDIGIMAX 2BF42-DG05-PC22 People Counter Instruction Manual

ZKDIGIMAX 2BF42-DG05-PC22 People Counter

Product Information

Specifications

• Performance Parameters: Real-time 3D depth information, accurate passenger flow statistics
• Mechanical Parameters: Binocular stereo vision AI sensors
• Passenger Flow Parameters: Human body tracking algorithms

Product Overview

Binocular passenger flow statistics products obtain 3D depth information in real time through binocular stereo vision AI sensors, identify head-and- shoulder features in complex scenes based on head-and-shoulder feature algorithms, and realize accurate passenger flow statistics through human body tracking algorithms. It can be widely used in shopping centers, retail stores, libraries, buildings, public transportation, and other areas requiring traffic statistics.

Product Features

• High statistical accuracy: Over 98% accuracy in indoor lighting environments
• Real-time output of passenger flow statistics
• Supports flash offline storage and wireless WI-FI connection

Passenger Flow Information Definition

Enter: Enters the detection area from the entry direction and exits after crossing the detection line.

Leave: Enters the detection area from the opposite direction and exits after crossing the detection line.

Product Usage Instructions

Application Scenarios

• Lighting Conditions: Ensure proper lighting for accurate detection.
• Surrounding Environment: Consider the environment for optimal performance.

Work Requirements

• Power Supply: Follow specified power requirements for operation.
• Storage and Working Environment: Maintain suitable conditions for storage and operation.
• Camera Connector: Ensure proper connection of the camera.

Frequently Asked Questions

Q: What is the accuracy of the product in different lighting conditions?

A: The product has an accuracy of over 98% in indoor normal lighting environments and up to 95% accuracy in direct sunlight scenarios.

Product Overview

Binocular passenger flow statistics products obtain 3D depth information in real time through gh binocular stereo vision AI sensors, identify head-and- shoulder features in complex scen es based on head-and-shoulder feature algorithms, and realize accurate passenger flow st atistics through human body tracking algorithms. It can be widely used in shopping center s, retail stores, libraries, buildings, public transportation and other needs Traffic statistics scenario.

Product Features

High statistical accuracy:

Based on the leading binocular stereo vision technology, it gets rid of the traditional 2D passenger flow technology is vulnerable to light and field The limits of sound; In the scene of direct sunlight on the street, the accuracy can reach 95%; Indoor normal lighting environment, accuracy of more than 98%; A large number of collection and debugging, to ensure that the product in various scenario s will not appear miscounting.

Large coverage:

Binocular passenger flow statistics equipment with 100 ° large field of view Angle, wider coverage; 3.7m installation height can cover 4.5m width;

Network intelligent devices:

Binocular passenger flow statistics equipment has edge computing capability, and can complete passenger flow statistics and calculations locally Output passenger flow data, low network bandwidth requirements; Real-time output of passenger flow statistics to meet real-time collection and monitoring r requirements; Supports flash offline storage, do not worry about the occurrence of network interruption; Support static IP and DHCP modes, can be flexibly deployed; Wireless WI-FI connection is supported Support wireless WI- FI connection, get rid of the limitations of comprehensive cabling difficulties;

Passenger flow information definition

Enter:

In the statistical area, it enters the detection area from the entry direction and exits the d etection area after crossing the detection line On in. Figure action ①;

Leave:

In the statistical area, enter the detection area from the opposite direction, and exit the d etection area after crossing the detection line Leave. Figure action ④;

History:

In the statistical area, enter the detection area from the entry direction, do not go out of t he detection area, leave from the entry direction area The detection area is counted as passing. Figure action ②③;

Back:

In the statistical area, enter the detection area from the opposite direction, do not go out of the detection area, enter the opposite direction area When leaving the detection area, it is counted as reentry. See action ⑤⑥;

Resident:

Refers to the number of people residing in the current passenger flow detection area in real-time;

Duration:

How long each customer stays in the testing area?

Product specification parameters

Performance Parameters

Table 2-1 shows the product performance parameters of binocular passenger flow statistics:
Table 2-1 Product performance parameters of binocular passenger flow statistics

Visual parameter

Field Angle| Horizontal 100°, Vertical 70°
Depth map resolution| 640400@0～3.5m；1280800@3.5m～6m
Output frame rate| 640*400@25fps
Functional parameter
Accuracy rate| ≥98%
Altitude range| 2.2~6.0m
Coverage area| 1.2~5.5m
Filter height| 0.5~1.2m
Technical parameter
power| 3.2W~3.6W
Power supply mode| POE（802.3af/at）/DC12V
Net cable| Category 5
Networking mode| Wired network/WI-FI
addressing| static IP / DHCP
Offline cache| 90 day
Data upload mode| HTTP POST/HTTPS POST
Data upload mode| 485 x 1 / 6V～24V input IO x1
Working environment
Operating temperature| 0°C~45 °C
Operating temperature| 20~80 %
Storage temperature| -20°C~50 °C
Storage humidity| 20~80 %
防护等级| IP65
package
Structural dimension（

mm）

| 143mmx 70mmx 40mm
weight(g)| 1KG
Installation mode| Top mounting/lifting
Single package size: 2120.510cm, single package gross weight: 800g

Outer box size: 55x45x45cm (20 sets), gross weight: 17kg

Mechanical Parameters

Passenger flow parameters

Table 2-2 shows the relationship between the coverage width and installation height of the e passenger camera.

Table 2-2 Passenger flow parameters

Chapter three introduces the application scenarios

Lighting Conditions

• Normal lighting: refers to the normal lighting environment in shopping centers/stores/rest aurants;
• Street half sun: refers to the scene of direct sunlight on the street into the door;
• Direct sunlight: refers to the outdoor scene of direct sunlight;
• Dim light: refers to a dim scene in some parking lots/cinemas/bars, etc.

Surrounding Environment

• Ground: suitable for various materials/colors of the ground environment;
• Around: suitable for scenes with walls around/opening and closing doors;

product work requirements

Power Supply Requirements

The camera can use a 12V/2A switching power adapter or POE power supply. Table 4-1 lis ts the voltage parameters As shown.

Table 4-1 Power supply voltage parameters

DC12V (±10%)

|
Average value: 7.0W

Maximum value: 7.2W

Attention:

1. Using incorrect power supply may damage the camera;

2. Do not use power supply with voltage greater than DC12V (±10%);

3. The camera only supports the following three working modes, and does not support both wired and wireless working scenarios:

4. WI-FI connection network and DC12V power supply;

5. POE power supply and wired network connection;

6. Wired network and DC12V power supply;

Storage and working environment requirements

• Operating temperature: 0°C~45 °C;
• Working humidity: 20~ 80%;
• Storage temperature: -20°C~50 °C;
• Storage humidity: 20~ 80%;

Note: An effective means of heat dissipation must be provided to maintain a stable indoor temperature, the following guidelines must be followed, and in all cases, the indoor tempe rature must be monitored and ensured that the temperature does not exceed 50 °C Heat down.

Camera Connector

The binocular passenger flow product leads to two connectors on the rear side, namely D C JACK and Ethernet. Ethernet among them The ports are used for data transmission and POE power supply, and the DC JACK ports are used for 12V power supply.

Attention:

1. Using power supply higher than 12V (±10%) will damage the product;
2. It is recommended to use standard POE power supply devices, non-standard POE power supply devices will cause damage to the camera;

FCC Statement

Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:

1. This device may not cause harmful interference, and
2. this device must accept any interference received, including interference that may cause undesired operation.

Any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance 20cm between the radiator & your body.

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