ZKTeco INBIO160 PRO PLUS InBio Pro Plus Series User Manual

Product Name and Model Number User Manual

Thank you for choosing our product. Please read the instructions carefully

before operation. Follow these instructions to ensure that the product is

functioning properly. The images shown in this manual are for illustrative

purposes only.

For further details, please visit our Company’s website

www.zkteco.com.

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Without the prior written consent of ZKTeco, no portion of this manual can be copied or forwarded in any

way or form. All parts of this manual belong to ZKTeco and its subsidiaries (hereinafter the "Company" or

"ZKTeco").

Trademark

is a registered trademark of ZKTeco. Other trademarks involved in this manual are owned by

their respective owners.

Disclaimer

This manual contains information on the operation and maintenance of the ZKTeco equipment. The

is the property of ZKTeco. The contents hereof should not be used or shared by the receiver with any third

party without express written permission of ZKTeco.

The contents of this manual must be read as a whole before starting the operation and maintenance of

the supplied equipment. If any of the content(s) of the manual seems unclear or incomplete, please contact

ZKTeco before starting the operation and maintenance of the said equipment.

It is an essential pre-requisite for the satisfactory operation and maintenance that the operating and

maintenance personnel are fully familiar with the design and that the said personnel have received thorough

training in operating and maintaining the machine/unit/equipment. It is further essential for the safe

operation of the machine/unit/equipment that personnel has read, understood and followed the safety

instructions contained in the manual.

In case of any conflict between terms and conditions of this manual and the contract specifications,

drawings, instruction sheets or any other contract-related documents, the contract conditions/documents shall

prevail. The contract specific conditions/documents shall apply in priority.

ZKTeco offers no warranty, guarantee or representation regarding the completeness of any information

contained in this manual or any of the amendments made thereto. ZKTeco does not extend the warranty of any

kind, including, without limitation, any warranty of design, merchantability or fitness for a particular purpose.

ZKTeco does not assume responsibility for any errors or omissions in the information or documents which

are referenced by or linked to this manual. The entire risk as to the results and performance obtained from

using the information is assumed by the user.

ZKTeco in no event shall be liable to the user or any third party for any incidental, consequential, indirect,

special, or exemplary damages, including, without limitation, loss of business, loss of profits, business

interruption, loss of business information or any pecuniary loss, arising out of, in connection with, or

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relating to the use of the information contained in or referenced by this manual, even if ZKTeco has been

advised of the possibility of such damages.

This manual and the information contained therein may include technical, other inaccuracies or

typographical errors. ZKTeco periodically changes the information herein which will be incorporated into

new additions/amendments to the manual. ZKTeco reserves the right to add, delete, amend or modify the

information contained in the manual from time to time in the form of circulars, letters, notes, etc. for

better operation and safety of the machine/unit/equipment. The said additions or amendments are

meant for improvement /better operations of the machine/unit/equipment and such amendments shall

not give any right to claim any compensation or damages under any circumstances.

ZKTeco shall in no way be responsible (i) in case the machine/unit/equipment malfunctions due to any

non-compliance of the instructions contained in this manual (ii) in case of operation of the machine/ unit/

equipment beyond the rate limits (iii) in case of operation of the machine and equipment in conditions

different from the prescribed conditions of the manual.

The product will be updated from time to time without prior notice. The latest operation procedures and

relevant documents are available on http://www.zkteco.com.

If there is any issue related to the product, please contact us.

ZKTeco Headquarters

Address ZKTeco Industrial Park, No. 32, Industrial Road,

Tangxia Town, Dongguan, China.

Phone +86 769 - 82109991

Fax +86 755 - 89602394

For business related queries, please write to us at: [email protected].

To know more about our global branches, visit www.zkteco.com.

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About the Company

ZKTeco is one of the world’s largest manufacturer of RFID and Biometric (Fingerprint, Facial, Finger-vein)

readers. Product offerings include Access Control readers and panels, Near & Far-range Facial Recognition

Cameras, Elevator/floor access controllers, Turnstiles, License Plate Recognition (LPR) gate controllers and

Consumer products including battery-operated fingerprint and face template-reader Door Locks. Our security

solutions are multi-lingual and localized in over 18 different languages. At the ZKTeco state-of-the-art

700,000 square foot ISO9001-certified manufacturing facility, we control manufacturing, product design,

component assembly, and logistics/shipping, all under one roof.

The founders of ZKTeco have been determined for independent research and development of biometric

verification procedures and the productization of biometric verification SDK, which was initially widely

applied in PC security and identity authentication fields. With the continuous enhancement of the

development and plenty of market applications, the team has gradually constructed an identity

authentication ecosystem and smart security ecosystem, which are based on biometric verification

techniques. With years of experience in the industrialization of biometric verifications, ZKTeco was officially

established in 2007 and now has been one of the globally leading enterprises in the biometric verification

industry owning various patents andbeing selected as theNational High-tech Enterprise for 6 consecutive years.

Its products are protected by intellectual property rights.

About the Manual

This manual introduces the operations of the InBio Pro Plus Series.

All figures displayed are for illustration purposes only. Figures in this manual may not be exactly consistent with

the actual products.

Features and parameters with ★ are not available in all devices.

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Document Conventions

Conventions used in this manual are listed below:

GUI Conventions

For Software

Convention

Description

Bold font

Used to identify software interface names e.g. OK, Confirm, Cancel.

Multi-level menus are separated by these brackets. For example, File > Create >

Folder.

For Device

Convention

Description

< >

Button or key names for devices. For example, press <OK>.

[ ]

Window names, menu items, data table, and field names are inside square brackets.

For example, pop up the [New User] window.

Multi-level menus are separated by forwarding slashes. For example, [File/Create/

Folder].

Symbols

Convention

Description

This implies about the notice or pays attention to, in the manual.

The general information which helps in performing the operations faster.

The information which is significant.

Care taken to avoid danger or mistakes.

The statement or event that warns of something or that serves as a cautionary

example.

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Table of Contents

1 SAFETY INSTRUCTIONS

.........................................................................................................................7

1.1 I

MPORTANT

ECURITY

NSTRUCTIONS

.............................................................................................................. 7

1.2 I

NSTALLATION

NSTRUCTIONS

.......................................................................................................................... 8

2 OVERVIEW ............................................................................................................................................10

2.1 I

NTRODUCTION

............................................................................................................................................. 10

2.2 F

EATURES

..................................................................................................................................................... 10

2.3 S

PECIFICATIONS

............................................................................................................................................ 11

2.4 D

IMENSION

...................................................................................................................................................14

2.4.1 INBIO160 PRO PLUS ............................................................................................................................................................ 14

2.4.2 INBIO260 PRO PLUS

............................................................................................................................................................ 15

2.4.3 INBIO460 PRO PLUS ............................................................................................................................................................ 16

2.4.4 METAL ENCLOSURE ...............................................................................................................................................................17

2.5 CONTROL PANEL INDICATORS ........................................................................................................................18

3 INSTALLATION AND CONNECTION

..................................................................................................... 20

3.1 INSTALLING THE METAL ENCLOSURE ON THE WALL ..........................................................................................20

3.2 INSTALLATION WITH ORIGINAL DIN RAIL ........................................................................................................21

3.3 INSTALLATION OF ACCESS CONTROL PANEL WIRES ...........................................................................................22

3.4 CONTROLLER SYSTEM INSTALLATION ............................................................................................................. 23

3.5 ACCESS CONTROL OPERATOR PANEL SYSTEM POWER SUPPLY STRUCTURE .....................................................24

4 TERMINAL AND WIRING DESCRIPTION ...............................................................................................25

4.1 TERMINAL DESCRIPTION ................................................................................................................................25

4.1.1 INBIO160 PRO PLUS ............................................................................................................................................................ 25

4.1.2 INBIO260 PRO PLUS ............................................................................................................................................................ 26

4.1.3 INBIO460 PRO PLUS

............................................................................................................................................................ 27

4.2 W

IRING

ESCRIPTION

................................................................................................................................... 29

4.2.1 POWER WIRING

.....................................................................................................................................................................29

4.2.2 NETWORK WIRING

................................................................................................................................................................30

4.2.3 WIEGAND READER WIRING ...................................................................................................................................................30

4.2.4 AUXILIARY INPUT WIRING

.....................................................................................................................................................31

4.2.5 AUXILIARY OUTPUT WIRING .................................................................................................................................................32

4.2.6 EXIT BUTTON WIRING ...........................................................................................................................................................32

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4.2.7 RS485 READER WIRING .......................................................................................................................................................33

4.2.8 PC485 EXTENSION COMMUNICATION WIRING ...................................................................................................................37

4.2.9 DOOR SENSORS WIRING .......................................................................................................................................................39

4.2.10 LOCK RELAY WIRING

...........................................................................................................................................................39

4.3 CONNECTION WITH KF1000 PRO SERIES READERS .......................................................................................42

4.3.1 KF1000 PRO SERIES READER WIRING .................................................................................................................................42

4.3.2 PARAMETER CONFIGURATIONS ON THE WEBSERVER

............................................................................................................43

4.3.3 PARAMETER CONFIGURATIONS ON THE ZKBIOCVSECURITY SOFTWARE ............................................................................44

4.3.4 VERIFYING REGISTERED USERS ON THE KF1000 SERIES READER

........................................................................................45

4.3.5 HOW TO SEND FACE TEMPLATES DOWN TO THE CONTROLLER

............................................................................................46

4.3.6 ONLINE FIRMWARE UPGRADE .............................................................................................................................................. 55

5 EQUIPMENT COMMUNICATION .......................................................................................................... 56

5.1 A

CCESS

ONTROL

ETWORKING

IRES AND

IRING

....................................................................................56

5.2 TCP/IP C

OMMUNICATION

.............................................................................................................................57

5.3 DIP SWITCH SETTINGS ..................................................................................................................................58

6 LOGIN TO THE WEB SERVER................................................................................................................ 61

6.1 L

OGIN

ERVER

...................................................................................................................................... 61

6.2 B

ASIC

PERATION

AR OF THE

ERVER

................................................................................................. 62

6.3 NETWORK SETTINGS ..................................................................................................................................... 64

7 CONNECT TO ZKBIOCVSECURITY SOFTWARE ....................................................................................70

7.1 S

ET THE

OMMUNICATION

DDRESS

.............................................................................................................70

7.2 C

HANGE

OMMUNICATION

ASSWORD

......................................................................................................... 70

7.3 ADD DEVICE ON THE SOFTWARE ................................................................................................................... 71

7.4 ADD PERSONNEL ON THE SOFTWARE ............................................................................................................ 72

7.5 MOBILE CREDENTIAL★ ................................................................................................................................ 73

8 PRIVACY POLICY

.................................................................................................................................. 78

9 ECO-FRIENDLY OPERATION

.................................................................................................................80

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1 Safety Instructions

1.1 Important Security Instructions

1. Read and follow the instructions carefully before operation. Please keep the instructions for

future reference.

2. Accessories: Please use the accessories recommended by the manufacturer or delivered with

the product. Other accessories are not recommended, including major alarming systems and

monitoring systems. The primary alarming and monitoring system should comply with the

local applicable fire-prevention and security standards.

3. Installation cautions: Do not place this equipment on an unstable table, tripod mount, support,

or base, lest the equipment falls and get damaged or any other undesirable outcome resulting

in severe personal injuries. Therefore, it is essential to install the equipment as instructed by

the manufacturer.

4. All peripheral devices must be grounded.

5. No external connection wires can be exposed. All the connections and idle wire ends must be

wrapped with insulating tapes to prevent any damage to the equipment by accidental contact

of the exposed wires.

6. Repair: Do not attempt to have an unauthorized repair of the equipment. Disassembly or

detachment is risky and likely to cause shock. All repairs should be done by a qualified

technician.

7. If any of the following cases arise, disconnect the power supply from the equipment first and

intimate the technician immediately.

 The power cord or connector is damaged.

 Any liquid or material spilled into the equipment.

 The equipment is wet or exposed to bad weather (rain, snow, etc.).

 If the equipment cannot work properly, even if it is operated as instructed, please be sure

to adjust only the control components specified in the operating instructions. Incorrect

adjustments on other control components may cause damage to the equipment; even the

equipment may fail to operate permanently.

 The equipment falls, or its performance changes dramatically.

8. Replacing components: If it is necessary to replace a component, only the authorized technician can

replace the accessories specified by the manufacturer.

9. Security inspection: After the equipment is repaired, the technician must conduct security

inspection to ensure proper working of the equipment.

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10. Power supply: Operate the equipment with only the type of power supply indicated on the

label. Contact the technician for any uncertainty about the type of power supply.

Violation of any of the following cautions is likely to result in personal injury or equipment

failure. We will not be responsible for the damages or injuries caused thereby.

 Before installation, switch off the external circuit (that supplies power to the system),

including locks.

 Before connecting the equipment to the power supply, ensure the output voltage is within

the specified range.

 Never connect the power before completion of installation.

1.2 Installation Instructions

1. The conduits of wires under relay must match with the metal conduits; other wires can use PVC

conduits, to prevent failure caused by rodent damage. The Control panel is designed with proper

antistatic, lightning-proof, and leakage-proof functions, ensure its chassis and the AC ground

wire are correctly connected and the AC ground wire is grounded physically.

2. It is recommended not to plug/unplug connection terminals frequently when the system is

powered on. Be sure to unplug the connection terminals before starting any relevant welding

job.

3. Do not detach or replace any control panel chip without permission, and an unpermitted operation

may cause damage to the control panel.

4. It is recommended not to connect any other auxiliary devices without permission. All non-

routine operations must be communicated to our engineers in advance.

5. A control panel should not share the same power socket with any other large-current device.

6. It is preferable to install card readers and buttons at the height of 1.4 to 1.5m above the ground or

subject to customers’ usual practice for proper adjustment.

7. It is advised to install control panels at places where maintenance is easy, like a weak electric

well.

8. It is strongly recommended that the exposed part of any connection terminal should not be

longer than 4mm, and specialized clamping tools may be used to avoid short-circuit or

communication failure resulting from accidental contact with excessively exposed wires.

9. To save access control event records, export the data periodically from control panels.

10. Prepare countermeasures according to application scenarios for unexpected power failure, like

selecting power supply with UPS.

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11. To protect the access control system against the self-induced electromotive force generated by an

electronic lock at the instant of switching off/on, it is necessary to connect a diode in parallel (please

use the FR107 delivered with the system) with the electronic lock to release the self-induced

electromotive force during onsite connection for application of the access control system.

12. It is recommended that an electronic lock and a control panel should use separate power

supplies.

13. It is recommended to use the power supply delivered with the system as the control panel power

supply.

14. In a place with substantial magnetic interference, galvanized steel pipes or shielded cables are

recommended, and proper grounding is required.

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2 Overview

2.1 Introduction

InBio Pro Plus Series is a project oriented, high-end product line with distinctive features, including

embedded facial and fingerprint authentication, as well as advanced access control functions.

Equipped with TCP/IP, it enables robust remote management and connectivity over local (LAN) and

wide area networks (WAN), enhancing deployment flexibility and scalability.

Comprising the InBio160 Pro Plus, InBio260 Pro Plus, and InBio460 Pro Plus models, the system

supports up to 3,000 face templates and 20,000 fingerprint templates, a maximum of 100,000 card

users, and 100,000 dynamic QR code capacity.

The InBio Pro Plus Series adopts RS-485 interfaces supporting ZKTeco's RS-485 protocols for facial

reader (KF1100 Pro/ KF1200 Pro) and fingerprint reader (FR1200/ FR1500S). InBio Pro Plus Series also

accommodates ZKTeco's RS-485 and OSDP (Ver 2.1.7) for card reader access and the Series is

compatible with ZKTeco's QR code readers (QR50/ QR500/ QR600). Also, the InBio Pro Plus Series

integrates seamlessly with third-party access control readers via Wiegand interface (W26/ W34/ W66).

To enhance data security, the InBio Pro Plus Series employs the AES 256-bit algorithm encryption to

protect data storage. Also, it utilizes the AES 128-bit algorithm encryption for communication with

readers over RS-485 (ZKTeco's RS-485 or OSDP). Additionally, the InBio Pro Plus Series ensures secure

communications between the server and the web client through HTTPS/ TLS1.2 encryption.

2.2 Features

Embrace Multi Biometrics Authentication

InBio Pro Plus Series is equipped with embedded facial, fingerprint and card authentication. With

RS-485 interfaces, InBio Pro Plus Series is compatible with the ZKTecoo's KF1100 Pro/ KF1200 Pro

(face reader) and FR1200/ FR1500S (fingerprint reader). It allow swiftly transmit face or fingerprint

templates to the InBio Pro Plus via RS-485.

Communication

InBio Pro Plus controllers can be installed easily on your network and support HTTP/ HTTPS

communication. Web server allows setting and modification of network parameters directly and

easily.

Elevated Capacity and Data Security

Support a maximum of 3,000 face template ,up to 20,000 fingerprint templates, up to 100,000 card

users and a maximum of 100,000 Dynamic QR code capacity. By employing the AES 256-bit algorithm

for data encryption, the system safeguards against data loss in the event of a power outage or

interrupted network connection.

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Reduce Maintenance Cost

The InBio Pro Plus Series allows for remote online firmware updates by ZKBio CVSecurity, facilitating

seamless updates not only for the controller but also for the slave RS-485 readers, thereby reducing

maintenance expenses.

Seamless RFID Authentication Integration

With an RS-485 and Wiegand input reader interface, the InBio Pro Plus Series effortlessly connects

with ZKTeco's RS-485/ OSDP (Ver 2.1.7) card readers and supports Wiegand reader formats (W26/

W34/ W66).

Expanded Control and Interface Capabilities

After programming, auxiliary relays can be configured to operate lighting systems, alarm units, and

intrusion detection panels. These relays can also interface with supplementary locking mechanisms

and gate controllers, enhancing overall security and automation.

Three unique InBio Pro Plus Models Available

InBio Pro Plus series comprises three models to suit various project needs. InBio Pro Plus consists of

1-door, 2-door, and 4-door models, that can be mixed and matched in an optimized system architecture

and to reduce the cost of unused capacity architecture.

Advance Access Control Functions

Equipped with a suite of standard access control functions including a built-in web server, support

for up to 14-digit User IDs, customizable access levels and groups, holiday scheduling, antipassback,

anti-tailgating measures, linkage capabilities, global linkage settings, support for multiple verification

methods, and the ability to integrate up to eight expansion boards.

Enhanced Security with Dynamic QR Code

Utilizing an RS-485 QR reader and ZKBio CVSecurity app, the InBio Pro Plus Series offers Dynamic QR

codes and integrates with the visitor module, allowing visitors to access authorization by simply

opening an HTML page on their smartphone.

2.3 Specifications

Model

InBio160 Pro Plus

InBio260 Pro Plus

InBio460 Pro Plus

Operation System

Linux OS

Hardware

CPU: Single Core @ 1.0GHz

RAM: 128MB; ROM: 256MB

Authentication

Method

Card / Password / Fingerprint / Face / QR Code

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Access Point

Capacity

1 Access Point

2 Access Points

4 Access Points

Reader Capacity

2*RS-485 Readers (ZKTeco

RS-485 / OSDP), 2* 26 / 34 / 66

bit Wiegand Readers

4*RS-485 Readers (ZKTeco

RS-485 / OSDP), 4* 26 / 34 / 66

bit Wiegand Readers

8*RS-485 Readers (ZKTeco

RS-485 / OSDP), 4* 26 / 34 / 66

bit Wiegand Readers

IO Expansion Board

Capacity

8pcs EX0808 ( RS-485 connection )

User Capacity

100,000

Card Capacity

100,000 (1:N) (Standard)

Fingerprint

Template Capacity

20,000 (1:N) (Standard)

Face Template

Capacity

3,000 (1:N) (Standard)

QR Code Capacity

100,000 (Static QR Code / Dynamic QR Code)

Transaction Capacity

500,000 (Standard)

Biometric Algorithm

ZKFingerprint V10.0 / V13.0(Default)

ZKLiveface 3.5 / 4

Biometric

Authentication

Speed

<0.3s @ Fingerprint

<0.3s @ Facial

False Acceptance

Rate (FAR) %

FAR

≤

0.0001% @ Fingerprint

FAR

≤

0.01% @ Facial

False Rejection Rate

(FRR) %

FRR ≤ 0.01% @ Fingerprint

FRR ≤ 0.02% @ Facial

Number of Inputs

1 * Exit Button, 1 * Door Status,

1 * AUX Input

64 (with 8pcs of EX0808 IO

expansion board)

2 * Exit Button, 2 * Door Status,

2 * AUX Inputs

64 (with 8pcs of EX0808 IO

expansion board)

4 * Exit Button, 4 * Door Status,

4 * AUX Inputs

64 (with 8pcs of EX0808 IO

expansion board)

Number of Outputs

1*Form C Relay for Lock, 1*Form

C Relay for Aux Output

64 (with 8pcs of EX0808 IO

expansion board)

2*Form C Relay for Lock, 2*Form

C Relay for Aux Output

64 (with 8pcs of EX0808 IO

expansion board)

4*Form C Relay for Lock, 4*Form

C Relay for Aux Output

64 (with 8pcs of EX0808 IO

expansion board)

Max. Card Length

Supports up to 66 bits Card Length

QR Code

PDF417, Data Matrix, MicroPDF417, Aztec scanning in third-party development projects.

Dynamic QR codes on the ZKBio CVSecurity mobile application

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Communication

TCP/IP *1

RS-485: ZKTeco RS-485 / OSDP

(Optional)*1

Wiegand (Input)*2

USB: Type A (USB Drive Only)*1

Aux Inputs *1, Aux Outputs *1,

Electric Lock*1, Door Sensor*1,

Exit Button*1, Alarm*1

TCP/IP *1

RS-485: ZKTeco RS-485 / OSDP

(Optional)*1

Wiegand (Input)*4

USB: Type A (USB Drive Only)*1

Aux Inputs *2, Aux Outputs *2,

Electric Lock*2, Door Sensor*2,

Exit Button*2, Alarm*2

TCP/IP *1

RS-485: ZKTeco RS-485 / OSDP

(Optional)*1

Wiegand (Input)*4

USB: Type A (USB Drive Only)*1

Aux Inputs *4, Aux Outputs *4,

Electric Lock*4, Door Sensor*4,

Exit Button*4, Alarm*4

Standard Functions

Webserver, Upto 14-digit User ID, Access Levels, Access Groups, Holidays,

Anti-passback,Anti-tailgating, Linkage, Global Linkage, Multiple Verification Methods

Access Control

Interface

Wiegand (Card Reader),

RS-485(RS-485 Card Reader/ Fingerprint Reader / Facial Recognition Reader/QR code Reader)

Power Supply

9.6V - 14.4V DC

Operating

Temperature

℃

to 45

℃

Operating Humidity

20% to 80% RH (Non-condensing)

Dimensions (mm)

185.12 mm*106 mm*36.07 mm

226 mm*106 mm*36.07mm

Gross Weight

1.004Kg

1.037Kg

1.098Kg

Net Weight

0.390Kg

0.422Kg

0.494Kg

Supported Software

ZKBio CVSecurity

Installation

Supported DIN Rail mount / Wall-mount / Metal Enclosure (Optional)

Enclosure (Optional)

Size: 350 mm*90 mm*300 mm

(L*W*H)

Material: SPCC steel

Power Supply Unit: input

110V~240V AC,output 12V

2A;1A DC

Backup Battery: Space reserved

[Backup Battery Recommended

size: (L*W*H):151 x 94 x 65 mm)]

Gross Weight:3.57Kg

Size: 350 mm*90 mm*300 mm

(L*W*H)

Material: SPCC steel

Power Supply Unit: input

110V~240V AC,output 12V

4A+1A DC

Backup Battery: Space reserved

[Backup Battery Recommended

size: 151 x 94 x 65 mm(L*W*H)]

Gross Weight:3.57Kg

Size: 350 mm*90 mm*300 mm

(L*W*H)

Material: SPCC steel

Power Supply Unit: input

110V~240V AC,output 12V

4A+1A DC

Backup Battery: Space reserved

[Backup Battery Recommended

size:151 x 94 x 65 mm(L*W*H)]

Gross Weight:3.77Kg

Certifications

ISO14001, ISO9001, CE, FCC, RoHS

Factory ID

AC02-C11H-U10

AC02-C12H-U10

AC02-C14H-U10

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2.4 Dimension

2.4.1 InBio160 Pro Plus

Figure 2-1 InBio 160 Pro Plus Controller Appearance

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2.4.2 InBio260 Pro Plus

Figure 2-2 InBio260 Pro Plus Controller Appearance

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2.4.3 InBio460 Pro Plus

Figure 2-3 InBio460 Pro Plus Controller Appearance

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2.4.4 Metal Enclosure

Figure 2-4 Metal Enclosure Appearance

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2.5 Control Panel Indicators

1. When the InBio160/260/460 Pro Plus is powered on, normally the POWER indicator (red) is lit

constantly, the RUN indicator (green) shall flash slowly (indicating the system is normal), and

other indicators are all off.

 LINK indicator (green): indicates proper TCP/IP connection if it is lit constantly.

 ACT indicator (yellow): indicates transmission of TCP/IP data if it flashes.

 READER RS485 (TX) indicator (yellow): Reader 485 communication indicator, indicates

sending of 485 data if it flashes.

 READER RS485 (RX) indicator (green): Reader 485 communication indicator, indicates

receiving of 485 data if it flashes.;

 EXT RS485 (TX) indicator (yellow): PC485 communication indicator, indicates sending of 485

data if it flashes.

 EXT RS485 (RX) indicator (green): PC485 communication indicator, indicates receiving of 485

data if it flashes.

 Auxiliary output indicator (green): Always (green) indicates it is in use.

 Lock indicator (green): Always (green) indicates lock is open.

 RUN indicator (green): Flashing indicates the system works normally.

 CARD indicator (yellow): indicates input of Wiegand signal if it is lit.

2. Recommended use of wires:

 Use 2-conducotor power cord.

 Use 6-conductor wire between wiegand reader and control panel (RVVP 6*0.5mm) (Choose

the appropriate cord for the interface you connect, such as 6, 8, 10 cord.)

 Use 4-conducotor lock power cord (RVV 4*0.75mm)

 Use 2-conducotor switch power cord (RVV 2*0.5mm)

3. The auxiliary input may be connnected to infrared body detectors, alam switches, etc.

4. The auxiliary output may be connected to door bells, alarms, etc.

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Indicator Diagram:

Figure 2-5 Indicators in the InBio460 Pro Plus

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3 Installation and Connection

Ensure that the device is installed following the provided installation instructions. Failure to do so

may result in voiding of the devices warranty.

3.1 Installing the metal enclosure on the wall

1. According to the mounting holes position of the metal enclosure. Drill four mounting holes in

a suitable spot on the wall and make sure it is about 114 inches (2.9m) above the ground,

which can be adjusted according to actual needs. Take care to leave at least 3.937 inches (100

mm) on the left side of the metal enclosure.

2. Place the Anchors in the mounting holes.

3. Then f ix the metal enclosure with the self-tapping screws as shown below.

Figure 3-1 Installation the metal enclosure on the wall

Note: The metal enclosure is equipped with an tamper alarm switch. When it is working normally, please

keep the enclosure closed.

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3.2 Installation with original DIN rail

1. Mount the original DIN rail directly onto the enclosure, as illustrated in the figure below.

Figure 3-2 Mount the DIN rail

2. Engage the hooks on the top of the controller with the DIN rail and firmly press the controller

onto the rail until it locks into place, as depicted in Figure 3-3 below.

Figure 3-3 Mount the controller to the DIN rail adapter

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3.3 Installation of access control panel wires

Figure 3-4 Access Control Panel Wire Installation Diagram

Remarks:



Ensure the power supply is disconnected before connecting the wires; otherwise, it may cause

severe damage to the equipment.



The access control wires must be separated according to heavy and light current; the control

panel wires, electronic lock wires, and exit button wires must run through their casing pipes,

respectively.

Control Panel

Door sensor

Electronic lock

Exit button

Indoor wiegand card reader

Outdoor

wiegand

card reader

Ceiling

TCP/IP Network communication wire

+12V Power line

Outdoor

Indoor

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3.4 Controller System Installation

Figure 3-5 Schematic Diagram of System Installation

Notes:



The access control management system consists of two parts: Management Workstation (PC)

and Control panel. The management workstation and control panel communicate through

TCP/IP. The communication wires should be kept away from high-voltage wires as far as possible

and should be neither routed in parallel with nor bundled with power wires.



A management workstation is a PC connected with the network. By running the access control

management software installed in the PC, access control management personnel can remotely

perform various management functions, like adding/deleting a user, viewing event records,

opening/closing doors, and monitoring the status of each door in real-time.

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3.5 Access Control Operator Panel System Power Supply Structure

Figure 3-6 Access Controller System Power Supply

Remarks:



An access control operator panel is powered by +12V DC. Generally, to reduce power interference

between control panels, each control operator panel should be powered separately. When high

reliability is required, control panels and electronic locks should be powered respectively.



To prevent power failure of a control operator panel from making the whole system unable to

work normally, the access control management system is usually required to have one UPS at

least, and access control locks are powered externally to guarantee the access control management

system can still work normally during power failure.

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4 Terminal and Wiring Description

4.1 Terminal Description

4.1.1 InBio160 Pro Plus

Figure 4-1 InBio160 Pro Plus terminal description

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4.1.2 InBio260 Pro Plus

Figure 4-2 InBio260 Pro Plus terminal description

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4.1.3 InBio460 Pro Plus

Figure 4-3 InBio460 Pro Plus terminal description

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Description of the terminals:

1. The auxiliary input may connect to infrared body detectors, fire alarms, or smoke detectors.

2. The auxiliary output may connect to alarms, cameras or doorbells, etc.

3. The RS485 Reader port can be connected externally to RS485 reader.

4. The EXT RS485 communication port can be externally connected to EX0808 expansion board

(for customized function, please contact your dealer if needed).

5. The terminals above are set through the relevant access control software. Please see the respective

software manual for further details.

SD card function:

Backup event records of access control for client. Supports connection of 32GB SD card.

Ports of InBio160/260/460 Pro Plus Control Panel:

No.

Functional Port

InBio160 Pro Plus

InBio260 Pro Plus

InBio460 Pro Plus

Number of

doors controller

Wiegand card

reader interface

Exit button

Control lock relay

Door sensor

Extension input

Extension output

TCP/IP



RS485 extension

communication



PC485

communication

Customization

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4.2 Wiring Description

4.2.1 Power Wiring

 Without Backup Battery

 With Backup Battery

Figure 4-4 Power supply wiring diagram

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4.2.2 Network Wiring

Establish the connection between the device and the software using an Ethernet cable. An

illustrative example is provided below:

Figure 4-5 Network wiring diagram

Note:

 In LAN, IP addresses of the server (PC) and the device must be in the same network segment

when connecting to the software.

4.2.3 Wiegand Reader Wiring

Figure 4-6 Wiegand reader wiring diagram

The InBio160 Pro Plus can connect two Wiegand readers in the one-door two-way mode. The

InBio260 Pro Plus provides four readers, which can be connected in the two-door two-way mode.

The InBio460 Pro Plus provides four readers, which can be connected in the two-door two-way or

four-door one-way mode.

The Wiegand interfaces provided by the InBio Pro Plus series can be connected to different types

of readers. If your card reader does not use the voltage of DC 12V, an external power supply is

needed. A reader should be installed at a height of about 1.4m above the ground and at a

distance of 30-50mm away from a door frame.

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 The following Wiegand reader models are supported for connection:

Reader Model

Wiegand26/34

Wiegand66

KR100/101/102E/M

KR200/201/202E/M

KR310

KR500E/501M/502E/M/503E

KR600/601/602E/M

KR610/611/612E

KR610/611/612D

KR610/611/612DL

ProID10/20/30/40 E/M

ProID10/20/30/40 D

ProID20/30BEMD-RS

KR900 Series

Remarks: indicates support, indicates no support.

4.2.4 Auxiliary Input Wiring

The InBio160 Pro Plus provides one auxiliary input interface; the InBio260 Pro Plus provides two

and the InBio460 Pro Plus provides four, which may connect to infrared body detectors, smoke

detectors, gas detectors, window magnetic alarms, wireless exit switches, etc. Auxiliary inputs are

set through the relevant access control software. Please refer to the relevant user manual for

details. The following is an example of wiring with fire alarm only.

Figure 4-7 Auxiliary input wiring diagram

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4.2.5 Auxiliary Output Wiring

The InBio160Pro Plus has two relays (one used as control lock by default, and the other one used

as auxiliary output); the InBio260 Pro Plus has four relays (two used as control locks by default,

and the other two used as auxiliary outputs); the InBio460 Pro Plus has eight relays (four used as

control locks by default, and the other four used as auxiliary outputs).

The relays for auxiliary outputs may connect to monitors, alarms, doorbells, etc. Auxiliary outputs

are set through the relevant access control software. Please refer to the respective software manual for

details. The following is an example of wiring with alarm only.

Figure 4-8 Auxiliary output wiring diagram

4.2.6 Exit Button Wiring

An exit switch is a switch installed indoor to open a door. When it is switched on, the door will be

opened. An exit button is fixed at the height of about 1.4m above the ground. Ensure it is located

in the right position without slant, and its connection is correct and secure. (Cut off the exposed

end of any unused wire and wrap it with insulating tape.) Make sure to avoid electromagnetic

interference (such as light switches and computers). It is recommended to use two-core wires

with a gauge over 0.3mm

as the connection wire between an exit switch and the Control panel.

Figure 4-9 Exit button supply wiring diagram

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4.2.7 RS485 Reader Wiring

The InBio160 Pro Plus can connect two RS485 readers in the one-door two-way mode. The InBio260 Pro

Plus provides four readers, which can be connected in the two-door two-way mode. The InBio460

Pro Plus provides four readers, which can be connected in the two-door two-way or four-door

two-way mode. Note: Each reader needs to be powered separately, the wiring diagram is shown

below.

Figure 4-10 Connection between InBio460 Pro Plus and RS485 Readers

 Controller Supported Reader Models:

Reader Model

485 Unencrypted

485 Encryption

OSDP

Unencrypted

OSDP

Encryption

KF1100 Pro/KF1200 Pro

FR1200/FR1500S

ProID101/102/103/104

KR900 Series

QR50/QR500/QR600

Remarks:

1. means connectable, means not connectable.

2. The KF1000 Pro series reader supports tamper alarm function in both encryption and unencrypted

modes of 485 communication. The ProID100/KR900 reader supports the tamper function only in

485 communication encryption mode. When the reader is illegal tampering, it will send a tamper

signal to the controller via 485, and the controller will report to the software to form a tamper

alarm event. Users can configure the alarm linkage on the software side and connect the alarm to

the auxiliary output.

3. The tamper switch for the ProID100/KR900 reader is on the back case of the unit. The KF1000 Pro

series reader's tamper switch is located on the bottom of the unit. And when the screws on the

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bottom of the KF1000 Pro series reader are unscrewed and the tamper button is loosened, a ”reader

dismantlealarm” event will be generated in the real-time monitoring of the software.

4. Onthe software side, click Access > Access Device > Reader, selectthe reader and checkEncrypt in the

pop-up editing window to enable the encryption function. This is shown in the figure below.

 How to switch the fingerprint algorithm version?

The InBio Pro Plus series supports ZKFingerprint V10.0 / V13.0 (default) algorithm versions. You can

switch the algorithm version by logging into the Webserver as follows:

1. Log in to the Webserver, click [System] > [System Settings] > [Fingerprint Version], select the

algorithm version, andclick [Confirm] to confirm.

2. And the interfacewill popup witha prompt: It willreboot the device and cleartheoriginal biometric

data, pleasere-synchronize thedatato thedevice. Thenclick [Confirm] toconfirm.

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3. After confirming the execution, a reboot device progress window will pop up and the device will reboot

after 30s, donot closethewindowduring this period.Waituntil itisfinishedand thenclick [Close].

 Setting the RS485 Address

RS485 reader connection: Set the RS485 address (device number) of the reader by DIP switch or

other ways.

RS485 address

Control Panel

InBio160 Pro Plus

#1Door

OUT

InBio260 Pro Plus

#1Door

OUT

#2Door

OUT

InBio460 Pro Plus

#1Door

#2Door

#3Door

#4Door

#1Door

OUT

#2Door

OUT

#3Door

OUT

#4Door

OUT

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Important Notes:

1. RS485 communication wires should be a shielded twisted pair cable. RS485communication

wires should be connected in a bus cascade topology instead of a star topology, to achieve a

better shielding effect by reducing signal reflection during communications.

2. A single RS485 bus can connect up to 63 access control panels, but preferably 32 is recommended

maximum.

3. To eliminate signal attenuation in communication cables and suppress interference, if the

bus is longer than 200 meters, set the number 8 DIP switch to the ON position. The number 8

DIP switch is for setting the RS485 termination resistance. This is equivalent to a parallel connection

of one 120ohm resistance between the 485+ and 485- lines.

4. When the EXT RS485 port is configured with ZK485 or OSDP protocol, the corresponding

baud rate is set to 9600 for ZK485 and 115200 for OSDP.

5. A single EXT RS485 interface can supply for maximum 750 mA (12V) current. So the entire

current consumption should be less than this max value when the readers share power with

the panel. For calculation, please use max current of the reader, and starting current is

usually more than twice of the normal work current, please consider this situation.

6. If RS485 reader is connected externally and shares the power supply with the device, it is

recommended that the connection between the EXT RS485 port and the reader be no longer

than 100m. Otherwise, it is recommended that using a separate power supply for the reader.

7. For some of the devices with much greater consumption, we suggest to use the separately

power supplies, to make sure the steady operation.

 External Readers Verification Status

After the external reader is connected to the controller, the status of the buzzer and LEDs are

shown below.

Items

Voice Prompt

Indicator Status

Buzzer Status

Standby Status

/ Online

Breathing light interval

frequency 1s, white light on

Standby Status

/ Offline

Breathing light interval

frequency 1s, red light on

Successfully

verified

Voice prompt:

Successfully verified

The indicator (green) lights

The buzzer rings once.

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Verification

failure

Voice prompt:

Failed to verify

The indicator (red) lights up

briefly twice.

The buzzer sounds

twice fast.

Unauthorized

personnel

Voice prompt:

Unauthorized

The indicator (red) briefly

light three times

The buzzer sounded

three times fast.

Authentication

mode error

Voice prompt:

Verification error

The indicator (red) long light

three times.

The buzzer beeps twice

fast and once long.

Combined

verification

timeout

Voice prompt:

Combined

verification timeout

The indicator (red) lights up

briefly four times.

The buzzer sounded

four times fast (timeout

is 10 seconds).

Verification

timeout

Voice prompt:

Verification timeout

The indicator (red) lights up

briefly four times.

The buzzer sounded

four times fast (timeout

is 8 seconds).

4.2.8 PC485 Extension Communication Wiring

The InBio Pro Plus series can be connected to the EX0808 expansion board via PC485. Note: PC

software communication is a customized feature and not supported by default, please contact

your dealer if you need it.

What is EX0808?

EX0808 is an extended module for controllers which is used for connecting more number of

auxiliary devices.

Figure 4-12 Connecting the EX0808 expansion board via PC485

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Important Notes:

1. Conf igure the ZK485 protocol through the PC485 port to connect up to eight EX0808 expansion

boards to expand a certain number of auxiliary inputs and auxiliary outputs.

Note: Set DIP switch #5 of the expansion board to the OFF position.

2. Conf igure the OSDP protocol through the PC485 port to connect up to eight EX0808 expansion

boards to expand a certain number of auxiliary inputs and auxiliary outputs.

Note: Set DIP switch #5 of the expansion board to the ON position.

3. The RS485/OSDP address of each EX0808 is setvia theDIP switch before power is applied.

4. Each EX0808 requires a separate power supply. Up to eight auxiliary input devices and eight

auxiliary outputdevices can beconnected to one EX0808.

 DIP Switch Setting for RS485/OSDP Communication

There are six DIP switches on the EX0808 expansion board and their functions are:

1. Switches 1-4 are usedto set the RS485/OSDP addresses.

2. Switch 5 is for RS485/OSDP mode switching. When set to OFF, RS485 mode is used, and when set

toON, OSDP modeis used.

3. If the cable length is more than 200 meters, the switch 6 should be ON for noise reduction on long

RS485 cables.

4. The detailed settingsof the DIP switches are shown in the table 4-1below.

Table 4-1 - DIP Switch Setting for RS485/OSDP Communication

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4.2.9 Door Sensors Wiring

A Door Sensor is used to sense the open/close status of a door. With a door sensor switch, an

access control panel can detect the unauthorized opening of a door and will trigger the output of

alarm. Moreover, if a door is not closed within a specified period after it is opened, the door

control panel will also raise the alarm. It is recommended to select two-core wires with a gauge

over 0.22 mm

. A door sensor can be omitted if it is unnecessary to monitor the open/closed

status of a door, raise the alarm when the door is not closed for a long time, monitor if there is

unauthorized access, and use the interlock function.

Figure 4-13 Door sensors wiring diagram

4.2.10 Lock Relay Wiring

The InBio160 Pro Plus has one lock relay, the InBio260 Pro Plus has two lock relays, and the

InBio460 Pro Plus has four lock relays.

1. An access control panel provides multiple electronic lock outputs. The COM and NO terminals

apply to the locks that are unlocked when power is connected and locked when power is

disconnected. The COM and NC terminals use the locks that are locked when power is connected

and unlocked when power is disconnected.

2. To protect the access control system against the self-induced electromotive force generated by an

electronic lock at the instant of switching off/on, it is necessary to connect a diode in parallel

(please use FR107 delivered with the system) with the electronic lock to release the

self-induced electromotive force during the onsite connection for application of the access

control system.

3. In general, the default connection mode of the door lock is "Dry Mode". Dry mode supports

separate power supply for the door lock using an external independent power supply. Wet mode

supports the doorlock sharingpower with the controller.

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4. By setting the jumper terminal beside the lock relay, you can select the device power supply or

lock power supply for the lock (that is, the wet mode or dry mode). The factory default jumper

setting is Dry Mode.

Method of switching between wet and dry modes:

 Dry mode jumper setting: short 1-2 and 3-4 , and the device power supply

will be used for the relay output.

 Wet mode jumper setting: short 2-3 and 4-5 , and the lock power supply

will be used for the relay output.

Figure 4-14 Schematic diagram for switching between wet and dry modes

 Controller not sharing power with the lock (Dry Connect)

Figure 4-15 Schematic diagram of the controller not sharing power with the lock

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 Controller sharing power with the lock (Wet Connect)

The system supports both Normally Opened Lock and Normally Closed Lock. The NO

LOCK (normally opened at power on) is connected with 'NO' and 'COM' terminals, and the

NC LOCK (normally closed at power on) is connected with 'NC' and 'COM' terminals.

Normally Opened Lock Powered From Lock Terminal:

Figure 4-16 Schematic diagram of the controller sharing power with the NO Lock

Normally Closed Lock Powered From Lock Terminal:

Figure 4-17 Schematic diagram of the controller sharing power with the NC Lock

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Important Notes:

1. The access controller comes standard with a 12V/3A power supply, and this power supply

only takes into account the power consumption of the controller itself, the output power

consumption of the Wiegand reader and the RS485 reader. So usually, it is not recommended

to share the power supply between the lock and the device. If you do need to share the

power supply between the lock and the device, it is recommended to replace the power

supply with a larger capacity, such as 12V/5A power supply. At this time, in addition to the

reserved 3A current, there are 2A current can be used by the lock. If you connect our common

electric lock (static loss 300mA, maximum dynamic current 500mA), you can connect up to 4

electric locks.

2. For equipment with high power consumption, it is recommended to use separate power

supply to ensure stable operation of the equipment.

4.3 Connection with KF1000 Pro Series Readers

The KF1000 Pro series has three device operating modes: All-in-one mode, reader background

identifying mode and face server mode. This section focuses on the reader background

identifying mode and face server mode of the KF1000 Pro series.

4.3.1 KF1000 Pro Series Reader Wiring

The KF1000 Pro Series acts as a 485 reader and communicates with the InBio Pro Plus Series controller

via RS-485. Note: Separate power supply for the reader is required. The wiring diagram is shown

below.

Figure 4-18 Connection between InBio460 Pro Plus and KF1000 Pro Series Reader

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4.3.2 Parameter Configurations on the Webserver

1. Logging into the Webserver of the KF1000 Pro Series Reader

After wiring as above, connect the network cable to KF1000 Pro Series Reader. You can access the

Webserver by entering the IP address in the browser. Upon the first-time login to the webserver,

you will be prompted to modify the admin's password. The IP address is set as follows:

IP address: https://device's IP address:port.Thedefault IP addressis 192.168.1.201.

Port: By default, the port is 1443. (for example: https://192.168.1.201:1443).

Default account and password are: admin,admin@123

2. Setting Device Operating Mode and RS485 Communication

）

Click Advanced Settings > System > Device Operating Mode > Reader Background

Identifying Mode in Webserver. Click Confirm to save.

）

Then click Advanced Settings > System > Serial Comm to set the serial port, baudrate

and RS485 address. Click Confirm to save.

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Serial Port: Set to RS485 Slave Unit.

Baudrate: The default is 115200, which is set according to the actual configuration of the

controller.

RS485 address: The 485 address of KF1000 Pro series reader.

4.3.3 Parameter Configurations on the ZKBioCVSecurity Software

1. Add Controller on the Software

1) Click Access > Access Device > Device > Search, to open the Search interface in the

software.

2) Click Search, and it will prompt [Searching……].

3) After searching, the list and total number of access controllers will be displayed.

4) Click Add in operation column, a new window will pop-up. Select Icon type, Area, and

Add to Level from each dropdown and click OK to add the device.

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5) Click Personnel > Person > New to register a new user.

6) Then click Access Device > Device > Control > Synchronize All Data to Devices to

synchronize all the data to the device including the new users.

2. Add Reader on the Software and Set the RS485 Protocol Type to ZK485

1) Click Access > Access Device > Reader to to enter the setting interface.

2) Then select the reader and click Edit icon behind it to enter the editing screen.

3) Change the RS485 Protocol Type to ZK485 and check Encrypt.

4.3.4 Verifying Registered Users on the KF1000 Series Reader

After the KF1000 Pro is wired according to normal RS485 wiring and the reader is configured in

the software, it can communicate normally with the InBio Pro Plus controller, and the user verifies

on the reader side, which supports the extraction of card number information and user face

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template information, and then transmits it to the back-end controller through 485 communication for

verification and opens the door according to the user's authority.

4.3.5 How to send face templates down to the controller

To enable face template functionality, follow these steps to configure the face template extraction

server and transfer templates to the InBio Pro Plus controller:

1. Configure Face Template Server

- Set up the face template extraction server address in Personnel Management.

- Configure server connection parameters in the software settings.

2. User Registration Process

- Add new users to the system

- Upload user face photos through the face registration interface.

- Wait for automatic template conversion:

- Software connects to template extraction server.

- Server processes photos into face templates.

- Templates are returned to the software.

3. Access Control Configuration

- Set up appropriate access control authority groups.

- Assign user permissions and access levels.

- Synchronize user data and face templates to the InBio Pro Plus controller.

1. Wiring multiple readers to the controller

Figure 4-19 Wiring multiple KF1000 Pro series readers to the controller

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Important Notes:

1. Supplies power to each KF1000 Pro series reader individually.

2. You can choose any one of the readers as the converter, please plug in the network cable for

it, and then follow the steps 4.3.1 to 4.3.3 to set the relevant parameters for the reader.

3. Then enable the face template extraction function for the reader.

2. Setting the Facial Template Extraction Server

Click Personnel > Personnel > Parameters to enable facial template extraction.

Facial template extraction server address: Enter the server address, the default port number is

8809.

Username: Enter the Webserver user name for the KF1000 Pro series reader.

Password: Enter the Webserver password for the KF1000 Pro series reader.

3. Adding Photos to the Software

Upload a photo for the person to use to capture the face template.

1) Click Personnel > Person > New > Browse to find the photo you need to upload.

2) Thenclick Send to comfirm and follow the prompts.

3) After entering the person's information, click OK to save and exit.

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Note: For better verification results, please make sure the photos are clear and avoid

over-retouching.

4) After the Face Template Extraction Server has converted the photo conversion to a template,

click the icon after Biometrics Type to view the template information for the person, as

shown in the following figure.

5) Then click Access Device > Device > Control > Synchronize All Data to Devices to

synchronize all the data to the device including the new users.

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How to batch upload photos?

When you need to upload a large number of photos, you can batch upload photos by following the

steps below.

a. First, name the user photo file with the user ID number.

b. Then click Personnel > Personnel > Person > Import > Import Personnel Photo to import

photos in bulk

c. Select the import mode in the pop-up window and click OK to confirm.

d. Click Please Select Photo to go to the folder and select all the photos you want to upload,

click Send, and then click Start Upload to upload. As shown in the image below.

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e. Once the upload is complete, the result of Succeed or Failed will be displayed on the image

and a pop-up alert box will appear. Click to close it.

Note: Uploaded photos must meet the requirements and be named using the user ID. If the photo

is named incorrectly, the upload will fail.

Example Pic Comply the following requirements:

 White background with dark-coloured apparel.

 Electronic photos are in JPG, PNG, JPEG file format, the recommended pixel range:

480*640 < pixel < 1080*1920.

 The captured person should be eyes-open and with clearly seen iris.

 Plain face or smile is preferred, showing teeth is not preferred.

 The capture person should be clearly seen, natural in color, and without image obvious

twist, no shadow, light spot or reflection in face or background, and appropriate contrast

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and lightness level.

f. After successful upload, click on the icon in the person list to see the uploaded photos. It is

shown in the picture below.

4. Set Access Levels Group

1) Click Access > Access Rule > Access Levels to enter the setting interface.

2) Click New to add a new access level group.

3) Enter the level name, time zones and setting area, then click OK to confirm and exit.

4) After adding successfully, check the levels group.

5) Click [Add Door] icon in the levels group bar to open the settings window.

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6) Select the door and then click to move it to the selected column on the right.

7) Click OK to confirm and exit.

5. Set Access By Levels

Add personnel to the elevator control level group.

1) Click Access > Access Rule > Set Access By Levels to enter the setting interface.

2) Check the levels group and click the [Add Personnel] icon in its bar to open the settings

window.

3) Select the person and then click to move it to the selected column on the right.

4) Click OK to confirm and exit.

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6. Set Access By Person

Edit the access level group for personnel.

1) Click Access > Access Rule > Set Access By Person to enter the setting interface.

2) Checkthelevels groupandclick the [AddtoLevels] iconinitsbartoopenthesettingswindow.

3) Select thelevels group and then click tomove it to the selectedcolumn on theright.

4) Click OK to confirm and exit.

7. Set Access By Department

Edit the elevator control level group for the department.

1) Click Access > Access Rule > Set Access By Department to enterthe setting interface.

2) Check the department and click the [Add to Default Levels] icon in its bar to open the

settings window.

3) Select thelevels group and then click tomove it to the selectedcolumn on theright.

4) Click OK to confirm and exit.

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8. Facial Recognition Matching

After completing all the parameter settings, the device completes the operation of face

matching verification through the following steps.

Acquisition: The KF1000 Pro converter extracts template information from photos sent by the

software and saves it to the software, which then sends it to the controller.

Comparison: KF1000 Pro collects the compared face templates directly from the camera and

transmits them to the controller via 485 for comparison.

9. Response of KF1000 Pro Series Readers to InBio Pro Plus Controller

Verify Results

Real-time monitoring of events

Reader Response Effects

Reader offline

The voice prompts“Reader

offline”.

Successfully verified

Normal verification of door

opening, verification within the

normally open time period, first

person to open the door, multiple

persons to open the door,

normally open time period to

open the door, the super user to

open the door, the background

verification is successful

The voice prompts“Thank you”

and the green light illuminates

for 7 seconds.

Failed to verify

Person unregistered, wrong

authentication method, door

locked

The voice prompts“Failed to

verify” and the red indicator light

blinks twice.

Personnel has expired the validity

period, illegal access, door

non-valid time period to verify

the opening of the door,

interlocking, anti-submarine,

multi-people authentication

failure, background

authentication timeout, global

anti-submarine, global

interlocking, personnel validity,

the number of people control

The voice prompts "Unauthorized

personnel" and the red light

blinks three times.

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Continuing validation

during combination

validation

The voice prompts "Please

continue to verify".

Combined verification

timeout

The voice prompts "Combined

verification timeout" and the red

light blinks four times.

Multiplayer verification

Waiting

Multiplayer verification waiting

The voice prompts "Please

continue to verify".

Multiplayer verification

timeout

The voice prompts

"Communication abnomaly".

4.3.6 Online Firmware Upgrade

The InBio Pro Plus Series controller supports online firmware upgrades with ZKBioCVSecurity

software, and synchronized firmware upgrades for downstream 485 readers.

Click Access > Access Device > Device > Control > Upgrade Firmware to upgrade the firmware

online for the selected controller. The firmware of its downstream 485 readers will be upgraded

simultaneously.

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5 Equipment Communication

5.1 Access Control Networking Wires and Wiring

1. The power supply is 12V DC converted from 220V.

2. As an electronic lock has a large current, it generates a strong interference signal while

functioning. To reduce such an effect, 4-core wires (RVVP 4

0.75mm

, two for a power supply,

and two for a door sensor) are recommended.

3. RS485 communication wires are made of internationally accepted shielded twisted pairs,

which prove effective to prevent and shield interference.

4. The Wiegand readers use 6-core communication shielded wires (RVVP 6×0.5mm) (usually there

are 6-core, 8-core, and 10-core types available for users to select according to the ports) to

reduce interference during transmission.

5. Other control cables (like exit switches) are all made of 2-core wires (RVVSP 2

0.5mm

6. Notes for wiring:

 Signal wires (like network cables) can neither run in parallel with nor share one casing pipe

with large-power electric wires (like electronic lock wires and power cables). If parallel

wiring is unavoidable for environmental reasons, the distance must be above 50cm.

 Try to avoid using any conductor with a connector during distribution. When a connector is

indispensable, it must be crimped or welded. No mechanical force can be applied to the

joint or branch of conductors.

 In a building, the distribution lines must be installed horizontally or vertically. They should

be protected in casing pipes (like plastic or iron water pipes, to be selected according to the

technical requirements of the indoor distribution). Metal hoses are applicable to ceiling

wiring, but they must be secure and good-looking.

 Shielding measures and shielding connection: If the electromagnetic interference in the

wiring environment is found substantial in the survey before construction, it is necessary to

consider the shielding protection of data cables when designing a construction scheme.

Overall, shielding protection is required if there is a large radioactive interference source or

wiring has to be parallel with a large-current power supply on the construction site.

Generally, shielding measures includes keeping a maximum distance from any interference

source, and using metal wiring troughs or galvanized metal water pipes to ensure reliable

grounding of the connection between the shielding layers of data cables and the metal

troughs or pipes. Noted that a shielding enclosure can have a shielding effect only when it

is grounded reliably.

 Ground wire connection method: Reliable large-diameter ground wires in compliance with

applicable national standards are needed on the wiring site and should be connected in a

tree form to avoid DC loop. These ground wires must be kept far away from lightning fields.

No lightning conductor can serve as a ground wire and ensure there is no lightning current

through any ground wire when there is lightning. Metal wiring troughs and pipes must be

connected continuously and reliably and linked to ground wires through large-diameter

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cables. The impedance of this section of wire cannot exceed 2 ohms. Also, theshielding layer must

be connected reliably and grounded at one end to guarantee a uniform current direction. The

ground wire of the shielding layer must be connected through a large-diameter wire (not

less than 2.5mm

5.2 TCP/IP Communication

The Ethernet 10/100Base-T Crossover Cable, a type of crossover network cable, is mainly used for

cascading hubs and switches or used to connect two Ethernet endpoints directly (without a hub).

Both 10Base-T and 100Base-T are supported.

Figure 5-1 TCP/IP Communication System Networking

In Access software: Click Device > Search Device to search for access controllers in the network,

and directly add from the search result.

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5.3 DIP Switch Settings

Figure 5-2 DIP switch diagram

 485 address setting

1. Number 1-6 are reserved to set the device number for RS485 communication. The code is

binary, and the numbering starts from left to right. When the switch is set to ON position, it

indicates 1 (on); when the switch is set downwards, it indicates 0 (OFF ).

2. For example, to set a device number 39=1+2+4+32, which corresponds to the binary code

111001, put number 1, 2, 3, and 6 to ON position, as illustrated below.

Figure 5-3 DIP switch setting diagram

Place Address

Switch Setting

Address No.

OFF

Table 4-1 485 address setting table

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OFF

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 Restoring factory setting

1. If you forget the IP address of the InBio Pro Plus series panel or the device does not work

normally, you can use the number 7 DIP switch to restore it to factory default settings. The

parameters which gets reset are device IP address, communication password, gateway, and

subnet mask.

Note: Restoring the factory settings will empty the user data, please be careful.

2. The switch is OFF by default. When it is moved up and down for three times within 10

seconds and f inally returned to OFF position, the factory settings will be restored after the

access control panel is restarted.

3. The procedure is shown below.

Figure 5-4 DIP switch setting diagram

 RS485 Terminal Resistance

To eliminate signal attenuation in communication cables and suppress interference, if the bus is

longer than 200 meters, set the number 8 DIP switch to the ON position. The number 8 DIP switch

is for setting the RS485 termination resistance. This is equivalent to a parallel connection of one

120ohm resistance between the 485+ and 485- lines.

Figure 5-5 Restoring factory setting

OFF

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6 Login to the Web Server

To help users conveniently manage controllers, the built-in Web Server function is added to some

models. With this function, a user can connect to the controller through a PC, and enter the IP

address of the controller to access the web. Users can also use the Web Server function to perform

other operations, such as network configuration, Push communication configuration, time

synchronization, and user account management.

6.1 Login Web Server

1. Connect the controller to the network or PC, start the browser, enter the IP address of the

controller, which is https://192.168.1.201 by default. Then you can visit the Web Server.

2. When Web Server is used, “User Name“ and “Password“ should be set firstly. The default “user

name” is admin and the default “password” is zkteco@12345.

3. Click Sign In to access the Web Server.

Notes:

1. IP addresses of both the server (PC) and the controller must be in the same network segment.

2. IP address of the controller could be found by searching devices with the BioSecurity software

([Access - Access Device - Device - Search Device]).

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6.2 Basic Operation Bar of the Web Server

 Change of the Administrator's Password

1. Click to modify the password.

2. Enter the old and new passwords in the pop-up window and click Confirm to change the

administrator login password.

 Language Settings

Click , change the language in which the server interface is displayed, and click Confirm.

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 Use Conditions of the Server

Click , and you can view the version of the current server, as well as thebrowser and

resolution recommended for the server.

 Online Help of the Server

If you met some problems when using the server, click to view or download the user help

document.

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 Exit

Click , and then click Confirm to return to the server login page.

6.3 Network Settings

 TCP/IP Settings

Function introduction:

Set the TCP/IP communication parameters, which are used in the communications between device

and PC.



Operating steps:

1. Click Network Setting > TCP/IP Settings.

2. Input the device’s IP address, Subnet Mask, Default Gateway.

 IP address: the default IP is 192.168.1.201, and you can modify according to the actual.



Subnet Mask: the default subnet mask is 255.255.255.0, and you can modify according to

the actual.

 Default Gateway: the default gateway is 0.0.0.0, and you can modify it according to the

actual.

 Primary DNS: the default value is null, and you can set its value.

3. Click Confirm to write parameters into the device. please restart the device by manual.

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 Communication Settings

PUSH Server Settings

PUSH Server: Indicates that the controller proactively pushes information to the server.

IP Mode:

 IP Address: the default server IP is 0.0.0.0, and you can modify it according to the actual.

 Port: The default Port is 80, and you can modify it according to the actual.

Domain Mode: The default value is null, and you can set its value.

 Port Settings

Http Port: Indicates that the client initiates an HTTP request to a specified port on the server. the

default HTTP Port is 80, and you can modify it according to the actual.

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 Communication Password

Communication Password: Indicates that network communication is encrypted. The default value

is null, and you can set its value.

If you configure the communication password here, the same communication password must be

configured on the server before the connection can be set up.

 System

User Settings

Click Edit to change the login password of an administrator or a user.

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Data Encryption

Data Encryption: This feature ensures user data is encrypted and stored securely in the device

firmware, preventing unauthorized access. By default, data is encrypted, and users can customize

the encryption password (after modification, the communication password will be restored to the

default password for data re-synchronization).

Time Settings

You can manually configure the controller time or synchronize the controller time with the PC time,

and click Confirm to complete the setting.

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System Settings

Click Reboot. The device will be restarted.

Device Information

You can view the basic information, remaining capacity, and network information of the current

device.

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Operation Log

Users can view and download webserver operation logs here.

Load Certificate

This feature enables users to upload their authenticated browser certificate for accessing the InBio

Pro Plus series's webserver.

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7 Connect to ZKBioCVSecurity Software

7.1 Set the Communication Address

Monitor to set the ADMS Service Port, as shown in the figure below:

7.2 Change Communication Password

1. Search for devices using the DeviceSettingTool_V4.0 search tool. Click the icon to

search for devices.

2. Select the searched device and click the icon to change the communication password. For

the first time to change the password, the default communication password is Zk@123, and

the new passwordis a combination of 2~6 digit alphabetic characters.

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Note: If the communication password is forgotten, the device can be reset to its factory settings, and

the password will automatically revert to the default value.

7.3 Add Device on the Software

Add the device by searching. The process is as follows:

1. Click Access > Device Management > Device > Search, to open the Search interface in the

software.

2. Click Search, and it will prompt Searching…….

3. After searching, the list and total number of access controllers will be displayed.

4. Click Add in operation column, a new window will pop-up. Enter the communication password,

select Icon type, Area, and Add to Level from each dropdown and click OK to add the device.

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7.4 Add Personnel on the Software

1. Click Personnel > Person > New to register a new user.

2. Fill in all the required fields and click OK.

3. Click Access Device > Device > Control > Synchronize All Data to Devices to synchronize all

the data to the device including the new users.

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7.5 Mobile Credential★

After downloading and installing the ZKBio Zexus Mobile App, the user needs to set the Server before

1. In ZKBioCVSecurity, click System > System Management > Parameters, set Enable QR Code

to ‘’Yes’’, and select the Qrcode Type as Dynamic, the valid time of the QR code can be set.

2. Click Personnel > Personnel > Person, select the personnel and click More > Enable APP

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3. Open the App on the Smartphone. On the login screen, select the role-Personnel, enter the

account information, and click Login.

Organization Name: Scan the organization code you get before. (Enter System > System

Management >Cloud Setting >APP enterprise QR Code)

Account & Password: The personnel ID & password (default: 123456).

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4. Click Application Center > Mobile Credential on the App, and a QR code will appear, which

includes employee ID and card number information.

5. The QR code can replace a physical card on a specific device to achieve contactless authentication to

open the door.

The QR code refreshes automatically for every 30s and supports manual refresh.

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 Visitor Invitation

My Invitation Records

Show your invitation history, click the Re-Invitation button to quickly invite the visitor.

Invite Visitor

Click the Add button to fill in visitor information.

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After clicking the Submit button, the page jumps to the visitor invitation success screen.

You can take a screenshot of this page and send it to your visitor, or the system will automatically

send an email to the visitor.

Note: For other specific operations, please refer to ZKBio Zexus Mobile App User Manual.

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8 Privacy Policy

Notice:

To help you better use the products and services of ZKTeco and its affiliates, hereinafter referred as

“we”, “our”, or “us”, the smart service provider, we consistently collect your personal information. Since

we understand the importance of your personal information, we took your privacy sincerely and we

have formulated this privacy policy to protect your personal information. We have listed the privacy

policies below to precisely understand the data and privacy protection measures related to our smart

products and services.

Before using our products and services, please read carefully and understand all the rules and

provisions of this Privacy Policy. If you do not agree to the relevant agreement or any of its

terms, you must stop using our products and services.

I. Collected Information

To ensure the normal product operation and help the service improvement, we will collect the

information voluntarily provided by you or provided as authorized by you during registration and use

or generated as a result of your use of services.

1. User Registration Information: At your first registration, the feature template (Fingerprint

template/Face template/Palm template) will be saved on the device according to the device

type you have selected to verify the unique similarity between you and the User ID you have

registered. You can optionally enter your Name and Code. The above information is necessary

for you to use our products. If you do not provide such information, you cannot use some

features of the product regularly.

2. Product information: According to the product model and your granted permission when you

install and use our services, the related information of the product on which our services are

used will be collected when the product is connected to the software, including the Product

Model, Firmware Version Number, Product Serial Number, and Product Capacity Information.

When you connect your product to the software, please carefully read the privacy policy

for the specific software.

II. Product Security and Management

1. When you use our products for the first time, you shall set the Administrator privilege before

performing specific operations. Otherwise, you will be frequently reminded to set the

Administrator privilege when you enter the main menu interface. If you still do not set the

Administrator privilege after receiving the system prompt, you should be aware of the

possible security risk (for example, the data may be manually modified).

2. All the functions of displaying the biometric information are disabled in our products by default.

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You can choose Menu > System Settings to set whether to display the biometric information. If

you enable these functions, we assume that you are aware of the personal privacy security risks

specified in the privacy policy.

3. Only your user ID is displayed by default. You can set whether to display other user verification

information (such as Name, Department, Photo, etc.) under the Administrator privilege. If you

choose to display such information, we assume that you are aware of the potential

security risks (for example, your photo will be displayed on the device interface).

4. The camera function is disabled in our products by default. If you want to enable this function to

take pictures of yourself for attendance recording or take pictures of strangers for access control,

the product will enable the prompt tone of the camera. Once you enable this function, we

assume that you are aware of the potential security risks.

5. All the data collected by our products is encrypted using the AES 256 algorithm. All the data

uploaded by the Administrator to our products are automatically encrypted using the AES 256

algorithm and stored securely. If the Administrator downloads data from our products, we

assume that you need to process the data and you have known the potential security risk. In

such a case, you shall take the responsibility for storing the data. You shall know that some data

cannot be downloaded for sake of data security.

6. All the personal information in our products can be queried, modified, or deleted. If you no

longer use our products, please clear your personal data.

III. How we handle personal information of minors

Our products, website and services are mainly designed for adults. Without consent of parents or

guardians, minors shall not create their own account. If you are a minor, it is recommended that you

ask your parents or guardian to read this Policy carefully, and only use our services or information

provided by us with consent of your parents or guardian.

We will only use or disclose personal information of minors collected with their parents' or guardians'

consent if and to the extent that such use or disclosure is permitted by law or we have obtained their

parents' or guardians' explicit consent, and such use or disclosure is for the purpose of protecting

minors.

Upon noticing that we have collected personal information of minors without the prior consent from

verifiable parents, we will delete such information as soon as possible.

IV. Others

You can visit https://www.zkteco.com/cn/index/Index/privacy protection.html to learn more about

how we collect, use, and securely store your personal information. To keep pace with the rapid

development of technology, adjustment of business operations, and to cope with customer needs,

we will constantly deliberate and optimize our privacy protection measures and policies. Welcome to

visit our official website at any time to learn our latest privacy policy.

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9 Eco-friendly Operation

The product's "eco-friendly operational period" refers to the time period during which this

product will not discharge any toxic or hazardous substances when used in accordance

with the prerequisites in this manual.

The eco-friendly operational period specified for this product does not include batteries or

other components that are easily worn down, and must be periodically replaced. The

battery's eco-friendly operational period is 5 years.

Hazardous or Toxic substances and their quantities

Component

Name

Hazardous/Toxic Substance/Element

Lead (Pb)

Mercury

(Hg)

Cadmium

(Cd)

Hexavalent

chromium

(Cr6+)

Polybrominated

Biphenyls (PBB)

Polybrominated

Diphenyl Ethers

(PBDE)

Chip Resistor

○

Chip Capacitor

○

Chip Inductor

○

Diode

○

ESD

component

○

Buzzer

○

Adapter

○

Screws

○

○ indicates that the total amount of toxic content in all the homogeneous materials is below the

limit as specified in SJ/T 11363—2006.

× indicates that the total amount of toxic content in all the homogeneous materials exceeds the limit

as specified in SJ/T 11363—2006.

Note: 80% of this product’s components are manufactured using non-toxic and eco-friendly

materials. The components which contain toxins or harmful elements are included due to the

current economic or technical limitations which prevent their replacement with non-toxic materials

or elements.

ZKTeco Industrial Park, No. 32, Industrial Road,

Tangxia Town, Dongguan, China.

Phone : +86 769 - 82109991

Fax : +86 755 - 89602394

ZKTeco INBIO160 PRO PLUS InBio Pro Plus Series

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