Installation Manual communication rate ... only when they have the same baud rate. ... 350 x 300 x...

Installation Manual

STANDARD CONTROLLER

KS-1012-RS, KS-1024-RS KS-1012-IP, KS-1024-IP

VERSION 2.0

Standard Access Controller – Installation manual

All rights reserved. © AAT HOLDING S.A. 2

1. Introduction ……………………………………………………………………………... 3 2. Controller technical data KS-1024-RS/IP …………………………….…. 5 3. Controller technical data KS-1024-RS/IP ……………………………….. 6 4. System circuit diagram KaDe Premium ………………………………….. 7 5. Controller module KS-1012-RS ………………………………………………. 9

6. Controller module KS-1012-IP ………………………………………………. 11 7. Controller connectors description KS-1012-RS/IP ………………… 12 8. Controller module KS-1024-IP ………………………………………………. 16 9. Controller module KS-1024-RS ……………………………………………… 18 10. Controller connectors description KS-1024-RS/IP ……………… 20 11. Installing the controller in the housing supply ……………………. 22 12. Reader connection ……………………………………………………………….. 25 13. Electric lock connection ………………………………………………………… 26 14. Door contact and exit button connection ……………………………. 27

15. Emergency exit button connection ………………………………………. 27 16. Alarm input / output connection ………………………………….……... 28 17. RS-485 communication connection ……………………………………... 29 18. Change communication mode RS232/485 …………………………… 30 19. Change communication rate ………………………………………………... 30 20. Change controller address ……………………………………………………. 31 21. Convert RS 485 to TCP/IP - KS-1012/24-RS ………………………. 32 22. Connect with router or computer KS-1012/24-IP ………………. 32 23. RS 232 communication connection ……………………………………... 33

24. Clear communication password button ……………………………….. 33 25. Alarm extension board - 4 relay module …………………………….. 34 26. Power supply connection ………………………………………………………. 35 27. Notes for installation …………………………………………………………….. 36 28. Wire Requirement …………………………………………………………………. 37 29. Trouble-Shooting ………………………………………………………………….. 38

CONTENTS



Summary Introduction

KS-1012/24-RS/IP series controllers were designed and developed for use

in access control system. It is a high-tech product series which integrate infor-mation management, computer control and smart card technology. With indus-

trialized design, the controller adopts dedicated four-layer and high-end CPU, and all components adopt original binding chip. All these characteristics contrib-

ute to the high-performance and reliability of the product.

KaDe Premium, the software for KS-1012/24-RS/IP controller series, is a power-ful control and attendance management system. KaDe Premium is a self-owned

technology and new generation one-card-solution smart management system. Based on one-card-solution structure, more functions are added on

current access control system. The system supports Batch Operation, Self-

defined Extension Output, Automatic Download during Different Times, Various Door-open Modes in Various Time Sections and Dismiss/Activate Security Func-

tion etc.

KaDe Premium can manage access group setup, display and record all real time event data. It can display the following information: card holder (name,

photo), event time, door address and event type (working hours, work over-time, read card during non-working hours, invalid card and so on).

Moreover, in case of unexpected event, KaDe Premium can trigger alarm and snapshot. KaDe Premium can also work with building automation, CCTV

monitoring, guard against theft, fire-control and alarm and so on.

KS series controller: KS-1012-RS, KS-1024-RS, KS-1012-IP , KS-1024-IP .

Notice: KS-1012/24-RS/IP controller series only work with

KaDe Premium software.

Symbol Controller description

KS-1012-RS Standard controller, one door-two way, two doors-one way, 2 readers ports, RS232 and

RS485 port, 20 000 cards, 50 000 events, 20 000 alarms

KS-1024-RS Standard controller, two doors-two way, four doors-one way, 4 readers ports, RS232

and RS485 port, 20 000 cards, 50 000 events, 20 000 alarms

KS-1012-IP Standard controller, one door-two way, two doors-one way, 2 readers ports, TCP port,

20 000 cards, 50 000 events, 20 000 alarms

KS-1024-IP Standard controller, two doors-two way, four doors-one way, 4 readers ports, TCP port,

20 000 cards, 50 000 events, 20 000 alarms



Installation Steps

1.1 Switch off all system power supplies. 1.2 Ensure correct components connection.

1.3 Connect the system in accordance with the wiring diagram. Please turn off computer and power off before connecting controller with computer.

1.4 Change controller communication mode (232 / 485 mode), communication rate, and communication address.

1.5 Check the connection again.

1.6 Switch on the power supply and start computer.

Definitions and Terminologies

Wiegand protocol:

Wiegand protocol is an interface protocol by which the ID identifying device sends data to access controller. Wiegand protocol is an uni-directional protocol

and is downward only. It is composed of two data channels. Normal Open:

Under normal situation, the common end (C) and Normal open end (NO) of out-put or input interfaces are not connected.

Normal Close: Under normal situation, the common end (C) and Normal open end (NO) of out-

put or input interface are short-circuited. Fail-safe/ Fail-secure:

In Fail-safe mode, the lock keeps locked when power off. In Fail-secure mode, the lock keeps locked until power on.

Baud Rate: A kind of communication rate (unit is bit/s (bps)). Two devices can communicate

only when they have the same baud rate.

Dry Contact: A type of switch input mode without any voltage or current.

Controller Address On the same bus, each device must have an unique identification code. KS

controllers adopts address code as identification code. Reset Switch:

The reset switch is used to hot-recover the controller during debugging or in case of special situations. The hot-recovery will neither affects the storage of

controller, nor user setups. Alarm Interworking:

Different inputs can control different exterior devices by connecting to different outputs. Here is one example: reader triggers DVR to snapshot or video record-

ing. Controller Failure:

Controller does not respond to any input and output, or only responds to part of

input/output.



Parameter

or function name

Parameter value

or function description

Buffer capacity

- Card buffer 20 000

- Event buffer

- Alarm buffer

50 000

20 000

Electrical parameter

- Supply power / Current load 9 - 15 VDC / <110 mA

Environment parameter

- Environment For indoor installation only

- Working Temperature From -10°C to +55°C

- Relative Humidity 10% - 90%

- Size (L x W X H) 160 x 110 mm

- Cabinet size (L x W X H) 350 x 300 x 100 mm

Communication ports

Direct PC connection - RS232 | - TCP

Network connection (bus) - RS485 |

Readers & cards

- readers ports 2 ports - Wiegand interface

- card formats 26 /34 bit Wiegand, self-defined (26 - 40 bit)

- keypads format 4-bits, without buffering

Inputs

- door contact input NO / NC - 2 inputs

- exit button input NO / NC - 2 inputs

- general inputs NO / NC - 4 inputs

Outputs

- lock control Relays type DC 12V 3A - 1-2 outputs

- door alarm control Relays type DC 12V 3A - 1-2 outputs

- general alarm (controller board) Relays type DC 12V 3A - 4-2 outputs

- general alarm (module board - option) Relays type DC 12V 3A - 4 outputs

Access level

- access levels 200 in system / 42 in controller

- schedules 184 in system / 16 in controller

- holidays 64 x 32 days in system / 16 in controller

Identification mode Card, PIN, Card or PIN, Card + PIN

Alarm relive Synchronize with input state or delay

KS-1012-RS/IP Controller Technical Data



Parameter

or function name

Parameter value

or function description

Buffer capacity

- Card buffer 20 000

- Event buffer

- Alarm buffer

50 000

20 000

Electrical parameter

- Supply power / Current load 9 - 15 VDC / <110 mA

Environment parameter

- Environment For indoor installation only

- Working Temperature From -10°C to +55°C

- Relative Humidity 10% - 90%

- Size (L x W X H) 119 x 187 mm

- Cabinet size (L x W X H) 350 x 300 x 100 mm

Communication ports

Direct PC connection - RS232 | - TCP

Network connection (bus) - RS485 |

Readers & cards

- readers ports 4 ports - Wiegand interface

- card formats 26 /34 bit Wiegand, self-defined (26 - 40 bit)

- keypads format 4-bits, without buffering

Inputs

- door contact input NO / NC - 4 inputs

- exit button input NO / NC - 4 inputs

- general inputs NO / NC - 4 inputs

Outputs

- lock control Relays type DC 12V 3A - 2-4 outputs

- door alarm control Relays type DC 12V 3A - 2-4 outputs

- general alarm (controller board) Relays type DC 12V 3A - 4-0 outputs

- general alarm (module board - option) Relays type DC 12V 3A - 4 outputs

Access level

- access levels 200 in system / 42 in controller

- schedules 184 in system / 16 in controller

- holidays 64 x 32 days in system / 16 in controller

Identification mode Card, PIN, Card or PIN, Card + PIN

Alarm relive Synchronize with input state or delay

KS-1024-RS/IP Controller Technical Data



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KS-1012-RS controller module




Description of connections - two doors, one-way control

Alarm input. 4 Alarm input. 3


Door 2 contact Door 2 exit button


Door 2 - entry Reader port 2


TX RX

RS-485 port

Door 1 - lock

Door 1 - alarm

Door 2 - lock

Door 2 - alarm

Alarm output 1

Alarm output 2

Power supply +12VDC

ALR4

GND

ALR3

ALR2

GND

ALR1

D_S2

GND

AN2

D_S1

GND

AN1

NULL

2BUZ

2D1

2D0

2RD+

2RD-

NULL

1BUZ

1D1

1D0

1RD+

1RD-

+ 485

- 485

GND

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

5C

5NC

5NO

6C

6NC

6NO

12V

12V

GND

GND

Address Baud

rate

RS232

Communication

port Port selection RS232/485

LEDs TX RX

Reset button Clear communication password

button

Read card OK LED

Alarm Extension Board Interface

R 1

R 2

R 3

R 4

R 5

R 6




Description of connections - one door, two-way control



Not used


Door 1 - exit Reader port 2


TX RX

RS-485 port

Door 1 - lock

Door 1 - alarm

Alarm output 1

Alarm output 2

Alarm output 3

Alarm output 4

Power supply +12VDC

ALR4

GND

ALR3

ALR2

GND

ALR1

D_S2

GND

AN2

D_S1

GND

AN1

NULL

2BUZ

2D1

2D0

2RD+

2RD-

NULL

1BUZ

1D1

1D0

1RD+

1RD-

+ 485

- 485

GND

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

5C

5NC

5NO

6C

6NC

6NO

12V

12V

GND

GND

Address Baud

rate

RS232

Communication


LEDs TX RX


button

Read card OK LED


R 1

R 2

R 3

R 4

R 5

R 6



KS-1012-IP controller module

Description of connections - two doors, one-way control







Door 1 - lock

Door 1 - alarm

Door 2 - lock

Door 2 - alarm

Alarm output 1

Alarm output 2

Power supply +12VDC


button

Read card OK LED


R 1

R 2

R 3

R 4

R 5

R 6

ALR4

GND

ALR3

ALR2

GND

ALR1

D_S2

GND

AN2

D_S1

GND

AN1

NULL

2BUZ

2D1

2D0

2RD+

2RD-

NULL

1BUZ

1D1

1D0

1RD+

1RD-

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

5C

5NC

5NO

6C

6NC

6NO

12V

12V

GND

GND

TCP Communication port




Description of connections - one door, two-way control



Not used


Door 1 - exit Reader port 2


Door 1 - lock

Door 1 - alarm

Alarm output 1

Alarm output 2

Alarm output 3

Alarm output 4

Power supply +12VDC


button

Read card OK LED


R 1

R 2

R 3

R 4

R 5

R 6

ALR4

GND

ALR3

ALR2

GND

ALR1

D_S2

GND

AN2

D_S1

GND

AN1

NULL

2BUZ

2D1

2D0

2RD+

2RD-

NULL

1BUZ

1D1

1D0

1RD+

1RD-

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

5C

5NC

5NO

6C

6NC

6NO

12V

12V

GND

GND




FUNCTION Symbol Section name Section name Symbol FUNCTION

Input 4 ALR4

Alarm inputs

Communication

port

Alarm relays

-

Outputs con-

trol

485+

Communication

port RS-485 GND GND 485-

Input 3 ALR3 GND

Input 2 ALR2 1C

Lock relay

Door #1 GND GND 1NC

Input 1 ALR1 1NO

2C

Alarm relay

Door #1 Null D_S2 2NC

Null GND 2NO

Null AN2

Door magnet input D_S1 Door #1

Door contact

Exit button

3C

Alarm relay

Output #1 GND GND 3NC

Exit button input AN1 3NO

4C

Alarm relay

Output #2 Null NULL

Door #1

Exit reader port

4NC

LED or buzzer 2BUZ 4NO

Wiegand 1 2D1 5C

Alarm relay

Output #3 Wiegand 0 2D0 5NC

Reader power +12V 2RD+ 5NO

Reader power -12V 2RD- 6C

Alarm relay

Output #4 6NC

Null NULL

Door #1

Entry reader

port

6NO

LED or buzzer 1BUZ

Wiegand 1 1D1 +12V

Controller power

+12V

Wiegand 0 1D0 +12V

Reader power +12V 1RD+ GND

Reader power -12V 1RD- GND

Controller connectors description - KS-1012-RS /IP - one-door two-way

Relays

Door #1

Controller

power




Input 4 ALR4

Alarm inputs

Communication

port

Alarm relays

-

Outputs con-

trol

485+

Communication


Input 3 ALR3 GND

Input 2 ALR2 1C

Lock relay

Door #1 GND GND 1NC

Input 1 ALR1 1NO

2C

Alarm relay

Door #1 Door magnet input D_S1 2NC Door #2

Door contact

Exit button

GND GND 2NO

Exit button input AN1


Door contact

Exit button

3C

Lock relay

Door #2 GND GND 3NC


4C

Alarm relay

Door #2 Null NULL

Door #2

Entry reader

port

4NC

LED or buzzer 2BUZ 4NO

Wiegand 1 2D1 5C

Alarm relay


Reader power +12V 2RD+ 5NO

Reader power -12V 2RD- 6C

Alarm relay

Output #2 6NC

Null NULL

Door #1

Entry reader

port

6NO

LED or buzzer 1BUZ

Wiegand 1 1D1 +12V

Controller power

+12V

Wiegand 0 1D0 +12V

Reader power +12V 1RD+ GND

Reader power -12V 1RD- GND

Controller connectors description - KS-1012-RS /IP - two-door one-way

Relays

Door #1

Controller

power

Relays

Door #12




Description of connections - four doors, one-way control

TX RX

Alarm input 4 Alarm input 3










RS-485 port

Door 1 - lock

Door 1 - alarm

Door 2 - lock

Door2 - alarm

Door 3 - lock

Door 3 - alarm

Door 4 - lock

Door4 - alarm

Supply power +12VDC

ALR4

GND

ALR3

ALR2

GND

ALR1

D_S4

GND

AN4

D_S3

GND

AN3

D_S2

GND

AN2

D_S1

GND

AN1

4BUZ

4RD1

4RD0

RD+

RD-

3BUZ

3RD1

3RD0

2BUZ

2RD1

2RD0

RD+

RD-

1BUZ

1RD1

1RD0

+ 485

- 485

GND

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

5C

5NC

5NO

6C

6NC

6NO

7C

7NC

7NO

8C

8NC

8NO

12V

12V

GND

GND

PK 1

PK 2

PK 3

PK 4

PK 5

PK 6

PK 7

PK 8

Address Baud

rate

RS232

Communication


LEDs TX RX

Reset button Clear communication

password button

Read card OK LED





Description of connections - two doors, two-way control

TX RX



Not used

Not used



Door 2 - exit

Reader port 4


Door 1 - exit

Reader port 2


RS-485 port

Door 1 - lock

Door 1 - alarm

Door 2 - lock

Door2 - alarm

Alarm output 1

Alarm output 2

Alarm output 3

Alarm output 4

Supply power +12VDC

ALR4

GND

ALR3

ALR2

GND

ALR1

D_S4

GND

AN4

D_S3

GND

AN3

D_S2

GND

AN2

D_S1

GND

AN1

4BUZ

4RD1

4RD0

RD+

RD-

3BUZ

3RD1

3RD0

2BUZ

2RD1

2RD0

RD+

RD-

1BUZ

1RD1

1RD0

+ 485

- 485

GND

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

5C

5NC

5NO

6C

6NC

6NO

7C

7NC

7NO

8C

8NC

8NO

12V

12V

GND

GND

PK 1

PK 2

PK 3

PK 4

PK 5

PK 6

PK 7

PK 8

Address Baud

rate

RS232

Communication


LEDs TX RX


password button

Read card OK LED





Description of connections - four doors, one-way control











Door 1 - lock

Door 1 - alarm

Door 2 - lock

Door2 - alarm

Door 3 - lock

Door 3 - alarm

Door 4 - lock

Door4 - alarm

Supply power +12VDC

ALR4

GND

ALR3

ALR2

GND

ALR1

D_S4

GND

AN4

D_S3

GND

AN3

D_S2

GND

AN2

D_S1

GND

AN1

4BUZ

4RD1

4RD0

RD+

RD-

3BUZ

3RD1

3RD0

2BUZ

2RD1

2RD0

RD+

RD-

1BUZ

1RD1

1RD0

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

5C

5NC

5NO

6C

6NC

6NO

7C

7NC

7NO

8C

8NC

8NO

12V

12V

GND

GND

PK 1

PK 2

PK 3

PK 4

PK 5

PK 6

PK 7

PK 8


password button

Read card OK LED






Description of connections - two doors, two-way control

Door 1 - lock

Door 1 - alarm

Door 2 - lock

Door2 - alarm

Alarm output 1

Alarm output 2

Alarm output 3

Alarm output 4 Supply power +12VDC

ALR4

GND

ALR3

ALR2

GND

ALR1

D_S4

GND

AN4

D_S3

GND

AN3

D_S2

GND

AN2

D_S1

GND

AN1

4BUZ

4RD1

4RD0

RD+

RD-

3BUZ

3RD1

3RD0

2BUZ

2RD1

2RD0

RD+

RD-

1BUZ

1RD1

1RD0

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

5C

5NC

5NO

6C

6NC

6NO

7C

7NC

7NO

8C

8NC

8NO

12V

12V

GND

GND

PK 1

PK 2

PK 3

PK 4

PK 5

PK 6

PK 7

PK 8


password button

Read card OK LED





Not used

Not used



Door 2 - exit

Reader port 4


Door 1 - exit

Reader port 2




Controller connectors description - KS-1024-RS /IP - two-door two-way


Input 4 ALR4

Alarm inputs

Communication

port

485+

Communication


Input 3 ALR3 GND

Input 2 ALR2

Relays

Door #1

1C

Lock relay

Door #1 GND GND 1NC

Input 1 ALR1 1NO

Null D_S4 2C

Alarm relay

Door #1 Null GND 2NC

Null AN4 2NO

Null D_S3

Relays

Door #2

1C

Lock relay

Door #2 Null GND 1NC

Null AN3 1NO


Door contact

Exit button

2C

Alarm relay

Door #2 GND GND 2NC



Door contact

Exit button

1C

Alarm relay

Output #1

Alarm relays

-

Outputs control

GND GND 1NC


LED or buzzer 4BUZ Door #2

Exit reader port

2C

Alarm relay


Wiegand 0 4D0 2NO

Reader power +12V RD+

Reader power

1C

Alarm relay

Output #3 Reader power -12V RD- 1NC


Entry reader

port

1NO

Wiegand 1 3D1 2C

Alarm relay



Exit reader port

2NO

Wiegand 1 2D1

Wiegand 0 2D0


Reader power Reader power -12V RD-

Controller

power

+12V

Controller power

+12V


Entry reader

port

+12V

Wiegand 1 1D1 GND

Wiegand 0 1D0 GND



Controller connectors description - KS-1024-RS /IP - four-door one-way


Input 4 ALR4

Alarm inputs

Communication

port

485+

Communication


Input 3 ALR3 GND

Input 2 ALR2

Relays

Door #1

1C

Lock relay

Door #1 GND GND 1NC

Input 1 ALR1 1NO


Door contact

Exit button

2C

Alarm relay

Door #1 GND GND 2NC



Door contact

Exit button

Relays

Door #2

1C

Lock relay

Door #2 GND GND 1NC



Door contact

Exit button

2C

Alarm relay

Door #2 GND GND 2NC



Door contact

Exit button

1C

Lock relay

Door #3

Relays

Door #3

Relays

Door #4

GND GND 1NC



Entry reader

port

2C

Alarm relay

Door #3 Wiegand 1 4D1 2NC

Wiegand 0 4D0 2NO


Reader power

1C

Lock relay

Door #4 Reader power -12V RD- 1NC


Entry reader

port

1NO

Wiegand 1 3D1 2C

Alarm relay

Door #4 Wiegand 0 3D0 2NC


Entry reader

port

2NO

Wiegand 1 2D1

Wiegand 0 2D0


Reader power Reader power -12V RD-

Controller

power

+12V

Controller power

+12V


Entry reader

port

+12V

Wiegand 1 1D1 GND

Wiegand 0 1D0 GND



Installing the controller in the housing

Controller module must be installed in a dedicated buffer power supply housing proper for the controller model.

There are two dedicated housing: APS-AAT-2A - designed for controllers KS-1012-RS/IP (2 readers)

APS-AAT-3A - designed for controllers KS-1024-RS/IP (4 readers)

Power supplies installed in these enclosures are performance as a symbol in the

name of 2A and 3.5 A. This performance allows the power supply controller mod-ule, 2 or 4 readers and 2 or 4 electric locks (even electromagnetics lock for cur-

rent consumption 500mA). The housings are designed to be installed inside the battery with a capacity 7Ah (in vertical position, in a special holder - as pictured

on the next page.

Connections inside the case: - output voltage (12V), connect the terminal controller

- terminals "TAMPER" power connector into an available detector line input controller

- to the terminals at the edges of the controller attach cables from readers, locks, keys and door status sensor (door magnet)

- red (+) and black (-) cable from the power supply connected to the battery

terminals - 230 VAC mains plug to power cubes on top of the housing (through the exist-

ing fuse)

After completing all connections enable the supply voltage 230 V and validate the operation of the controller.

Housing has a removable door, which can be removed after unscrewing the cable

mass. Housing is closed on the two bolts screwed on the right edge.

Opening of the sensor housing is monitored sabotage. Connect it to the free in-

put detector line in controller and activate the program so that the alarm was generated.

Look at diagram on next pages for details.



APS-AAT-2A - Supply power and metal cabinet for KS-1012-RS/IP

APS-AAT-3A - Supply power and metal cabinet for KS-1024-RS/IP



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12V

7A

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30V

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7VA

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Fuse1A /250V

4 Relay module17

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Reader connection

Function Reader 1 Reader 2 Color

Supply power - 1RD- 2RD- Black

Supply power + 1RD+ 2RD+ Red

Wiegand D0 1D0 2D0 Green

Wiegand D1 1D1 2D1 White

BUZ / LED 1BUZ 2BUZ Grey/Blue

Remark

Wire: 6-core screen wire or FTP-5 8-core screen twisted-pair

Distance: Distance between controller and reader ≤ 60m

Note: Reader should be of the same format as in the software.

Reader Connection Indicator: When user presents card to the reader,

RD_ OK light will flash one time only when the connection between reader and controller is correct and controller interface works properly, otherwise, RD_ OK

light will not respond (Hardware V1.2 or above is supported only).

BUZ/ LED - lock state control wire can be connected with LED or BUZ. When lock relay is activated, BUZ will beep or LED will be light until the lock re-

lay is deactivated again ( Hardware V1.2 or above is supported only).

Reader interface indicator OK LED Reader

Outputs for connection reader

LED or Buzzer

Controller module RD_OK

Inputs Door contact/Exit Reader 2 Reader 1

NU

LL

1BU

Z

1D1

1D0

1RD

+ 1R

D-

NU

LL

1BU

Z

1D1

1D0

1RD

+ 1R

D-

Colours of wires in the table below



Electric strike NC type connection

Electromagnetic lock NO type connection

Remark

Wire: 2-core power supply wire. Power Supply：DC12V. Distance: Within 150 m

Suggestion: electric lock and controller power supply should be separated, and

Remark

Wire: 2-core power supply wire. Power Supply：DC12V. Distance: Within 150 m

Connector Door1 Door 2

C 1C 2C

NO 1NO 2NO

Controller module

RS-485 Output Supply pow. Lock/Alarm D1 Lock/Alarm D2

1C

1NC

1N

O

2C

2NC

2N

O

Supply power

Electromagnetic lock - NC type

Connector Door 1 Door 2

C 1C 2C

NC 1NC 2NC

Controller module

Supply power

1C

1NC

1N

O

2C

2NC

2N

O

Electromagnetic lock - NO type

RS-485 Output Supply pow. Lock/Alarm D1 Lock/Alarm D2



Electromagnetic lock NO type

Supply power

Emergency exit button

Alarm siren or

controller inputs

Lock relay

NC C NO

Remark Wire: 4-core wire

Note: C is public terminal Normal situation: C-NC is pass, C– NO is open

When glass is broken: C– NC is open, C-NO is pass

Controller module

Door contact and exit button connection

Emergency exit button connection

Connector Door 1 Door 2

Ground GND GND

Contact D_S1 D_S2

Button AN1 AN2

Remark

Wire: 2-core screen wire. Distance: Within 150m Note: Input type of exit button and door-magnet should be the same as in the

software.

Controller module

D_S

2 G

ND

AN

2 D

_S1

GN

D

AN

1

Door contact Exit button

Inputs Door contact/Exit Reader 2 Reader 1



Alarm input / output connection

The connection cable between the controller and devices - installation cable (multi-wires) The siren alarm and detector - any model.

NOTES

Sensor

Alarm siren

The figure shows an sample connection

GN

D

ALR

1

5C

5NC

5NO

Supply power

Electric lock and alarm outputs working principle

NO (Normal Open) - open contact (open to COM) in the normal state (relay energized) NC (Normal Close) - contact closed (shorted to COM) in the normal state (relay energized)

COM (Common) - a common contact relay circuit NOTES

Contacts NC i COM close Contacts NO i COM open

Contacts NC i COM open Contacts NO i COM close

COM

NO

NC

COM

NO

NC

Relay on controller board in normal state (without supply)

Relay on controller board in active state (supply from controller circuit)

Relay Relay

+12 V supply power of lock GND

Lock NC type or alarm siren

+12 V supply power of lock GND

Lock NC type or alarm siren



RS-485 communication connection

Remark

Wire: UTP-5 - 8-core screen twisted-pair (use two pair)

Distance: 800m (Theoretical distance is 1200m. In practical application, distance is around 800m. To prolong the distance, repeater should be added).

Converter: Active converter ( Passive converter should be avoided since it may cause communication problem)

Jumper: Jump to 485 position Suggestion: USB converter and passive converter are not recommended in big-

ger installation. 485 communication light: RX and TX will flash only when controller is in

communication state. When RX and TX connection is reversed, RX light will be Light all the

time (Yellow light), (Hardware V1.2 or above is supported only) .

TXRX

RS485 Transmission LED RX TX

Controller module KS-1012/24-RS

RS485 port

Jumper’s

GND - 485

+ 485

Communication converter RS485

KaDe Premium workstation

RS232 port

Controller connection to RS485 network Recommended connection structure, hand-in-hand connection. Star–type

connection is not recommended. The system may have up to 20 bus.

KS-1012/24-RS KS-1012/24-RS KS-1012/24-RS KS-1012/24-RS KS-1012/24-RS KS-1012/24-RS KS-1012/24-RS

NOTES



Change Communication Rate

Remark KS-1012/24-RS controller series can connect with computer by 9600bps (ON pos.) and 19200bps(OFF pos.) communication rate (default setting is 19200bps). Controller baud

rate must be the same as the baud rate of the serial port on software.

Change communication mode

Remark

Controller can connect with PC via RS 232 or RS485 (trough converter). Make sure JP1 is on the right position. Do not change communication mode by hori-

zontal jump. RS 485 communication mode can connect max. 32 controllers.

RS232 RS485 RS232 RS485

JP1 JP1 RS232 RS485

RS

232

RS

485

RS

232

RS

485

Baud rate dipswitch no.8

19200 bps 9600 bps

Microswitch slider



Change controller address

Remark Change the identification address of DIP switch SW1. This setup is to KS-1012/24-RS. The controller address can be set as the following: Note: Default address is 0 - all DIP switches in the ON position - on the right. Every bus can connect 32 controllers. Every controller address must be unique.

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DI P

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

1 2 3 4 5 6 7 8

ON DIP

Address 0 Address 1 Address 2 Address 3 Address 4






Address 30 Address 31

1 2 3 4 5 6 7 8

ON DI P

SW1

Microswitch slider

Controller address - dipswitch no.1 - 5 Dipswitch no. 6 i 7 - for future used.



KS-1012/24-RS controllers RS 485 network connection to PC trough TCP/IP - converter

KS-1012/24-IP controller connection with router or computer

Connection cable between controllers and converters - twisted pair UTP-5 type.

Maximum RS-485 network distance - 1200 m from converter to the last controller. Transmission switch on the converter should be set in RS485 position.

NOTES


RS485

KS-1012/24-RS Controller module

To the next controllers

RS485/TCP converter Router

IP port RS485 port

RS485 jumper

Remark

Wire: 8-core screen twisted-pair wire Communication Rate: 10/100 M self-adaptive

Web requirement: Direct Connection/crossing self-adaptive Network Length: <100m

Note: Controller and LAN must be in the same network.

Connection cable - twisted pair UTP-5 Transmission speed - 10/100 negotiated

Distance from controller to router <= 100m Controller and router should be in the same LAN.

KS-1012/24-IP Controller module

NOTES

Router

KaDe Premium workstation IP port



RS 232 communication connection

Clear communication password button

Controller module

Reset - clear communication password button

Instruction: In case communication password is unknown, user can press the button to clear the communication password. This password protected data transfer from PC to controller.

NOTES

Controller module KS-1012/24-RS

Jumpers RS232 port


RS232 serial cable

NOTES

Connecting a single controller to the RS232 port on your computer - use standard serial cable.

5

3 2



Alarm outputs extension board

Alarm outputs extension board connection with controller

1C

1NC

1NO

2C

2NC

2NO

3C

3NC

3NO

4C

4NC

4NO

Alarm 1 Alarm 2 Alarm 3 Alarm 4 outputs

Soc

ket c

onne

ctio

n fo

r co

ntro

ller

RL 1 RL 2 RL 3. RL 4

4 relays module AL - 1004

Controller module

Connection cable (included in module box)

Purpose of the module - increasing the number of control outputs when the number on the control-ler module is insufficient. It is not recommended to assign different functions to the same control output.

NOTES



Power supply connection

+12

+

12

GN

D

GN

D

Supply power

Recommended power supply - APS-AAT-2A (12VDC, 2A) for controllers KS-1012-RS/IP, APS-AAT-3A (12VDC, 3.5A) for controllers KS-1024-RS/IP. Units are designed to power the controller mod-ule, readers and electric locks. It is recommended to connect a diode across the terminals of an electric lock.

NOTES

Controller module



Notes for Installation

1. Before installation, please read this manual for detailed product functions and installation conditions.

2. Installation of the controller can be performed only by qualified personnel with

the appropriate certificate authorizing the installation and servicing of such equipment.

3. The controller should be installed inside the protected area at a temperature above +2 ° C and normal humidity.

4. Controllers should be located so that the minimum distance from the cables

and high voltage devices and other devices that generate electrical noise was 2 m. The minimum distance from the telephone line should be 1 m, and from

transmitting devices 8 m.

5. The controller should be powered from the line power supply with backup bat-tery, with parameters. 12 VDC, 2A or 4A. This takes into account any power door

locks with the same power supply.

6. KS-1012/24-RS/IP series are compatible with devices from other suppliers. However, it is recommended to study the spec of the devices before connecting

them to KS series. In order to avoid possible malfunction of KS series, the reader

output format, power supply voltage, power consumption and max. current etc. should be compatible with KS series.

7. KS series are MCU based system which work 24 hours a day. The device

should not work nearby environments of strong electromagnetic interference and large or high-voltage electric devices.

8. Check the grounding situation before installation.

9. 485 bus, electric lock wire, reader wire, 220V power supply wire etc. should

not go through the same wire or wire case.

10. Cable standard should be in accordance with or above local standard.

11. When control multiple devices, please ensure the uniqueness of device ad-

dresses.

12. Star-connection should not be adopted to 485 bus in order to avoid unex-pected communication problem.

13. Please make sure KS series are powered off before carrying out any opera-

tion. Hot plug in / out is prohibited.



14. Before connecting the power supply controller to perform all the necessary instructions below.

15. Computer connection can be done using RS232, RS485 and built-in convert-er or IP port.

16. Connection to the computer using the RS232 port should not exceed 15m. 17. Connection to the computer using the RS485 port should not exceed 1200m.

18. To the RS485 bus can be connected to 32 controllers. Each controller must be set to a different address.

19. Please do not touch components with bear hand since body static-electric

may damage the components.

20. When installation is completed, please check: Is the connection correct?

Is there any short circuit or open circuit?

Is the back of controller completely separated from conductive materials?

21. Please do not dismantle or change the controller chip. Incorrect operation will damage the controller. In case of product failure or any technical problem,

please contact with supplier.

Wire Requirement

Cable Direction Wire Standard Wire Distance Remark

PC → Switch/

Network Controller

8-core screen

twisted-pair wire (UTP-5)

100m

Switch → Controller 8-core screen

twisted-pair wire (UTP-5)

100m

PC → Switch 485

Converter/485 Controller

Standard Serial Port Wire 5m Including

Products

485 Converter →Controller 8-core screen twisted-pair

wire or 2-core screen ca-

ble (2×0.75～1.0)

800m

Reader → Controller 8-core screen

twisted-pair wire

60m

Electric lock → Controller 4-core screen cable

(4×1.0)

150m

Exit Button → Controller 2-core screen cable

(2×0.5)

150m

Emergent Exit Button→

Controller

2-core screen cable

(2×0.5)

150m

Controller → Extension

Board

6P Connection Wire 20cm Including

Products



Trouble-Shooting

◆ Reader can not read card There are many reasons for this problem. User need to check:

1. When present card, is there any sound? Is the LED on? 2. Please check the connection. Is there any short-circuit or cut? Is your reader

output format correct? 3. Check the Register Card function of software. Is the card information re-

ceived? 4. Please check controller voltage DATA0 and DATA1. Voltage above 4V indicates

the reader dysfunctions; while lower than 4V indicates controller dysfunctions.

◆ Software can not connect with database 1. User is not authorized to write the database. (Go to WINDOWS/TEMP/, change

the read authorization to EVERYONE\everyone or install new system).

2. Module problem, user need to install again. 3. Operation system fails, re-install the system.

◆ Lock can not be closed

Connect the lock with12V power supply directly. If lock works, then test C and NC port and check whether there is any short-circuit (for fail-secure lock).

◆ Door can not be opened by presenting card

1. Make sure reader connection is correct. 2. Check whether the card number is in card record.

3. Check validity of the card. 4. For valid card, is the LED on and relay sounds when presenting card? If both

are ok, check lock connection and lock state.

5. If card is indicated as invalid, reasons are:

a) The card is illegal. The card is not registered and assigned by the software. User need to assign the card to access group.

b) The card is an expired temporary card. (Temporary card can be used within certain period only.)

c) You are using card+password mode. d) Your access group are not authorized to access this reader.

e) This reader needs First- card open (Any other card can open the door only after First-card is presented to the reader.)

f) This reader needs multi-card open. g) Card is not detected, present the card again.

h) Your card is damaged; make sure there is no fold, no burn and no magnetization.

I) The reader has anti-passback function. User can not present card on the same reader continuously.

j) This reader is used for attendance only.

k) System sets “All Day Forbidden”. I) “Remote control” is applied on this reader.



◆ Card-present time missed in the record

1. Database is not compatible. 2. Controller time is incorrect.

◆ Card-present Record disappears

1. Memory is damaged. 2. Record overflown.

3. History record is covered by new record. 4. Download record before upload. History record is cleared.

◆ TCP/IP converter problem

TCP/IP converter should be applied with Anson software. In case of data transmission error, user can adjust converter transmission delay.

◆ Fail to connect controller via RS 485 communication mode

Converter applied should be active and equipped with signal amplifier. In

addition, some types of USB-232 converter may not be compatible. Theoretically, communication distance of RS485 is 1200m, but its practical

distance is around 600m (because of interference, w i r e type, load capacity and so on).

It is not recommended to connect too many devices on a RS 485 bus. The prima quality connected is around 20 units. To connect more devices, user

can add a 120 ohm resistor between 485+ and 485-. Screen twisted-pair is the best choice. Moreover, user should also note that

the communication rate of software and hardware should be the same.

◆ Connection of RS485 communication Serial connection should be adopted.

◆ Time is incorrect and can not open the door

Validity of card is related to time. Due to component failure, aging and

interference etc., controller time may differ from PC time. It is recommended that administrator adjusts time periodically (every 2-3 months).

◆ Red light is still on after magnetic lock closed

This is caused by the mismatch or gap between lock surface and lock-core.

◆ Software password is forgotten If possible, please send us the database for recovery.

◆ Real-time monitoring does not work

Firstly, please edit an E-map and add some monitor position in the software. Secondly, ensure the connection between controller and software. For detailed

information, please refer to user manual.

Installation Manual communication rate ... only when they have the same baud rate. ... 350 x 300 x...

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Transcript of Installation Manual communication rate ... only when they have the same baud rate. ... 350 x 300 x...