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8

K T - 1 0 0   I n s t a l l a t i o n   M a n u a l

The normally closed tamper switch is connected to an input. It 
is recommended to choose an unused input (3 or 4) as tamper 
input.

1.

Install the KT-100TAMP tamper switch in the MUSB 
box as illustrated below.

Step 10•

Connecting the KT-100 to the RS-485 Bus 

Controllers are linked together through their RS-485 screw 
terminal. The maximum communication loop length with the 
appropriate cable is 1.2 kilometers (4,000 feet) from the last 
controller to the workstation. 

NOTE: 

Do not connect several KT-100 controllers at a single

point or in a “Y” or “spider web networks”. 

The RS-485 communication loop should be wired with Ethernet 
Category 3 double twisted pair network cable (see cable 
specifications Belden 1227A or equivalent). The RS-485 loop 
can operate from 1,200 to 115,200 baud, under normal 
conditions. The baud rate depends on the loop length and the 
environment (Refer to Step 2 “Selecting a Mounting Location” 
on page 5). 

NOTE: 

 Intermittent communication problems or erratic opera-

tion may require to slow down the network speed to 9,600 or
19,200 baud. Varying the network speed does not perceptibly
change the operation speed of the system. Usually, most instal-
lations should be set at 19,200 baud. 

To link KT-100 Door Controllers:

1.

Connect the RS-485 cable to X1+, X1- and GND.

If you are not using the USB-485 or VC-485: 
connect a 120 ohm end-of-line resistor at the 
interface of the first and last KT-100 (X- & X+);

When using the USB-485: connect a 120 ohm end-
of-line resistor on the last KT-100 only (X- & X+). 
You do not need to connect the first KT-100 since 
the USB-485 contains an end-of-line resistor.

NOTE: 

After you have completed all the necessary steps, you

may power the KT-100 by connecting the AC power and the bat-
tery.

R1

R2

R3

R4

DOOR REX

COM

AUX

AUX

INPUTS

RELAYS

Z1

Z2

Z3

Z4

TAMPER 

SWITCH

MUSB 

COVER

MUSB 

BOTTOM

TAMPER 

ARM

KT-100

RS-485

X+

X-

KT-100 #1

120 ohms

EOL resistor

RS-485

GND

X-

X+

USB485

WITH 120 OHMS

INTEGRATED EOL

RESISTOR

RS-485

X+

X-

KT-100 #2

RS-485

X+

X-

KT-100 #32

USB CABLE (3 METERS MAX)

WORKSTATION

RS485 NETWORK: UNSHIELDED TWISTED PAIRS CABLE AWG #22 (1200 METERS MAX)

Summary of Contents for kt-100

Page 1: ... regarding product use and function and information on the limitations as to liability of the manufacturer The entire manual should be carefully read KT 100 Door Controller Installation Manual Kantech Systems Access Control and Accessories DN5073 0205 0207 ...

Page 2: ...owners No part of this publication may be reproduced in any form without permission from Kantech Systems Inc Kantech Systems Web Site www kantech com 2002 Kantech Systems All rights reserved Specifications may be modified without notice Trademarks of Kantech Systems ...

Page 3: ...6 Hooking up Inputs 6 Step 7 Connecting Readers and Keypads 7 Step 8 Connecting Control Relay Outputs 7 Step 9 Connecting the Tamper Switch 7 Step 10 Connecting the KT 100 to the RS 485 Bus 8 Section 3 Appendix 9 Typical KT 100 Wiring Diagram 9 KT 100 Compliance Notices 10 Troubleshooting Communication Problems 10 KT 100 Controller Maintenance 11 Bi annual test for battery 11 Annual test for emerg...

Page 4: ...6 ...

Page 5: ...in addition to presenting a valid card at the door reader For details about using the KT 100 Controller to interface another alarm panel refer to Using the KT 100 with an external alarm panel on page 12 Technical Specifications Input power 9 5 to 14 VDC 50mA accessories Max 750 mA Dimensions H W D 11 4 cm x 7 0 cm x 3 cm 4 5 2 75 1 25 mounted in a standard single gang electri cal box without any a...

Page 6: ...4 K T 1 0 0 I n s t a l l a t i o n M a n u a l ...

Page 7: ...ment or lines and at a minimum of 8 meters 25 feet from any transmitting equipment The controller should be mounted indoors in a secure location providing normal temperature and humidity levels Controllers should be located close to the controlled door Physical access using keys on controlled door must be provided so that the KT 100 can easily be accessed for servicing in case of malfunctions Step...

Page 8: ...t can operate DC powered locking devices such as electromechanical strikes and can be configured to operate in fail safe or fail secure modes normal or reverse action The maximum permitted current is 250mA 12VDC per output NOTE Use 1K ohm end of line resistor between 12VDC and NC if not used This resistor is already included in the box KT 100 ACC To connect the door locking device 1 Connect the ne...

Page 9: ... Connecting Control Relay Outputs The KT 100 provides two opto isolated contacts R1 2 and two control outputs R3 4 R1 2 can be used as either as dry contacts R1 R2 maximum voltage 30 volts AC DC maximum current 100 mA total R1 R2 R3 R4 maximum voltage 12 volts DC maximum current each relay 25 mA NOTE Use a KT RM1 optional to switch larger currents or voltages or to supply a dry contact Step 9 Conn...

Page 10: ... 5 NOTE Intermittent communication problems or erratic opera tion may require to slow down the network speed to 9 600 or 19 200 baud Varying the network speed does not perceptibly change the operation speed of the system Usually most instal lations should be set at 19 200 baud To link KT 100 Door Controllers 1 Connect the RS 485 cable to X1 X1 and GND If you are not using the USB 485 or VC 485 con...

Page 11: ...K Optional Exit Reader Door Locking Device 12 Volts DC 250 mA MAX Electrical Mag Lock 12 Volts DC 250 mA MAX IF NOT USED CONNECT A 1000 OHMS RESISTOR BETWEEN NC AND 12V IOProx Card Reader Entry Reader Door Contact WASHER Sealed Acid Lead 12 Volts Battery 7 A h Maximum KANTECH KT BD7 12 120 220 VOLTS 40VA CLASS 2 WIRE IN Plug in also available Do not connect to receptacle controlled by a switch EAR...

Page 12: ...tion is done at Kantech The following steps should only be done if You changed the software e g you were using WinPass then installed EntraPass and there is no communication You replaced an existing KT 100 by another one on a loop To enable the default initialization hard reset 1 Disconnect the transformer and the battery from the PC4204 power supply 2 Remove all connections of Z1 DOOR and R3 term...

Page 13: ...t a convenient distance from the connected devices To mount and connect the power supply 1 Press the five plastic stands offs through the mounting holes at back of the cabinet 2 Secure the cabinet to the wall in the desired location Use appropriate wall anchors when securing the cabinet to dry wall plaster concrete brick or other surfaces 3 Press the circuit board into the plastic stands offs to s...

Page 14: ...sarm request of the third party alarm system This output is pulsed once to arm or disarm the alarm system according to the current arming state The KT 100 output Relay 4 in the example is connected to a local bell or to warn the alarm panel of an abnormal condition from the door Optionally one KT 100 input zone can be defined as an arming disarming request input for the external alarm panel In thi...

Page 15: ......

Page 16: ...Kantech Systems Web Site www kantech com 2002 Kantech Systems All rights reserved Specifications may be modified without notice Trademarks of Kantech Systems Printed in Canada DN5073 0205 0207 ...

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