KP Electronic Systems ATC100 Installation Manual

ATC100™

Long-Range

Cellular

Alarm Transmitter

Installation Manual

Web Site: www.kpsystems.com

ISRAEL Office

Email: [e-mail]

Tefen Industrial Park, Tefen 24959

Tel: [phone] Fax: [phone]

USA Office:

KP ELECTRONICS INC.

Email: [e-mail]

415 Sargon Way Suite F Horsham PA 19044

Tel: [phone] Fax: [phone]

P.N.: Book 106

Rev 08 10/9/2013

This Document refers to ATC100™ hardware

ATC100™ General Description

ATC100™ is a long-range, cellular alarm
transmitter. The ATC100 will be able to work at
900/1800 or 850/1900 MHz.

ATC100™ operates in two modes, SMS and TCP/IP.
When ATC100™ detects alarm conditions at one or

more of its inputs; an encoded digital alarm message
is prepared. It is then transmitted to the alarm center,
according to the selected mode. The eight ATC100™
inputs are in normally closed state (NC).

ATC100™ has three sets of connectors: J1, J2, and
the SMA ANT (see Figure 1).

1. J1: A 13-pin contact connector for the

following connections (see Figure 1):

• 12 VDC battery (contacts 1 and 2)

• Common Ground (contact 3)

• Eight inputs for sensors

(contacts 4 - 11)

• Two serial communication

connections: SI and SO.

Table 1: LEDs description

Purpose No. of

blinks/Color

Description

Net Led

[Led 4-Red]

Fast Blinking Modem is not registered

Slow Blinking The modem is registered

Transmission

Led

[Led3-Red]

1

Will blink each time a
transmission is made in
SMS Mode

Fast Blinking

Will start blinking rapidly
at the beginning of a data
transmission (TCP mode)

Status Indication

Led

[Led2-Green]

1

Power on reset and all

OK/Received SMS
2 SMS was not sent
3 Communication problem
4 Modem Reset

6

Low battery

(bellow 9[V])
8

Failed to register to the

network

Fast Blinking

No SIM card or PIN code

is enabled

Constant-on

The ATC100 is ready to

receive an event from the

panel or from the direct

inputs.

RSSI Led

[Led1-BiColor]

Off

No reception

[-113dbm]

Red

Poor reception

[-111dbm]

Green

Good reception

[-109-(-51dbm)]

J2: The 10-pin programming connector

Communication parameters are easily
programmed using GUP5000™ utility­programming software. (See ATC100

TM

and GPRS receiver Manual book).

ANT: An external antenna can be connected

using the SMA connector.

Figure 1: ATC100™ External View

Preparing for Operation

Before installing ATC100™ on site, perform
the following preparations:

• Setting communication parameters

• Preparing inputs

• Connecting antenna, sensors and battery

Setting Communication Parameters

See ATC100

TM

and GPRS receiver Manual

book.

Preparing Inputs

The eight ATC100™ inputs are factory set. By
default they are set as NC (Normally Closed).

Connecting Alarm Panels

Prepare a panel according to manufacturer
rules. There are three ways to connect the
ATC100™ with an alarm panel:

• Caddx NX4, NX6, NX8 or Paradox

SP5500 panels are connected directly to
the serial port J2, using appropriate
cables: INT001™ for Caddx, CAB149™
for Paradox. For Caddx connect all three
wires of the alarm cable to the alarm
panel – lines Red to “Pos” Black to
“Com” Green to “Data”. Connect the
cable to J2. (Connect the INT001™ or
CAB149™ cables before connecting the
battery).

• Any other alarm panel can be connected

via the DI100™, enabling it to transfer
full Contact ID data.

• Connect the alarm panel’s outputs to the

ATC100™ inputs.

Connecting Antenna, Sensors and Battery

1. Connect the antenna to the SMA connector.

2. Connect sensors to J1 (contacts 4–11).

3. Connect the battery to J1: red wire (+) to

contact 1, black wire (-) to contact 2 (see
Figure 2).

4. Connect AC supply to charger.

Figure 2: Sensors Connections

Remote Control Output

1. Connect the "+" of the relay to the

battery positive terminal and to the device
positive output connection.

2. Connect the relay "COM" connection to the

battery negative terminal.

3. Connect the relay N.O contact to the device

negative output connection.

4. Connect the SO from the ATC100 to

the "-" of the relay.

5. Optional – In order to receive confirmation

from the ATC100 about the device status,
connect the relay N.O contact to one of the
ATC100 inputs.

Figure 3: Remote Control Output Connection

Alarm Codes

The ATC100™ can transmit alarms in tow protocols:
Contact ID and 4x2.
When either one of the inputs is activated, or a

troubles occurred, following alarm codes are
transmitted to the alarm center:

Table 2: Alarm Codes (Protocol 4x2)

Alarm Type Alarm Code Reset Code

Input 1 A1 B1
Input 2 A2 B2
Input 3 A3 B3
Input 4 A4 B4
Input 5 A5 B5
Input 6 A6 B6
Input 7 A7 B7
Input 8 A8 B8
Low battery A9 B9
Test 00

—

Table 3: Alarm Codes (Contact ID)

In Contact ID each input can be programmed via
GUP5000™ to one of the following codes:

Alarm Code Meaning

100

Medical

110

Fire Alarm

120

Panic Alarm

121

Duress

130

Burglary

137

Box Tamper

140

General Alarm

150

24Hrs Non Burglary

170

Special Code (KP)

301

AC Loss

409

O/C by Key switch

602

Test

302

Low Battery

144

Sensor Tamper

309

Bat Test Failure

311

Bat Missing/Dead

344

RF receiver Jam Detected

381

RF loss of supervision

384

RF Low Bat

400

Open/Close

358

Low Signal

Technical Specifications:
Modem:

T

yp

e SIM900.

Supported Codec Half Rate
Operating Voltage 3.2-4.5 VDC Max
Power Output.

3 VDC

Tx Current 1.8 A max.
Supported

Frequency's

900/1800
850/1900 Mhz

ATC100

TM

O

p

erating Voltage 10.5-14.5 VDC
Standby Current 40mA max.
Tx Current 0.3A max.
Power Output 2W @ 3.6 VDC

(850/900 Mhz)
1W @ 3.6 VDC

(

1800/1900 Mhz)

Operating Temp.

-30oC a 60oC

(

-22oF a 140oF

)

Storage Temp.

-40oC a 70oC

(

-40oF a 158oF

)

Weight

0.47 Kg (1 lbs)

Note: Do not forget to insert the SIM
card on the respective slot, and
disable Pin Code if needed (available
via GUP5000).

Important!!
Do Not insert or remove the SIM
card while the ATC100™ is
powered on!!