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genesis Master Unit - Technical Manual

Page 24

ned and Manufactured

Ge

This elk

Gecaus

Master Unit GEN-001

Australian Owned, Desig

Revision 2.02 – September 2002

Genesis Electronics Australia Pty Ltd

www.genesiselectronics.com.au

Distributed by:

nesis reserves the right to change or modify products without notice.

manual assumes installers of this product are professionals within the ectronic security, access control and automation industry. As such, nowledge of these industries on the part of the installer is assumed.

nesis takes no responsibility for any damage, financial loss or injury ed to any equipment, property or persons resulting from the correct or

incorrect use of any Genesis Electronics devices.

genesis

…The very latest innovation in security and access

TECHNICAL MANUAL

Revision 2.02 September 2002 Genesis Electronics Australia Pty Ltd http://www.genesiselectronics.com.au



Table of Contents

TABLE OF CONTENTS 2

PARTS CHECKLIST 3

SPECIFICATIONS 4

FEATURES AND BENEFITS 5

TERMINAL BLOCK MOUNTING 6

MASTER UNIT LAYOUT 7

INPUT LAYOUT AND WIRING 8

POWER SUPPLY AND OUTPUT LAYOUT 10

MASTER UNIT EXPANSION 11

MASTER UNIT PROCESSOR 12

MASTER UNIT COMMUNICATIONS 13

MOUNTING 14

GENESIS LAN 15

POINTS TO NOTE 17

LITHIUM BATTERY REPLACEMENT 18

SAMPLE EOL RESISTOR VALUES 19


Revision 2.02 – September 2002 Page 23

Notes


Page 22 Revision 2.02 – September 2002

Notes



Parts Checklist: 1 x Master Unit (GEN-001) in Metal Equipment Cabinet (GEN-130) 1 x Telephone Lead 1 x 16 volt AC, 1.5 Amp Plug Pack 1 x Pair of Battery Leads 16 x 10K Resistors (1% Tolerance) 16 x 4.7K Resistors (5% Tolerance) 23 x 2 pin Terminal Blocks 2 x 3 pin Terminal Blocks 1 x 2 pin header 1 x 2 pin jumper 2 x nuts 2 x flat washers 1 x star washer 1 x Master Unit – Technical Manual (this manual) Caution: All Genesis devices are electrostatic sensitive devices. As such, all care

should be taken to ensure appropriate procedures are in place when handling and installing Genesis devices. This may include, but is not limited to wearing an appropriately earthed, conductive wrist strap – to limit electrostatic discharge into Genesis devices.



Specifications: Dimensions (H x W x D): GEN-001 PCB = 298 x 140 x 55 mm GEN-130 box = 442 x 305 x 78 mm Processor: 16 bit microprocessor Memory: 256k ROM and 20k RAM 2 Megabits Standard 8 Megabits Optional Input Voltage: 16V AC Battery Voltage: 12V DC Standby Current Draw: 90mA 140mA when dialling Outputs Fixed: 2 x 12V DC, 1 Amp maximum – fused and monitored outputs

Programmable: 4 x 12VDC, 1 Amp maximum fused and monitored transistor outputsPiezo Buzzer: Programmable on-board Piezo Buzzer

Inputs Programmable Inputs 16 x four state, tamper monitored inputs Fixed Inputs 1 x onboard tamper input Expansion With GEN-020 I/O Expander Inputs Additional 16 (totalling 32) Outputs: Additional 4 (totalling 8) Communication Dialler Format: Contact ID PC Interface: RJ-45 connector for RS-232 to PC 9.600 baud rate Securitel: RJ-45 connector for RS-232 to STU (with additional chipset)



Notes



Sample EOL Resistor Values:

3K3/3K3 – N/C 3K3 = Sealed 6K6 = Unsealed

Genesis ADC Values Tamper High 135 Tamper Low 72 Unsealed High 85 Unsealed Low 72

3K3/3K3- N/O 3K3 =Sealed 1K7 = Unsealed Genesis ADC Values Tamper High 135 Tamper Low 72 Unsealed High 135 Unsealed Low 110

10K Single EOL Genesis ADC Values Tamper High 255 Tamper Low 0 Unsealed High 165 Unsealed Low 140

6K8 Single EOL Genesis ADC Values Tamper High 255 Tamper Low 0 Unsealed High 135 Unsealed Low 110




1K Single EOL Genesis ADC Values Tamper High 255 Tamper Low 0 Unsealed High 35 Unsealed Low 25



Features and Benefits: The Genesis Master Unit (MU) is the brains of the Genesis system. Using the latest technology, its high speed operation and LAN communication allows connection of up to 127 additional devices to the Genesis system. The modular design of the Genesis system allows for the system to be expanded as required to provide up to 512 inputs, 512 outputs and 192 access control doors. The Genesis Master Unit provides programming functionality that allows the Genesis system to be used for alarm, access control and automation functions. A few of the features of the Genesis Master Unit are listed below;

PC Port Onboard 1 Inputs per system 512 Flags per input 8+1 Programmable EOL values 16 Outputs per system 512 Output Lists 128 Access Doors per system 192 Door Access Lists 128 Areas in the system 64 Flags per Area 8 Area Lists 64 Area Access Lists 128 7 Day Clocks 64 Clock Lists 128 Diallers 16 User Groups 128 Flags per Group 8+2 Azone (anti-passback zones) 250 Global Flags 128 Holidays 64 Holiday Lists 64 Message Text (RAS or RS-232) 100 System Variables 128



Terminal Block Mounting:

1 x 3 pin terminal

block

1 x 3 pin terminal

block 3 x 2 pin terminal blocks

4 x 2 pin terminal blocks







Sample EOL Resistor Values:

10K/4K7 – N/C 10K=Sealed, 14K7=Unsealed Genesis ADC Values Tamper High 180 Tamper Low 140 Unsealed High 165 Unsealed Low 140

10K/4K7 – N/O 14K7 = Sealed 10K = Unsealed Genesis ADC Values Tamper High 180 Tamper Low 140 Unsealed High 180 Unsealed Low 165

Short Circuit Short = Sealed Open = Unsealed Genesis ADC Values Tamper High 255 Tamper Low 0 Unsealed High 20 Unsealed Low 0

Open Circuit Open = Sealed Short = Unsealed Genesis ADC Values Tamper High 255 Tamper Low 0 Unsealed High 255 Unsealed Low 25

10K/10K – N/C 10K = Sealed 20K = Unsealed Genesis ADC Values Tamper High 200 Tamper Low 140 Unsealed High 165 Unsealed Low 140

10K/10K – N/O 10K = Sealed 5K = Unsealed Genesis ADC Values Tamper High 165 Tamper Low 85 Unsealed High 165 Unsealed Low 140

2K2/6K8 – N/C 2K2= Sealed 9K = Unsealed Genesis ADC Values Tamper High 160 Tamper Low 50 Unsealed High 76 Unsealed Low 50

2K2/6K8 – N/O 9K = Sealed 2K2 = Unsealed Genesis ADC Values Tamper High 160 Tamper Low 50 Unsealed High 160 Unsealed Low 135



Lithium Battery Replacement Procedure: The lithium battery located on the GEN-001, Master Unit PCB board, provides back up of power to the programming data, in the event of power supply failure.

Each battery has it own life, and they may require to be replaced from time to time. 1) The Lithium Battery can be replaced while power is present to the PCB Board, but

precautions must be taken not to short any components on the board. 2) If the supply of power is not present and the battery is removed ALL

PROGRAMMING DATA WILL BE LOST. 3) It is therefore recommended that prior to replacing the battery, all programming data

be backed up and uploaded onto a PC or Laptop Computer. 4) Remove the BATTERY LINK located next to Lithium battery. This will disconnect

the battery from PCB Board. 5) Carefully remove the battery from its holder. 6) Insert new battery ensuring the +ve side of the battery is facing upwards. 7) Inspect that the battery is properly located in its holder. 8) Reconnect the BATTERY LINK.

CAUTION

There is a danger of explosion if the battery is incorrectly replaced.

Replace only with the same or equivalent type of battery, as recommended by Genesis Electronics Australia – currently CR2450 3V Lithium Battery.

Dispose of used batteries according to the battery manufacturer’s instructions.



Master Unit Layout:

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Page 11 Page 8

Page 12

Page 13

genesis Master Unit - Technical Manual Input Layout and Wiring: 16 Input Terminals, with individual common returns are supplied on the Genesis Master Unit. The Genesis Master Unit allows for each input to have a different End of Line resistor value. (up to 16 EOL values). This includes tamper monitoring, through Dual End of Line resistors. The Genesis p upplied with the foresistor combination as standard: 10KΩ = Sealed 14.7KΩ = Alarm (10KΩ + 4.7KΩ) However, these values can be changed from

1C

2C

3C

4C

5C

6C

7C

8

genesis Master Unit - Technical Manual Points to Note: • DO NOT common the 0V DC , or +12V DC, of power supplies and Genesis

devices. • Removal of the Serial Number from any Genesis device will immediately

void any warranty applicable to it, or any interconnected Genesis device. • LIGHTNING PROTECTION: In areas where electric storms provide

potentially high risks to electronic equipment, it may be required to add additional protection using gas dischard protectors, called arresters.

The Genesis Master Unit has been designed to allow for installation of these arresters if required, to protect both the Telephone and RS485 communication lines.

C

within the Genesis Technician Software, to smost resistor configurations.

Example 1 – PIR – Dual EOL, Normally Example 2 – Switch – Dual EOL, Norma

ALA RM TAM PER

4.7KΩ 10KΩ

4.7KΩ 10KΩ

1 C

2 C

ing
llow anel is s

uit

Closed

lly Closed

9C

10C

11C

12C

13C

14C

15C

16C


Please contact your Authorised Genesis Distributor for more information regarding supply and installation of lightning protection arresters to the

Genesis Master Unit..

Location for Installation of

Telephone Line Protection Arrester

Location for Installation of RS-

485 Communication Line Protection

Arrester


Page 16 Revision 2.02 – Septe

Genesis LAN (cont.):

Correct LAN configuration Correct LAN Configur

Master Unit

GEN001

Remote Access Station

GEN030

Expander Unit

Two Door Controller

GEN045

A

The Master Unit must always be the first device on the LAN. This device is factory fitted with a 180Ω LAN Termination Resistor.

The shield from the LAN cable should run the length of the LAN, and should be conne to a communications earth, at the Master Uonly.

The shield terminals on each device areconnection of shield cables, and do not connect to the device proper in any way

Up to 127 additional Genesis devices incan be connected to the Genesis LAN, aa total LAN length of up to 1500 meters.

The last device on the Genesis LAN mufitted with its termination link. This link f180Ω resistor to the last device on the L

d have a termina as described abn impedance of s the resistance pedance with any devices p

Connect to Communications Earth

Ensure the cable shield is not connectedany ground or to any voltage on any devand that the cable shield is only connecta communications earth at the Master .

SHD

B

A

B

A

SHD

B

SHD

genesis Master Unit - Technical Manual Input Wiring:

Example 3 – PIR – Single EOL, Example 4 – Smoke Detector – Normally Closed Single EOL, Normally Open

10KΩ 10KΩ

cted

mber 2002

ation

nit

for

total cross

e its a AN.

tion ove,

of the owered up.

to ice ed to

Revision 2.02 – S

Example Example

AL

4.7

4

Example 5 – Switch – Single EOL, Example 6 – Switch – Single EOL, Normally Closed Normally Open

ALA RM TAM PER ALA RM TAM PER

3C

4 C

10KΩ 10KΩ

st b

7 – Smoke Detector – Dual EOL, Normally Open

A RM TAM PER

KΩ 10KΩ

Note: These examples are for the purpose of illustrating the most commonly

5C

6 C

GEN010

No other devices shoullink fitted. If connectedthe LAN should have aapproximately 90Ω, pluLAN cable. *Don’t test LAN im

B

A

HD
S
eptember 2002

Master Unit Layout:

8 – Switch – Dual EOL, Normally Open

.7KΩ 10KΩ

used input wiring configurations. Different detection devices may require wiring in a different fashion to these examples.

8C

7C



Power Supply and Output Layout:

16 Volt AC InputUsed to terminate the supplied 16V AC plug pack, the terminals are as

follows; 16V AC

Earth Pin 16V AC

12V DC battery terminalsConnect to terminals as

follows; +12V DC

0V DC Note: Reversal of battery terminals may damage

components

Auxiliary Power terminals

2 x 12VDC Terminals +12V DC

0V DC +12V DC

0VDC Rated to 1Amp Maximum

Programmable Outputs The default output

descriptions and node addressing are, in order;

Siren 2 – Node 2 Strobe 2 – Node 4 Siren 1 – Node 1 Strobe 1 – Node 3

4x 12VDC Terminals, in the standard format of ;

+12V DC 0V DC

Rated to 1Amp Maximum

Fuses Each 12V DC

output is separately fused and

monitored . Each Fuse is rated

to 1 Amp The Fuses in order

are; Aux Output 1 Aux Output 2 Siren 2 Output

Strobe 2 Output Siren 1 Output

Strobe 1 Output

Note: While each fuse is rated to 1

Amp, the total DC current drawn from

the Master Unit should not exceed

1 Amp.

Note: The naming of the 4 programmable outputs is intended for descriptive purposes only. These outputs can be used to control other devices requiring programmable

Piezo Buzzer Fully programmable piezo buzzer is supplied on the Genesis Master

Unit.

genesis


Genesis LAN: Genesis uses industry standard Refficient network communicationoperates at a communication speedevices over a total LAN distanc In order to ensure that a high levenecessary to connect the Genesis To this end, it must be twisted paLAN. Belden 8723 (RS-485) ca A standard must be applied whenexample, the A leg on a Master Ulegs on other Genesis devices, whthe B legs on other Genesis devic

A very common communication prIf this occurs, then some devices

The Genesis LAN is an industry Do Not Tee Off, or Star configu While the LAN may function in tguarantee proper LAN performan

X Improper Star Configuration

S

e

ib

om

s

r

Master Unit - Technical Manual

Page 15

-485 LAN communication to ensure fast between devices. The Genesis LAN d of 19,200 baud between up to 128 of up to 1500 meters.

l of performance is achieved, it is LAN in the recommended method.

r data cable that is used for the Genesis le, or equivalent is recommended.

wiring from one LAN leg to another. For nit must always be connected to the A ile the B leg must always be connected to es.

blem is where the A and B lines are reversed. ay appear on-line, while others are off-line.

tandard multi-drop RS-485 configuration.

e your LAN.

hese configurations, Genesis cannot ce.

X Improper Tee Off Configuration



Mounting: The Master Unit is designed to mount within the GEN-130, metal equipment cabinet. Using this cabinet, it is possible to mount the Genesis Master Unit, aswell as two other small Genesis devices (Two Door Controller, 32 Output Open Collector Module, 8 Relay Output Module or I/O Expander). - Avoid installing the Master Unit outdoors. - Avoid installing the Master Unit where it may be exposed to

moisture, either directly (Rain, Sprinklers, Hoses), or by condensation.

genesis


Master Unit Expansion:

BATTERY LINK This link supplies power to the Master Unit’s memory.

If this link is removed while the panel is powered

down, it will erase all programming from the

Master Unit. This Link must be fitted as soon as the panel is

removed from the packing box.

I/O EXPANDER BUS This 16 pin socket is

provided for connection between the GEN-001

Master Unit and the GEN-020 I/O Expander. The I/O

Expander provides an additional 16 system

inputs, and 4 change over contact relays

TAMPER INPUT: Provided to allow normally closed connection of a

cabinet tamper switch to this device.

SEREach Genesis device is fitted w

number will need to be entertechnician software, be

Removal of Serial


LITHIUM BATTERY This battery provides backup power to the

Master Unit memory, in the event of power supply

failure. Please refer to page ?? for more

information regarding this battery.

RESET BUTTON Used when generating a

hardware reset to the device processor. Use only under instruction

from your Genesis Distributor.

H7 Reserved for Factory Use.

Do NOT fit a jumper to this link

IAL NUMBER ith it’s own unique Serial Number. This

ed into the Genesis Master Unit, via the fore the device will come on line. Number will void Warranty



Master Unit Processor:

PROGRAMMING HEADER The programming header is supplied to

allow easy flash upgrading to any future Genesis features. Please contact

your distributor for more details.

L4 and L5 LED’s Provides a quick indication as to system status.

Flashing L4 LED = Device Processor OK. Flashing L5 LED = LAN Comms OK

genesis


Master Unit Communicati

C


Page 13

ons:

TELEPHONE CONNECTION Used to allow connection to a telephone service,

using the supplied telephone lead.

PC INTERFACE Provided to allow serial RS-232 connection to a

laptop or personal computer, using the GEN-150 omputer Connection Lead. This allows for use of

the Genesis Technician Software, or user interface software

U24 and U27 CHIP SOCKETS Provided to allow installation of optional GEN-100 RS-232 Output Chipset. This chipset is necessary if the GEN-001 Master Unit is to be connected to a

STU232 Serial Securitel Interface Unit

LAN TERMINALS: The A and B LAN terminals are designed for the Genesis LAN to be terminated into. The A and B

lines must always be connected to the A and B terminals on other Genesis devices. The shield

(SHLD) terminal has been supplied to secure the cable shield only. Please refer to page 12 for

further information on the Genesis LAN.

RS-232 PORT Used to allow connection interfacing to a

STU232, Serial Securitel Interface Unit. Only available for use if the optional GEN-100 RS-232

Output Chipset is fitted

Note: Some earlier versions of the GEN-001 Master Unit have a third RS-232 Port, and Chip Sockets fitted. This port and socket are now redundant, and are not addressable in future firmware.

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