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iris+
Installation Manual
32 pgs546.2 Kb0
User Manual
12 pgs159.02 Kb0

EMS iris+ Installation Manual

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©2018 EMS Ltd. All rights reserved. MK192 Iss9 08/05/2018 AJM
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0
MENU
SELECT
MENU
ESCAPE
CHARACTER
LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
CURSOR
LEFT
CHARACTER
TEN RIGHT
CURSOR
RIGHT
MENU DOWN
/ DELETE
PIN ACCESS /
SPACE
MENU
UP / DONE
1 2 3
4
5 6
7 8 9
0
Universe
+
Range
CLEAR
RESET
TEST
Contents
Menu structure 4-5
Introduction 6
Tools & test equipment 6
Accessing the engineering menus 7
Receiver and transmitter location 7
Checking background interference levels 8
How to reduce interference 9
Monitoring transmitter signals 9
Installation 10-12
Iris+ back box connections explained 13-14
Post installation testing 15
Operating instructions 16
Adding a transmitter 17
Naming a transmitter 18-19
Deleting a transmitter 20
Add a new user 21-22
Transmitter grouping 23-24
Relay output conguration 25-26
Example relay wiring 27
Helpful hints 28
Glossary 29
Appendix 29
Technical specications 30
Page 3 of 32
*Main Menu*
PINs & Access
System Support
Serial Comms
Pager Setup
Engineer Ctrl
Time & Date Radio Setup
Output Setup
Logging
Relay Setup
Remote Rxers
Direct Inputs
Network
Txer Grouping
Bus I/O
*Pins & Access*
User Log On
View User
Change PIN Add 6 Digit User Add 4 Digit User
Edit User
Delete User
Access & Buzzer
Front Screen Text
Site Address Text
Delete All Users
*System Congure*
Software Versions
Print One Setup
Print All Setup
Test Printer Printer Device CR Translation
Export One Setup
Export All Setups
Import Setup
Imp/Exp Device
Memory Stats
*Serial Comms*
Device Table
Re-start Bus
Re-online Device
Bus Master Setup
Pager232 Redir’
Aux232 Redirect
Printer Redirect
Monitor Comms
Delete Device
*Pager Setup*
Add Pager
Delete Pager
View Pagers
Transmitter Setup
Test Pagers
Menu structure (part 1)
Page 4 of 32
*Engineers Ctrl*
Engineers Port
Warm Start
Cold Start
Erase EEPROM
*Date/Time*
Set The Time
View The Date
Set The Date
View BST/GMT
Set BST/GMT
Day-Night Ctrl
Menu structure (part 2)
Page 5 of 32
*Main Menu*
PINs & Access
System Support
Serial Comms
Pager Setup
Engineer Ctrl
Time & Date Radio Setup
Output Setup
Logging
Relay Setup
Remote Rxers
Direct Inputs
Network
Txer Grouping
Bus I/O
*Radio Setup*
Add Transmitter
Txer Details
Set Radio Rules
Replace Txer
Suspend Txer
Reinstate Txer
Test Routines
Delete Transmitter
*Binary Outputs*
Test Outputs Output Latch Times Output Permissions Output On Reasons Output O Reasons
Re-name Output
Default Outputs
*Event Logging*
View Last Incident
View Log At Date
View Entire Log
View Log Group
Prnt Last Incident
Print Log By Date
Print Entire Log
Edit Incident Log -
- Priority
*Internal Relays*
View Relay Assigns
Chg Relay Assigns
*Remote Rxers*
Receivers Found
*Hardwired Inputs*
View Input Congs
Chg Input Congs
Current States
*X25 Network*
Network Device
Network RIN
Retain ‘Clears’
Monitor Link
*T-Groups*
View Grouping
Change Grouping
*I/O Modules*
View Modules
Monitor Link
ReScan I/O
Introduction
The Iris+ is a wireless personal attack system ideal for use in all types of nancial, industrial and commercial premises, where sta need the security of a personal attack alarm with total mobility. The use of the latest techniques in design with the extensive use of surface mount technology and microprocessors makes Iris+ a highly reliable, exible and user friendly system.
With most of the systems features under software control, Iris+ can easily be congured to meet a specic customers requirements. Communication with the user is via a Liquid Crystal Display (LCD), which shows the system status at all times.
Capable of identifying 256 individual transmitters, extensive event and historic logs, Personal Identication Number (PIN) access and antenna tamper are just a few of the features oered by Iris+. The wide range of features and facilities incorporated into Iris+ are normally only found in full alarm control equipment, making Iris+ unique in wireless personal attack systems and a leader in the eld.
The Iris+ system consists of a single xed receiver unit, the required number of transmitter units and ancillary equipment dependant upon application. The Iris+ receiver is installed within a rigid casing and mounted at a predetermined location, while the transmitters can be installed into portable push-button Units, xed money clip units or xed contact operated units. In addition the Iris+ will accept up to eight hard wired inputs via an input module.
Note: Regular users of the Iris system will notice that the latest version of Iris+ comes with the added benets of a rened PCB layout and all software features unlocked as standard. The Iris+ industry renowned ease of operation and functionality remain exactly the same.
Tools & test equipment
No special test equipment is needed when installing the receiver. Only standard hand tools are required to install and commission the system.
Page 6 of 32
Accessing the engineering menus
To access the engineering menus, follow the steps listed below:
Once powered and the Iris+ has completed system and conguration checks, the LCD screen will display:
Turn the front panel key to reset. The screen will change to display:
Press the 0 key, the screen will now change to display:
Enter the engineering default PIN: 221100 and press . The screen will change to display:
System Clear
08/05/18 13:26
*** SYSTEM RESET ***
13:26
Enter Your PIN For Menus > _
=Done =Del 13:26
| ** Main Menu ** |
> Pins & Access < | System Support |
2=Help 13:27
The maximum range between the Iris+ receiver and any transmitter is dependant upon the environment in which the system is operating. Iris+ has a range of typically 250 metres in open line of sight (dependant on the type of aerial used). The actual range achieved is determined by local site conditions and how well the system has been installed.
When selecting a site for the receiver, the installing engineer should be aware that the aerial has to be as far away from other electrical / electronic equipment as possible and a minimum of 2 metres from any such equipment. Locating the receiver closer than this will eect the systems performance. Metal objects such as ling cabinets, pipe work, radiators and air conditioning ducts will also adversely eect the performance of the system if they are too near the receivers antenna.
Before nal installation, carry out site tests to ensure that the system gives the site coverage required at the position chosen.
With the Iris+ receiver as close to its proposed position as possible, t the antenna to the BNC socket on top of the receiver and connect power to the receiver. On power-up the Iris+ will perform a Warm Start and then display the System Clear message on the Liquid Crystal Display (LCD) screen.
Receiver and transmitter location
Page 7 of 32
Checking background interference levels
Access the Main Menu by following the operations listed under the previous ‘Accessing the
engineering menus ’ section.
The Iris+ should now be set up to Monitor Background Signals as their presence at a high level may eect the performance of the system. To enter this mode from the Main Menu select;
Radio Setup > Test Routines > Monitor Carrier.
Monitoring Carrier Level = 26 Highest = 27 13:35
Page 8 of 32
*Test Menu*
Monitor Signal
Min/Max Report
Call-In Report
Battery Report
Monitor Carrier
*Radio Setup*
Add Transmitter
Transmitter Details
Replace Transmitter
Suspend Transmitter
Reinstate Transmitter
Test Routines
Delete Transmitter
*Main Menu*
PINs & Access
System Support
Serial Comms
Pager Setup
Engineer Ctrl
Time & Date
Radio Setup
Output Setup
Logging
Relay Setup
Remote Rxers
Direct Inputs
Network
Txer Grouping
Bus I/O
With Iris+ in Monitor Carrier mode the screen will show any background signals on and around the frequency at which Iris operates. A typical screen shot is shown below. NOTE: Background signals are generated by other electronic equipment such as computers, Fax machines, mobile phones, surveillance cameras.
An acceptable level of background noise is between 0 and 55. Any higher indication may adversely eect the performance of the system. If the level is shown to be high, there are a number of steps that can be taken to reduce the reading, these are outlined overleaf.
How to reduce interference
Step 1 Move the receiver away from likely source of interference.
Step 2 Fit a high gain UHF antenna to the receiver. EMS Part number 7328.
Step 3 Add a Remote Receiver to the system. EMS Part number 7258.
Step 4 Add a Transponder to the system. EMS Part number 7723.
Using one or a combination of the above it should be possible to reduce the background carrier signal at the Iris+ receiver to an acceptable level.
Should the above steps fail to suitably reduce interference, contact EMS Technical Support for more information.
Monitoring transmitter signals
With the Iris+ key turned to the test position, tested transmitter’s unique identities will displayed on the screen, along with their signal strength readings. A typical screen shot is shown below.
Ensure that all transmitters are tested. The maximum reading obtainable is 255, however in practice this reading is almost never attained. Any reading 30 above the background carrier gure is acceptable, although the higher the signal the better overall performance will be achieved by the system.
For more information on identifying the background carrier, refer to the ‘Checking background interference levels’ section, on page 8.
Where results are found not to be acceptable, taking the previously outlined ‘how to reduce interference’ steps, will improve the reception from distant transmitters giving weak signals.
Once testing is complete, turn the Iris+ key to the clear position.
Handpush 013 TEST
230 Alarm to END 13:35
Page 9 of 32
Installation
The Iris+ receiver consists of two sections, rstly the front casing which houses the receiver / processor PCB and secondly the rear casing which houses the external connection PCB. The installation of the Iris+ receiver requires the separation of the two sections and the xing of the rear back box section to the wall. To complete the installation the front casing is then re-assembled onto the rear back box. The following paragraphs outline the installation in a step by step format;
1 Open lid 2 Remove retaining screws
4 Remove wing nuts
Remove the two circled front retaining screws.
Remove the four circled M4 wing nuts.
3 Open unit
Open the unit, by lifting the display.
5 Remove front section
The front section of the unit can now be separated from the back box.
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MENU
SELECT
HELP
MENU ESCAPE
CHARACTER LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
CURSOR LEFT
CHARACTER TEN RIGHT
CURSOR
RIGHT
MENU DOWN / DELETE
PIN ACCESS /
SPACE
MENU
UP / DONE
RADIO RX
AERIAL TAMPER
TAMPER
ENG PORT ENABLE
TX OV RX ENG RS232
RXTX
NORMAL
OPERATION END OF BUS
ON
ALARM
RLY 1 RLY 2 RLY 3
SYSTEM
FAULT POWER
RESET
POWER 0V 12V
BATTERY
ON
JP9
USB
BUSY
USB-BOOT
NORMAL
PAGER
RX TX
AUX
RX TX
RS485
RX VALID TX
Iris II
ENG PORT
0V RX TX
+3V3
3 WAY KEY SWITCH COMMON POS 3 POS 2 POS 1
DISABLE
1.25A Fuse
RLY2
CON3
L1
BOX
TAMPER
1CON5
1CON4
IC1
IC2 IC3 IC4
Iris +12V OUT
INPUT 8
INPUT 7
INPUT 6
INPUT 5
INPUT 4
INPUT 3
INPUT 2
INPUT 1
OPTO 0V
Iris 0V OUT
0V
+12V
A
COM B
A
COM
B
A
COM
B
N.O
COM
N.C
POWER
SUPPLY
RELAY3RELAY2RELAY
1
ALARM
RELAY
HARDWIRED INPUTS
CTS
RX
0V
DTR
TX
PAGER 232
OUT-
OUT+
IN-
IN+
A
B
A
B +
-
RX
0V
TX
RS485
AUX
RS232
TAMPER
IN
TAMPER
OUT REMOTE
BUZZER
6 Remove cable entry points
Remove the cable entry blanking plates shown, as necessary.
Be careful not to damage the printed circuit board within the unit.
1.25A Fuse
RLY2
CON3
L1
BOX
TAMPER
1CON5
1CON4
IC1
IC2 IC3 IC4
Iris +12V OUT
INPUT 8
INPUT 7
INPUT 6
INPUT 5
INPUT 4
INPUT 3
INPUT 2
INPUT 1
OPTO 0V
Iris 0V OUT
0V
+12V
A
COM
B
A
COM
B
A
COM
B
N.O
COM
N.C
POWER
SUPPLY
RELAY3RELAY2RELAY
1
ALARM
RELAY
HARDWIRED INPUTS
CTS
RX
0V
DTR
TX
PAGER 232
OUT-
OUT+
IN-
IN+
A
B
A
B +
-
RX
0V
TX
RS485
AUX
RS232
TAMPER
IN
TAMPER
OUT REMOTE
BUZZER
1 2 3
MENU SELECT
HELP
MENU ESCAPE
RADIO RX
AERIAL TAMPER
TAMPER
ENG PORT
ENABLE
TX OV RX ENG RS232
RXTX
NORMAL
OPERATION
END OF
BUS
ON
ALARM RLY 1 RLY 2 RLY 3
SYSTEM
FAULT POWER
RESET
POWER 0V 12V
BATTERY
ON
JP9
USB
BUSY
USB-BOOT
NORMAL
PAGER
RX TX
AUX
RX TX
RS485
RX VALID TX
Iris II
ENG PORT 0V RX TX +3V3
3 WAY KEY SWITCH COMMON
POS 3 POS 2 POS 1
DISABLE
Open the lower lid to expose the keypad and LCD display.
Page 10 of 32
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0
Universe + (Plus) Range
CLEAR
RESET
TEST
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7 8 9
0
MENU SELECT
HELP
MENU ESCAPE
CHARACTER
LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
CURSOR LEFT
CHARACTER TEN RIGHT
CURSOR
RIGHT
MENU DOWN
/ DELETE
PIN ACCESS /
SPACE
MENU
UP / DONE
1 2 3
4
5 6
7 8 9
0
Universe + Range
CLEAR
RESET
TEST
1 2 3
4 5 6
7 8 9
0
MENU SELECT
HELP
MENU ESCAPE
CHARACTER
LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
CURSOR
LEFT
CHARACTER TEN RIGHT
CURSOR
RIGHT
MENU DOWN
/ DELETE
PIN ACCESS /
SPACE
MENU
UP / DONE
7 Check rear tamper 8 Fix back box
Oer the back box to the wall.
Ensure that the rear tamper switch operates. If necessary, remove the unit from the wall and carefully adjust the microswitch arm.
All four circled positions must be used, to ensure a rm xing.
9 Back box connection wiring
All external connections should now be made within the back box.
Iris+ must NOT be used as a junction box or cable termination point as this will adversely eect the performance of the system.
The Iris+ case must be earthed. A separate earthing tag is provided and is shown above.
The Iris+ requires a 12Vdc supply. The 0v line must NOT be connected to the same point as the case earth.
Note: details of other back box connections, can be seen on pages 13 & 14.
Earth connection
1.25A Fuse
RLY2
CON3
L1
BOX
TAMPER
1CON5
1CON4
IC1
IC2 IC3 IC4
Iris +12V OUT
INPUT 8
INPUT 7
INPUT 6
INPUT 5
INPUT 4
INPUT 3
INPUT 2
INPUT 1
OPTO 0V
Iris 0V OUT
0V
+12V
A
COM
B
A
COM
B
A
COM
B
N.O
COM
N.C
POWER
SUPPLY
RELAY
3
RELAY
2
RELAY
1
ALARM
RELAY
HARDWIRED INPUTS
CTS
RX
0V
DTR
TX
PAGER 232
OUT-
OUT+
IN-
IN+
A
B
A
B +
-
RX
0V
TX
RS485
AUX
RS232
TAMPER
IN
TAMPER
OUT
REMOTE
BUZZER
12Vdc power
1.25A Fuse
RLY2
CON3
L1
BOX
TAMPER
1CON5
1CON4
IC1
IC2 IC3 IC4
Iris +12V OUT
INPUT 8
INPUT 7
INPUT 6
INPUT 5
INPUT 4
INPUT 3
INPUT 2
INPUT 1
OPTO 0V
Iris 0V OUT
0V
+12V
A
COM
B
A
COM
B
A
COM
B
N.O
COM
N.C
POWER
SUPPLY
RELAY3RELAY2RELAY
1
ALARM
RELAY
HARDWIRED INPUTS
CTS
RX
0V
DTR
TX
PAGER 232
OUT-
OUT+
IN-
IN+
A
B
A
B +
-
RX
0V
TX
RS485
AUX
RS232
TAMPER
IN
TAMPER
OUT REMOTE
BUZZER
Page 11 of 32
10 Re-attach front section 11 Replace wing nuts
Re-attach the front section on to the back box, ensuring a rm connection.
Replace all four M4 wing nuts, and fully tighten to ensure a secure connection.
1 2 3
4 5 6
MENU SELECT
HELP
MENU ESCAPE
CHARACTER
LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
RADIO RX
AERIAL TAMPER
TAMPER
ENG PORT ENABLE
TX OV RX
ENG RS232
RXTX
NORMAL
OPERATION
END OF
BUS
ON
ALARM RLY 1 RLY 2 RLY 3
SYSTEM
FAULT POWER
RESET
POWER 0V 12V
BATTERY
ON
JP9
USB
BUSY
USB-BOOT
NORMAL
PAGER
RX TX
AUX
RX TX
RS485
RX VALID TX
Iris II
ENG PORT 0V RX TX +3V3
3 WAY KEY SWITCH COMMON
POS 3 POS 2 POS 1
DISABLE
1 2 3
4 5 6
7 8 9
0
MENU SELECT
HELP
MENU ESCAPE
CHARACTER
LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
CURSOR LEFT
CHARACTER TEN RIGHT
CURSOR RIGHT
MENU DOWN
/ DELETE
PIN ACCESS /
SPACE
MENU UP / DONE
RADIO RX
AERIAL TAMPER
TAMPER
ENG PORT
ENABLE
TX OV RX ENG RS232
RXTX
NORMAL OPERATION
END OF
BUS
ON
ALARM
RLY 1 RLY 2 RLY 3
SYSTEM
FAULT POWER
RESET
POWER 0V 12V
BATTERY
ON
JP9
USB
BUSY
USB-BOOT
NORMAL
PAGER
RX TX
AUX
RX TX
RS485
RX VALID TX
Iris II
ENG
PORT
0V RX TX
+3V3
3 WAY KEY SWITCH COMMON POS 3 POS 2 POS 1
DISABLE
1.25A Fuse
RLY2
CON3
L1
BOX
TAMPER
1CON5
1CON4
IC1
IC2 IC3 IC4
Iris +12V OUT
INPUT 8
INPUT 7
INPUT 6
INPUT 5
INPUT 4
INPUT 3
INPUT 2
INPUT 1
OPTO 0V
Iris 0V OUT
0V
+12V
A
COM
B
A
COM
B
A
COM
B
N.O
COM
N.C
POWER
SUPPLY
RELAY3RELAY2RELAY
1
ALARM
RELAY
HARDWIRED INPUTS
CTS
RX
0V
DTR
TX
PAGER 232
OUT-
OUT+
IN-
IN+
A
B
A
B +
-
RX
0V
TX
RS485
AUX
RS232
TAMPER
IN
TAMPER
OUT REMOTE
BUZZER
12 Close display 13 Replace retaining screws
Close the display.
Replace the two circled front retaining screws.
14 Apply power 15 Installation complete
Power can now be applied.
After approx. 5 seconds, the LCD screen should display ‘System Clear’ as shown.
The installation is now complete.
The system should now be fully tested. See page 15.
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4
5 6
7 8 9
0
Page 12 of 32
1 2 3
4 5 6
7 8 9
0
MENU SELECT
HELP
MENU ESCAPE
CHARACTER
LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
CURSOR
LEFT
CHARACTER
TEN RIGHT
CURSOR
RIGHT
MENU DOWN
/ DELETE
PIN ACCESS /
SPACE
MENU
UP / DONE
1 2 3
4
5 6
7 8 9
0
Universe + Range
CLEAR
RESET
TEST
1 2 3
4 5 6
7 8 9
0
MENU SELECT
HELP
MENU ESCAPE
CHARACTER
LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
CURSOR LEFT
CHARACTER
TEN RIGHT
CURSOR RIGHT
MENU DOWN
/ DELETE
PIN ACCESS /
SPACE
MENU
UP / DONE
Iris+ back box connections explained
9 way D connector
25 way D connector
RS485
(OUT -, OUT +, IN - & IN +)
TAMPER
(IN A, IN B, OUT A & OUT B)
REMOTE BUZZER
(+ & -)
Aux 232
(RX, 0V & TX)
Rear Tamper
Pager 232
(CTS, RX, 0V, DTR & TX)
Power supply
(0V & 12V)
Relay 3
(A, COM & B)
Relay 2
(A, COM & B)
Relay 1
(A, COM & B)
Alarm Relay
(NO, COM, NC)
Used for connection to the Iris+ front box.
Used for connection to the Iris+ front box.
RS485 Bus used for remote receiver/output module connection with the Iris+ receiver. OUT - and OUT + are taken to the remote receivers/output modules IN - and IN + respectively.
A Link is factory tted between Tamper IN A and IN B terminals. This allows operation of the front tamper switch but disables the rear tamper switch. If the rear tamper switch is also required two links should be made, these are between Tamper In A to Tamper Out A and Tamper In B to Tamper Out B.
The remote buzzer output allows up to a 500mA buzzer to be connected to the receiver, which will follow the operation of the units internal buzzer.
The Aux 232 is a serial RS232 port which can be used for importing and exporting system information between the Iris+ and a terminal programme.
This is a two way connector pre-wired from the units rear tamper switch.
The Pager 232 connector is a RS232 port which is used for connection to an EMS text pager transmitter . The port is also used to receive information from EMS alarm control equipment and also pass this to the pager transmitter.
0Vdc and 12Vdc input to the Iris+ unit. Current draw is 80mA standard at 12Vdc supply and 250mA at 12Vdc with the Back lit display activated.
Programmable non energised 1 Amp relay output.
Programmable non energised 1 Amp relay output.
Programmable non energised 1 Amp relay output.
Programmable energised 1 Amp relay output.
Page 13 of 32
Iris 12V OUT
INPUT 8
INPUT 7
INPUT 6
INPUT 5
INPUT 4
INPUT 3
INPUT 2
INPUT 1
OPTO 0V
Iris 0V OUT
12Vdc output which can be used if required, to trigger inputs 1-8.
Hardwired Input 8 programmable for N/O or N/C operation. 5-12Vdc applied or removed to trigger dependant on programming.
Hardwired Input 7 programmable for N/O or N/C operation. 5-12Vdc applied or removed to trigger dependant on programming.
Hardwired Input 6 programmable for N/O or N/C operation. 5-12Vdc applied or removed to trigger dependant on programming.
Hardwired Input 5 programmable for N/O or N/C operation. 5-12Vdc applied or removed to trigger dependant on programming.
Hardwired Input 4 programmable for N/O or N/C operation. 5-12Vdc applied or removed to trigger dependant on programming.
Hardwired Input 3 programmable for N/O or N/C operation. 5-12Vdc applied or removed to trigger dependant on programming.
Hardwired Input 2 programmable for N/O or N/C operation. 5-12Vdc applied or removed to trigger dependant on programming.
Hardwired Input 1 programmable for N/O or N/C operation. 5-12Vdc applied or removed to trigger dependant on programming.
Requires 0Vdc to be applied to enable a positive voltage to trigger inputs 1-8.
0Vdc output which is normally linked to the OPTO 0V connection to enable a positive voltage to trigger inputs 1-8.
Page 14 of 32
Post installation testing
Having installed the Iris+ receiver and transmitters, re-test all transmitters from their xed positions.
With the Iris+ key turned to the test position, tested transmitter’s unique identities will displayed on the screen, along with their signal strength readings. A typical screen shot is shown below.
Ensure that all transmitters are tested. The maximum reading obtainable is 255, however in practice this reading is almost never attained. Any reading 30 above the background carrier gure is acceptable, although the higher the signal the better overall performance will be achieved by the system.
For more information on identifying the background carrier, refer to the ‘Checking background interference levels’ section, on page 8.
Where results are found not to be acceptable, taking the previously outlined ‘how to reduce interference’ steps, will improve the reception from distant transmitters giving weak signals.
Once testing is complete, turn the Iris+ key to the clear position.
Page 15 of 32
Handpush 013 TEST
230 Alarm to END 13:35
Operating instructions
Keyswitch
TEST position; all transmitters or hard wired inputs programmed to the system are able to be
tested. A full alarm / local transmission or hard wired input activation will be acknowledged on the LCD screen and the buzzer will sound for approximately 1 second. With the unit set to the factory preset, whilst in this key position none of the relays should be observed to change state upon receipt of a valid transmission or hard wired input activation.
RESET position; all outstanding events will be cleared. Access to the system menus can be
gained by pressing the 0 (zero) key and entering a valid user PIN number. With the unit set to the factory presets, whilst in this key position none of the relays should be observed to change state upon receipt of a valid transmission or hard wired input activation.
CLEAR position; any alarm transmission(s) will be acknowledged on the LCD screen and the
alarm relay will latch until cleared by moving the keyswitch to reset. A local transmission will be acknowledged on the screen (providing an alarm transmission has not been received), the local relay will change state for a period of approximately 4 seconds and the buzzer will then sound until the keyswitch is moved to the reset position. Use of the or buttons allows the user to step through the events in the incident log.
Display
The 80 character LCD display shows the current state of the system, or displays any activations not yet cleared to the event log. Information is also provided on the bottom line about the current time and date. A single alpha numeric digit, preceding the time, displays information about the receipt of transmissions or warnings of RFI (radio frequency interference) and power supply failure.
Page 16 of 32
Adding a transmitter
To add any additional transmitters, access the Main Menu by following the operations listed under the previous ‘Accessing the engineering menus ’ section.
Now, follow the steps listed below:
Press the button four times, the screen will now display:
Press the button. The screen will change to display:
Press the button. The screen will change to display: (See Appendix 1 for details of transmitter options)
Use the or arrow keys to highlight the type of transmitter to be added and press the button, the screen will change to display the options available (handpush screen shown):
Press the or arrows to highlight the transmitter action required and press the button. The screen will change to display (handpush screen shown):
Operate the unit to generate a transmission and the screen will display:
After a short period of time the screen will change to display (handpush screen shown):
Using the same operation, once again generate a transmission, after a short period of time the screen will change to display (handpush screen shown):
| Time and Date |
> Radio Setup < | Output Setup | 2 = Help 13: 47
1
| ** Radio Setup ** | > Add Transmitter < | Txer Details | 2 = Help 13: 47
1
| Add Transmitter |
> Add Handpush <
| Add Moneyclip | 2 = Help 13: 47
| Handpush Type | > Opposed Action < | Non-Opposed | 2 = Help 13: 47
1
1
Operate Transmitter
NOW or press
Escape to cancel
13: 48
Release all buttons
NOW
13: 48
Operate Transmitter
Again or press
Escape to cancel
13: 48
Hand Push 001
Added
Push any key
13: 48
You may now add additional transmitters, by repeating the above steps. If no further transmitters are to be added, then escape from this menu by pressing the button or returning the key to CLEAR.
3
Page 17 of 32
Naming a transmitter
To change the name of any transmitters, access the Main Menu by following the operations listed under the previous ‘Accessing the engineering menus ’ section.
Now, follow the steps listed below:
Press the button four times. The screen will now display:
Press the button. The screen will change to display:
Press the button. The screen will change to display:
Press the button. The screen will change to display:
Press the button once. The screen will display:
Press the button. The screen will display:
Generate a transmission and the screen will change to display:
After a short period of time the screen will display:
Once again generate a transmission, the screen will change to display:
Note: the current selected character is shown above the centre bar.
| Time and Date |
> Radio Setup < | Output Setup |
2 = Help 13: 49
1
| ** Radio Setup ** | > Add Transmitter < | Txer Details | 2 = Help 13: 49
1
| Add Transmitter |
> Txer Details < | Set Radio Rules |
2 = Help 13: 49
1
1
| - Txer Details - | > Name by Number < | Name by Tx |
2=Help 13: 49
| Name by Number | > Name by Tx < | View Names | 2=Help 13: 49
| | | |
4< IJKL M NOPQR >6
2=Help 13: 50
Operate Transmitter
NOW or press
Escape to cancel
13: 50
Release all buttons
NOW
13: 50
Operate Transmitter
Again or press
Escape to cancel
13: 50
Page 18 of 32
Page 19 of 32
By using the button to move left or the button to move right, move to the letter or number required. Press button to select the character.
Repeat until all letters have been selected. Once completed press the button to save the information.
Repeat the previous steps, for any other transmitters requiring naming.
Once complete, you may now escape from this menu by pressing the button until the SYSTEM RESET message appears or by returning the key to the CLEAR position.
4 6
5
3
1 2 3
4 5 6
7 8 9
0
MENU
SELECT
HELP
MENU
ESCAPE
CHARACTER
LEFT
CHARACTER
ENTER
CHARACTER
RIGHT
CURSOR
LEFT
CHARACTER
TEN RIGHT
CURSOR
RIGHT
MENU DOWN
/ DELETE
PIN ACCESS /
SPACE
MENU
UP / DONE
Page 20 of 32
Deleting a transmitter
To delete a transmitter, access the Main Menu by following the operations listed under the previous ‘Accessing the engineering menus’ section.
Now, follow the steps listed below:
Press the button four times. The screen will now display:
Press the button. The screen will change to display:
Press the button seven times. The screen will change to display:
Press the button. The screen will change to display:
Press the button once. The screen will change to display:
Press the button. The screen will change to display:
Enter the transmitter number to be deleted and the screen will change to (screen shown for Handpush 001):
Press 1 (one) to accept and the screen will change to:
Press any key and you will return to the delete transmitter menu.
| Time and Date |
> Radio Setup < | Output Setup |
2 = Help 13: 51
1
| ** Radio Setup ** | > Add Transmitter < | Txer Details | 2 = Help 13: 51
| Reinstate Transmitter | | Test Routines | > Delete Transmitter <
2 = Help 13: 51
1
| Delete Transmitter | > Delete by Number < | Delete by Tx |
2=Help 13: 51
> Delete Transmitter < | Delete by Number | | Delete by Tx |
2=Help 13: 51
1
Enter Transmitter Number: _
= Done = Del 13: 52
Hand Push 001
Delete ? 1=Yes 0=No 13: 52
Hand Push 001
Deleted Press Any Key 13: 52
Repeat the above steps for any further transmitters to be deleted, or press the button three times to escape to the main menu.
3
Page 21 of 32
Press the button. The screen will change to display:
Decide which type of user you are to add and whether they will use a 4 or 6 digit PIN.
Press the button until the screen displays Add 6
Digit User or Add 4 Digit User (as chosen in the
previous step):
Add a new user
To gain access to Iris+ a valid PIN number must be entered from the keypad. Each PIN programmed into the system will have a security level associated with it, this is know as the access level and will determine which features are available to the holder of a particular PIN. The chart below gives details on 2 of the 6 access levels available, for further details of the access levels consult the ‘Engineers Programming Manual’.
Access level
11 - 50
51 - 80
Level name
General user
Reset user
Purpose
Restricted menu options
Restricted menu options
PIN number
4 or 6 digit
4 or 6 digit
The screen will now show:
Press any key and the screen will change to display:
The current selected character is shown above the centre bar.
By using the button to move left or the button to move right, move to the letter or number required. Press the button to select the character.
When you have completed the selections press the button.
The screen will now change to display: Enter the user’s access level and press the button to accept the selection.
The screen will now change to display:
Enter the New Users Name
Push Any Key 13: 55
| | | | 4< HIJKL M NOPQRS >6 2=Help 13: 55
| KAREN | | | 4< IJKL M NOPQRST >6 2=Help 13: 55
Enter User 02’s Security Level (2-99): _
=Done =Del 13: 55
4 6
5
| ** Pins & Access ** | > User Log On < | View Users |
2=Help 13:55
| Change PIN | > Add 6 Digit User < | Add 4 Digit User |
2=Help 13:55
Now, follow the steps listed below:
Access the Main Menu by following the operations listed under the previous ‘Accessing the
engineering menus ’ section.
1
| Change PIN | > Add 6 Digit User < | Add 4 Digit User |
2=Help 13:55
Page 22 of 32
Press the button once and the screen will display:
Press the button once and the screen will display:
Use the key to highlight the user entered and press the button once. The screen will now change to display:
Enter the chosen PIN number and press the button. The screen will change to:
Once again enter the chosen PIN number and press the
button. The screen will change to display:
Pressing any key will return you to the pins and access menu.
| View Users |
> Change Pin <
| Add 6 Digit User | 2=Help 13:55
| * Change PIN for ? * | > 00/ Engineer, 01 < | 02/ Karen, 10 |
2=Help 13:56
1
1
Enter Karen’s New 6 Digit PIN No.: _
=Done =Del 13:56
Conrm Karen’s New 6 Digit PIN No.: _
=Done =Del 13:56
Changed PIN for User 02 ‘Karen’ * * Press Any Key * * *
13:56
NOTE: If the re-entered pin is incorrect or is one of the 25% automatically rejected for security reasons, re-enter the PIN number.
Page 23 of 32
Transmitter grouping
Each of the transmitters programmed into Iris can be allocated to a transmitter group. These groups can then be assigned to make one or more relays operate. This will allow a wide variety of options to be set up where designated transmitters will operate specic relays.
The Menu structure for the Grouping Task is shown below.
*T-Groups*
View Grouping
Change Grouping
*Main Menu*
PINs & Access
System Support
Serial Comms
Pager Setup
Engineer Ctrl
Time & Date Radio Setup
Output Setup
Logging
Relay Setup
Remote Rxers
Direct Inputs
Network
Txer Grouping
Bus I/O
Change Grouping: Selecting this option allows the various groups to be altered. There are a
maximum of 16 groups available. Each group can have its event congured. The event can be best described as the way the group will respond to a signal. The valid options are shown below:
Event options
Alarm
Local
P-Call
X-Alarm
X-Local
Any
None
Group response
An Alarm signal from any transmitter in the group.
A Local signal from any transmitter in the group.
A P-Call alarm signal from any personnel call transmitter in the group.
Any Local or P-Call signal but NOT an Alarm signal from any transmitter in the group.
Any Alarm or P-Call signal but NOT a Local signal from any transmitter in the group.
Any signal from any transmitter in the group.
No operation
Page 24 of 32
Example transmitter grouping
The following example shows how to assign an alarm transmission from handpush 001, to transmitter group 1 (Tgroup1). Follow the steps below:
Access the Main Menu by following the operations listed under the previous ‘Accessing the
engineering menus ’ section.
Press the button until the screen displays:
Press the button. The screen will change to display:
Press the button until the screen displays:
Press the button until the required group is displayed:
In this example, Tgroup No:1
Press the button once and the screen will display:
Press the button until the required action is displayed:
In this example Event: Alarm
Press the button once and the screen will display:
Press the button. The screen will change to show a list of the transmitters programmed into the system:
If required, press & until the required device is selected.
Press the button to select the required transmitter. The screen will change to display:
Followed by:
Press the 3 key twice to return to the Main Menu.
| Network | > Txer Grouping < | Bus I/O | 2=Help 14:00
| ** T - Groups ** |
> View Grouping < | Change Grouping |
2=Help 14:00
1
| View Grouping | > Change Grouping < | ^^^^^^^^^^^^^^^^^ | 2=Help 14:00
| ** T - Groups ** | > Tgroup No: 1 < | Event : None | 2=Help 14:00
1
| TGroup No: 1 | > Event: None < | No of Items: 0 | 2=Help 14:00
1
| TGroup No: 1 | > Event: Alarm < | No of Items: 0 | 2=Help 14:00
| Event: Alarm | > No of Items: 0 < | ^^^^^^^^^^^^^^^^^ | 2=Help 14:01
1
| ** Select Item ** | > Hand Push 001 < |---------------------------------| 2=Help 14:01
Saving Data Please Wait
2=Help 14:01
1
| Event: Alarm | > No of Items: 1 < | ^^^^^^^^^^^^^^^^^ | 2=Help 14:01
Note: transmitter groups must now be allocated to relay outputs. See overleaf.
Page 25 of 32
Relay output conguration
Available events that can be used to make the Iris+ relay outputs operate are as follows:
NOTHING GROUP: HUA ALARM* GROUP: HUA LOCAL* GROUP: DISPLAY* GROUP: FAULT* GROUP: LOG * GROUP: TAMPER* GROUP: RECORD* GROUP: ALARM* GROUP: LOCAL* GROUP: NETWORK* EVENT: IRIS TO CLEAR EVENT: IRIS TO RESET EVENT: ARMING THE SYSTEM EVENT: IRIS TO TEST EVENT: TXER GROUP 1 ON EVENT: TXER GROUP 2 ON EVENT: TXER GROUP 3 ON EVENT: TXER GROUP 4 ON EVENT: TXER GROUP 5 ON EVENT: TXER GROUP 6 ON EVENT: TXER GROUP 7 ON EVENT: TXER GROUP 8 ON EVENT: TXER GROUP 9 ON EVENT: TXER GROUP 10 ON EVENT: TXER GROUP 11 ON EVENT: TXER GROUP 12 ON EVENT: TXER GROUP 13 ON EVENT: TXER GROUP 14 ON EVENT: TXER GROUP 15 ON EVENT: TXER GROUP 16 ON EVENT: ALARM EVENT: MEDITILT ALARM EVENT: CONTACT ALARM EVENT: CALL IN FAIL EVENT: ALARM STAGE 1 ON EVENT: ALARM STAGE 1 OFF EVENT: ALARM STAGE 2 ON EVENT: ALARM STAGE 2 OFF EVENT: PERSONNEL CALL
No action to be taken Raid alarm transmissions Raid local alert transmissions Events to be displayed, not logged Equipment failiure/malfunctions Events to be logged when in clear Tamper events Events to be recorded (logged) at all times General alarms transmissions General local transmissions Events sent over a network link Events considered to be clear transmissions Iris control keyswitch in the ‘reset’ position Iris control keyswitch in the ‘clear’ position Iris control keyswitch in the ‘test’ position Transmitter group 1 is active (as used in the previous section) Transmitter group 2 is active Transmitter group 3 is active Transmitter group 4 is active Transmitter group 5 is active Transmitter group 6 is active Transmitter group 7 is active Transmitter group 8 is active Transmitter group 9 is active Transmitter group 10 is active Transmitter group 11 is active Transmitter group 12 is active Transmitter group 13 is active Transmitter group 14 is active Transmitter group 15 is active Transmitter group 16 is active Alarm from an alarm transmitter Alarm transmitter has been in man down position for 45 seconds Alarm transmission from a contact operated transmitter Transmitter has failed to call in to the Iris system An active stage 1 alarm condition Stage 1 alarm conditon has cleared An active stage 2 alarm condition Stage 2 alarm conditon has cleared Alarm transmission from a personnel call transmitter
* Note: Multiple ‘GROUP:’ type events can be assigned to a relay output
Page 26 of 32
The following example shows how to congure Output 4 (Relay 3) to change state upon an alarm transmission. This example could be used to operate a Piezo Sounder. Follow the steps listed below:
Access the Main Menu by following the operations listed under the previous ‘Accessing the
engineering menus ’ section.
Press the button until the screen displays:
Press the button. The screen will change to display:
Press the button until the screen displays:
Press the button. The screen will change to display:
Press the button. The screen will change to display:
Press the button until the screen displays the required output to congure: In this example, Output 4.
Note: An alternative event type can be selected from pg25.
Press the button. The screen will change to display:
Press the button once and the screen will display:
Press the button until the screen displays the required action:
In this example, Group: ‘Alarm’
Press the button. The screen will change to display:
Press the 3 key until SYSTEM RESET is displayed and turn the keyswitch to the Clear position to exit the menu.
| Radio Setup |
> Output Setup <
| Logging | 2=Help 14:05
| ** Binary Outputs ** |
> Test Outputs < | Output Latch Times |
2=Help 14:05
1
| Output Permissions | > Output On Reasons < | Output O Reasons |
2=Help 14:05
Output On Reasons 1 = Change On Reason 3 = Exit / Finish 2=Help 14:05
1
Edit on Reason for Output 3 1 = deselect reason 2=Help 14:05
| * Select on Reason * |
> NOTHING < |---------------------------------| 2=Help 14:05
1
|---------------------------------| > Group: ‘Alarm’ < |---------------------------------| 2=Help 14:06
1
| * Output on Reason * | > 1 / ‘Un-named’ is < | Switched on by | 2=Help 14:05
|-------------------------------- | > 3 / ‘Un-named’ is < | Switched on by | 2=Help 14:05
1
1
|---------------------------------| >*REASON*SELECTED* < | Group: ‘Alarm’ | 2=Help 14:06
1.25A Fuse
RLY2
CON3
L1
BOX
TAMPER
1CON5
1CON4
IC1
IC2 IC3 IC4
Iris +12V OUT
INPUT 8
INPUT 7
INPUT 6
INPUT 5
INPUT 4
INPUT 3
INPUT 2
INPUT 1
OPTO 0V
Iris 0V OUT
0V
+12V
A
COM
B
A
COM
B
A
COM
B
N.O
COM
N.C
POWER
SUPPLY
RELAY
3
RELAY
2
RELAY
1
ALARM
RELAY
HARDWIRED INPUTS
CTS
RX
0V
DTR
TX
PAGER 232
OUT-
OUT+
IN-
IN+
A
B
A
B +
-
RX
0V
TX
RS485
AUX
RS232
TAMPER
IN
TAMPER
OUT REMOTE
BUZZER
Example relay wiring
The example below shows the wiring of the Piezo Sounder into Relay 3, to match the previously detailed
Relay output conguration section:
Iris+ back box
Page 27 of 32
IC2 IC3 IC4
Iris +12V OUT
INPUT 8
INPUT 7
INPUT 6
INPUT 5
INPUT 4
INPUT 3
INPUT 2
INPUT 1
0V
+12V
A
COM
B
A
COM
B
A
COM
POWER
SUPPLY
RELAY
3
RELAY
2
RELAY
HARDWIRED INPUTS
CTS
RX
0V
DTR
TX
RS485
AUX
RS232
TAMPER
IN
TAMPER
OUT
REMOTE
BUZZER
12Vdc power inputBUZ+
BUZ-
12Vdc Piezo
Sounder
Important note:
This is an example only. Any of the four
relay outputs could be congured to drive the Piezo Sounder. The relays can also be used for many other applications.
Problem
No indications on the LCD display, no buzzer sounding.
‘P’ displayed preceding time on LCD display
‘Main Receiver, Aerial Tampered’ shown on display and buzzer sounding
‘Aerial Tampered, Call Engineer, Antifalse’ shown on display and buzzer sounding
‘I’ displayed preceding time on display
Persistent R.F.I.
‘Case Tampered’ shown on display
Keyswitch does not operate
‘Call In Fail’ shown on display, with transmitter ID
‘Call In Fail’ shown on display, with transmitter ID
Receiver does not respond to a transmitter
Receiver does not respond to a transmitter
Receiver does not respond to a transmitter
Receiver does not respond to a transmitter
Possible cause
No power to the system
Power below threshold of
10.2Vdc, +/- 0.3Vdc.
Aerial has been removed or tampered with
Aerial not tted correctly or tampered with
Local radio frequency interference
Local radio frequency interference
Case is tampered front or back.
Connector lead not tted correctly
Transmitter out of receiver range
Transmitter battery has expired
Transmitter not programmed to system
Transmitter battery has expired
Transmitter is not compatible with system
Transmitter damaged
Action
Check power supply and fuses. Re-power unit
Check power supply voltage
Check aerial is correctly tted or replace aerial
Check aerial is correctly tted or replace aerial
Refer to the
How to reduce
interference
section
Refer to the
How to reduce
interference
section
Check operation of front and back tamper switches
Check connector lead is tted correctly
Refer to the
How to reduce
interference
section
Replace transmitter batteries
Refer to the
Adding a
transmitter
section
Replace transmitter batteries
See appendix 1 for compatible transmitters
Replace transmitter or return to EMS for repair
Helpful hints
Page 28 of 32
1.25A Fuse
RLY2
CON3
L1
BOX
TAMPER
1CON5
1CON4
Appendix
Product number
7500 variants
7910
7920
7920/AS
7920/PB
7920/PC
7930
7943
7970
7971
7972
Description
Portable transmitter
Moneyclip
Contact operated transmitter
Air switch operated transmitter
Push button operated transmitter
Pull cord operated transmitter
Asset protection transmitter
High power transmitter
Pendant transmitter with chain
Pendant transmitter without chain
Pendant transmitter with lanyard
Options
Opposed action Non opposed Triple action Single action Dual action
Single action Dual action
Alarm N/O Alarm N/C Local N/O Local N/C
Single action
Single action
Single action
Single action
Alarm N/O
Dual action
Single action
Opposed action
Glossary
*
Aerial Tamper
Call In Fail
I
P
R.F.I
System Clear
System Reset
Test All TX
*Carrier received (precedes time on display)
Aerial has been removed or tampered with Call In Fail Transmitter failed to call in three successive times (precedes Txer Details)
Transmitter has failed to call in a rst or second time (log event only)
RFI Detected after a period of 30 seconds (precedes time on display)
12Vdc PSU below
10.2Vdc, +/- 0.3Vdc threshold (precedes time on display)
Radio Frequency Interference.
System now armed.
System resetting outstanding events.
Test full alarm, local and tamper (where applicable) for each transmitter programmed to the system.
Page 29 of 32
Technical Specications
Physical
Environmental
Operating frequency
RF sensitivity
Supply
Inputs
Outputs
Standards
Dimensions
Weight
Temperature
Humidity
Voltage
Max current
Complies with
H 195mm x W 296mm x D 110mm
4 kg
-10 to +55 degrees C
Up to 75% non-condensing
458.5 to 458.8 MHz channel spacing 25khz (MPT 1329)
-120 dBm for 12 dB sinad NBFM radio strength indication dynamic range of 60 dB AFC capture and hold +/- 3 KHz
10 to 16Vdc
250mA @ 12Vdc (with back light activated)
Up to 256 wireless transmitters
Up to 8 hardwired inputs
4 programmable relay outputs
30V 28VA (1amp max) contacts
RS485 bus port
RS232 port
BS4737 intruder alarm systems
BS7042 high security intruder alarm systems
BS6799 (up to class 5) wire free intruder alarm systems
EN50131 class 2 grade 2
MPT1329 WT licence exempt
BS8243 (when used in conjunction with BS8243 compliant wireless transmitters)
Page 30 of 32
www.emsgroup.co.uk
Third Party Accredited
ISO 9001 ISO 14001
The information contained within this document is correct at time of publishing. EMS Ltd reserves the right to change any infomation regarding products as part of its continual development, enhancing new technology and reliability. The latest issue of this document can be found by visiting www.emsgroup.co.uk.
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