Global Fire Equipment IO-ISO Owner's manual

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pm_io3ioplusmainsio_01_010003_en_200103
IO-ISO
3 I/O PLUS
MAINS I/O
PROGRAMMING MANUAL
INTRODUCTION
This manual explains in detail how to use and program the following modules:
IO-ISO
3 I/O PLUS all variants
MAINS I/O
PROGRAMMING MODE
In order to set the module in programming mode first POWER OFF your module then set DIL Switches 1 to 7 to OFF and
Switch 8 to the ON position, as indicated on the image below. Finally POWER ON your module.
Switches 1-7 - Used to select programming parameter and assigned value.
Switch 8 - Programming Mode.
When in programming mode the 2 LEDs will flash alternatively. The unit will remain in programming mode while SW 8 is in
the ON position. When Switch 8 goes from ON to the OFF position the settings indicated on Switches 1 through 7 will be
recorded on the non-volatile memory of the module. If a new parameter has been accepted, the Green LED for IO-ISO or
Yellow LED for MAINS I/O or 3 I/O PLUS modules, will flash 4 times. When programming is not accepted the Red indicator
will remain on for an extra 3 seconds.
Programmable Options
In order to program the different functions available use Switches 1 through 7 as shown below:
A - The first 3 Switches select the function to be programmed.
B - Switches 4 through 7 select the value for the function to be programmed.
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OUTPUT CONFIGURATION
Output will activate when the programmed delay has elapsed. Alternatively an activation period can be programmed during
which the output will be active. The output relay will revert to the OFF position once the time has elapsed.
The table below shows the available functions and correspondent values, as well as the DIL Switch configuration needed to
obtain the desired output configuration:
In order to program the different functions available use Switches 1 through 7 as shown below:
FUNCTION
VALUE
DIL SWITCH
SW1
SW2
SW3
DIL SWITCH
SW4
SW5
SW6
SW7
OUTPUT MODE
FUNCTION
ON
OFF
OFF
NORMAL (Default)
OFF
OFF
OFF
OFF
TIMED
ON
OFF
OFF
OFF
DELAYED
OFF
ON
OFF
OFF
OUTPUT TIMER
FUNCTION
OFF
ON
OFF
30s (Default)
OFF
OFF
OFF
OFF
60s
ON
OFF
OFF
OFF
90s
OFF
ON
OFF
OFF
120s
ON
ON
OFF
OFF
150s
OFF
OFF
ON
OFF
180s
ON
OFF
ON
OFF
210s
OFF
ON
ON
OFF
240s
ON
ON
ON
OFF
270s
OFF
OFF
OFF
ON
300s
ON
OFF
OFF
ON
360s
OFF
ON
OFF
ON
420s
ON
ON
OFF
ON
480s
OFF
OFF
ON
ON
540s
ON
OFF
ON
ON
600s
OFF
ON
ON
ON
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Step by step OUTPUT configuration example
OUTPUT MODE FUNCTION
Let's assume that the desired OUTPUT MODE FUNCTION configuration is a delayed output.
To obtain this configuration the following steps need to be taken:
STEP 1: Remove power from the module.
STEP 2: Set DIL Switched 1 to 7 to the OFF position and DIL Switch 8 to the ON position.
STEP 3: Power up the module. The two LEDs flashing alternatively will indicate that the module is in programming mode.
STEP 4: Set the DIL Switches 1 to 3 to OUTPUT MODE FUNCTION (SW1: ON, SW2: OFF SW3: OFF).
STEP 5: Set the DIL Switches 4 to 7 to DELAYED (SW4: OFF, SW5: ON, SW6: OFF & SW7: OFF).
STEP 6: Set the Switch 8 to the OFF position. The Green LED will flash 4 times.
The module’s Output is now programmed with a delay of 30s, which is the default Output Timer value.
OUTPUT TIMER FUNCTION
Now that the module’s output is programmed to have a 30s delay, let’s assume that desired delay value is 120 seconds.
In order to configure the timer, the following steps need to be taken:
STEP 1: Remove power from the module.
STEP 2: Set DIL Switched 1 to 7 to the OFF position and DIL Switch 8 to the ON position.
STEP 3: Power up the module. The two LEDs flashing alternatively will indicate that the module is in programming mode.
STEP 4: Set the DIL Switches 1 to 3 to OUTPUT TIMER FUNCTION (SW1: OFF, SW2: ON & SW3 OFF).
STEP 5: Set the DIL Switches 4 to 7 to 120s (SW4: ON, SW5: ON, SW6: OFF & SW7 OFF).
STEP 6: Set the Switch 8 to the OFF position. The Green LED will flash 4 times.
The module’s Output Timer is now programmed to 120s.
OUTPUT LED BEHAVIOUR
The LED associated with each output operates as follows:
OUTPUT LED
OFF
OUTPUT OFF
ON
OUTPUT ON
FLASHING
DURING ACTIVATION DELAY
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INPUT CONFIGURATION
There is a Delayed Input Activation Mode available. If this configuration is programmed, the Input will only report an Alarm
after the input delay time has elapsed.
Besides the delay, the Input can also be programmed to:
1. 4K7 CLOSE TO ALARM: Normally Open (NO) Contact Activation. This is the most common case. It monitors the
EOL 22k ohm resistor, and trigger ALARM if applied 4k7 resistor in parallel;
2. SHORT CIRCUIT TO ALARM: Short Circuit (SC) Activation. This mode is constantly monitoring 22k EOL, in case
of SC it will trigger ALARM, in case of OC it will trigger FAULT;
3. OPEN CIRCUIT TO ALARM: Open Circuit (OC) Activation. This mode is constantly monitoring the 22k EOL, in
case of OC it will trigger ALARM, in case of SC it will trigger FAULT;
4. 4K7 OPEN TO ALARM: Normally Closed (NC) Contact Activation. This mode applies to Normally Closed contacts.
It monitors the normally closed connected 4k7 resistor in parallel with 22k EOL. In case of SC or OC it will trigger
FAULT. In case of 4k7 disconnection (by keeping the 22k) it will trigger ALARM.
INPUT BEHAVIOUR
The table below shows the input behaviour for the different programmable configurations:
ANALOGUE VALUE
INPUT
Short Circuit
4K7 // 22K
22K
Open Circuit
4K7 CLOSE TO ALARM
4
64
16
4
SHORT CIRCUIT TO ALARM
64
64
16
4
OPEN CIRCUIT TO ALARM
4
4
16
64
4K7 OPEN TO ALARM
4
16
64
4
NOTE: Analogue value 4 = FAULT; Analogue value 16 = OK; Analogue value 64 = ALARM.
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The table below shows the available functions and correspondent values, as well as the DIL Switch configuration needed to
obtain the desired output configuration.
FUNCTION
VALUE
DIL SWITCH
SW1
SW2
SW3
DIL SWITCH
SW4
SW5
SW6
SW7
INPUT
ACTIVATION MODE
ON
ON
OFF
4K7 CLOSE TO ALARM
(Default)
OFF
OFF
OFF
OFF
SHORT CIRCUIT TO ALARM
ON
OFF
OFF
OFF
OPEN CIRCUIT TO ALARM
OFF
ON
OFF
OFF
4K7 OPEN TO ALARM
ON
ON
OFF
OFF
INPUT DELAYED
ACTIVATION FUNCTION
OFF
OFF
ON
0s (Default)
OFF
OFF
OFF
OFF
10s
ON
OFF
OFF
OFF
20s
OFF
ON
OFF
OFF
30s
ON
ON
OFF
OFF
40s
OFF
OFF
ON
OFF
50s
ON
OFF
ON
OFF
60s
OFF
ON
ON
OFF
70s
ON
ON
ON
OFF
80s
OFF
OFF
OFF
ON
90s
ON
OFF
OFF
ON
100s
OFF
ON
OFF
ON
110s
ON
ON
OFF
ON
120s
OFF
OFF
ON
ON
130s
ON
OFF
ON
ON
140s
OFF
ON
ON
ON
150s
ON
ON
ON
ON
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Step by step INPUT configuration example
INPUT ACTIVATION MODE
Let's assume that the desired INPUT ACTIVATION MODE configuration is SHORT CIRCUIT TO ALARM.
To obtain this configuration the following steps need to be taken:
STEP 1: Remove power from the module.
STEP 2: Set DIL Switched 1 to 7 to the OFF position and DIL Switch 8 to the ON position.
STEP 3: Power up the module. The two LEDs flashing alternatively will indicate that the module is in programming mode.
STEP 4: Set the DIL Switches 1 to 3 to INPUT ACTIVATION MODE (SW1: ON, SW2: ON & SW3: OFF).
STEP 5: Set the DIL Switches 4 to 7 to SHORT CIRCUIT TO ALARM (SW4: ON, SW5: OFF, SW6: OFF & SW7: OFF).
STEP 6: Set the Switch 8 to the OFF position. The Green LED will flash four times.
The module’s is now programmed to trigger an alarm when a short circuit is applied to the input.
INPUT DELAYED ACTIVATION FUNCTION
Let’s assume that a delayed input with a 70 seconds delay is needed.
In order to configure the timer, the following steps need to be taken:
STEP 1: Remove power from the module.
STEP 2: Set DIL Switched 1 to 7 to the OFF position and DIL Switch 8 to the ON position.
STEP 3: Power up the module. The two LEDs flashing alternatively will indicate that the module is in programming mode.
STEP 4: Set the DIL Switches 1 to 3 to INPUT DELAYED ACTIVATION FUNCTION (SW1: OFF, SW2: OFF & SW3: ON).
STEP 5: Set the DIL Switches 4 to 7 to 70s (SW4: ON, SW5: ON, SW6: ON & SW7: OFF).
STEP 6: Set the Switch 8 to the OFF position. The Green LED will flash 4 times.
The module’s Output Timer is now programmed to 120s.
INPUT LED BEHAVIOUR
The LED associated with each Input operates as follows:
INPUT LED
OFF
INPUT OFF
ON
INPUT ON
FLASHING
DURING ACTIVATION DELAY
In order to record new parameter value in the non-volatile memory, reset Switch 8 to the OFF position.
ONE ADDRESS MODE (3 I/O PLUS 2 and 3 Channel only)
There is a ONE ADDRESS MODE available for 3 I/O PLUS 2 and 3 Channel. In this mode, the module will monitor all inputs
but respond only with one address to the Addressable Panel. The module will report as follows:
●FAULT: If any of the inputs has a Short or Open circuit fault present the module will report analogue value 4 to the
Panel.
●ALARM: If any of the inputs has been activated, the module will repost analogue value 64 to the Panel.
● If there is no Faults or Alarms present, the module will report analogue value 16 to the Panel.
● If an output activation as been sent by the Panel all 3 outputs will activate.
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The Table below shows the DIL Switch values in order to configure the ONE ADDRESS MODE configuration.
FUNCTION
VALUE
DIL SWITCH
SW1
SW2
SW3
DIL SWITCH
SW4
SW5
SW6
SW7
ONE ADDRESS
MODE
ON
OFF
ON
OFF
OFF
OFF
OFF
OFF
ON
ON
OFF
OFF
OFF
Step by step INPUT configuration example
INPUT ACTIVATION MODE
Let's assume that the desired ONE ADDRESS MODE configuration is ON.
To obtain this configuration the following steps need to be taken:
STEP 1: Remove power from the module.
STEP 2: Set DIL Switched 1 to 7 to the OFF position and DIL Switch 8 to the ON position.
STEP 3: Power up the module. The two LEDs flashing alternatively will indicate that the module is in programming mode.
STEP 4: Set the DIL Switches 1 to 3 to ONE ADDRESS MODE (SW1: ON, SW2: OFF & SW3: ON).
STEP 5: Set the DIL Switches 4 to 7 to ON (SW4: ON, SW5: OFF, SW6: OFF & SW7: OFF).
STEP 6: Set the Switch 8 to the OFF position. The Green LED will flash four times.
The module’s is now programmed to function with one address only.
FACTORY DEFAULT VALUES
In order to clear all programmed values and reset module to factory defaults please execute the following steps:
● First ensure module is set in programming mode, first by placing DIL Switches 1 to 7 to OFF followed by setting
Switch 8 to ON.
● Set all Switches from 1 to 7 to ON.
● Finally reset Switch 8 to the OFF position.
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Tel: [phone] • Sales: [email protected] • Technical Support: [email protected] • www.globalfire.pt
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