RISCO Group iWISE®, iWISE® QUADSEQ Grade 3 - Manual

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iWISE QUADSEQ Grade 3
The iWISE QUADSEQ Grade 3 is designed to meet DD243 requirements for sequential
confirmation and also meet PD6662, EN 50131-1 and EN50131-2-2
Grade 3 requirements.
The iWISE QUADSEQ Grade 3 includes built - in Triple EOL resistors for installation
simplicity, and active IR anti-masking for reliable detection of masking attempts.
iWISE QUADSEQ Grade 3 Main Features
iWISE QUADSEQ Grade 3
Installation Instructions
x PD6662, EN50131-1, EN50131-2-2 Grade 3
x Two PIR Detectors in a single housing with separate alarm outputs
x Two non-overlapping coverage patterns
x Coverage
12m
x Active IR Anti-Mask (up to 15cm)
x Built-in Triple EOL resistors, jumper selectable
x Wall and Cover tampers
x Opto - relays for low current consumption and long life time
x Remote and Local Self Test
x LED control input
x LED control polarity Jumpers
x 3 LEDs for easy walk test
x True
Temperature Compensation
x Wall tamper proof swivel (optional)
Principle of Operation 3D Image of the Application
The unit contains two independent detectors in a single housing. When
mounted in the corner of a room, one detector covers the two walls
(side area), while the second detector covers the center of the room.
When an intruder enters the room via a door or window, the side area
triggers. When the intruder then moves to the center of the room, the
second detector triggers, providing a sequentially confirmed alarm.
Installation Considerations
x Before installing, study the space to be protected carefully in order to
choose the exact location of the unit for the best possible coverage.
x Corner installation is recommended. The detection side areas
(which are two curtain zones at 80° to each other), should cover the
room walls, and therefore any vulnerable doors and windows.
x The additional internal PIR detector covers the center area of the
room. Recommended mounting height is 2.4m.
x Avoid installations where rotating machines (e.g. fans) are normally
in operation within the coverage pattern. Do not mount the detector
in direct sunlight or near any heat sources. Point the unit away from
glass exposed to the outdoors and objects that may change
temperature rapidly.
x The installation surface should be solid, smooth and vibration free.
Coverage
0m 2 4 6 8 10 12m
90
0
Top View
0m
2
4
6
8
2
4
6
8
Side Area
Center Area
Side Area
Side View - Center Area
0m 2 4 6 8 10 12m
0m
2
2.4m
Side View - Side Area
0m 2 4 6 8 10 12m
0m
2
2.4m
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Installation
8. Seal the remaining holes with a sealant compound.
9. Reinstall the PCB into its desired position.
10. Wire terminal (see Terminal Wiring section)
11. Set jumpers (see Jumper Settings section).
12. Install the front cover back to its place (in a reverse sequence of the
removal).
13. Reapply electrical power to the detector for correct AM calibration.
Recalibrate after every successive removal of cover.
14. Perform a Walk test (see Walk Test section).
Back Plate Knockouts
1. To open the front cover:
x Turn the front cover locking screw counter-
clockwise.
x Insert a screwdriver through the dedicated slot/s to
open the detector's front cover.
2. Loosen the PCB holding screw, located on the right
hand side of the PCB and slide the PCB down until the
screw reaches the widened opening. Lift the PCB up to
remove.
3. Mounting - iWISE QUADSEQ Grade 3

can be mounted
either on a flat surface or on a wall corner (corner
mounting).
x Using a suitable tool, open the following
knockouts on the detector’s base.
x A1, A2 and A3: External cables knockouts (open
out at least one wiring knockout)
x A4, A6, A9, A12, and A15: Wall mounting
knockouts
x When using a swivel adapter use the A4, A6, and
A15 openings to connect the detector to the
swivel adapter.
x A5 and A10: Right corner mounting knockouts
x A11 and, A14: Left corner mounting knockouts
Note:
The A7, A8 AND A13 knockouts are not to be used in this
configuration.
4. Use the base as a template for marking the installation
holes (mark through the mounting holes).
5. Put the base in a safe place, drill the required holes in
the surface or in the corner, and insert anchors (if
necessary).
6. Insert external cables through the cable hole/holes.
7. Mount the rear cover in its final location.

Range
Adjustment
Bolt Thread
A1 A2 A3
A6
A7
A8
A9
A10
A12
A11
A13
A4
A5
A15
A14
Back tamper
“Breakable” plate
PCB View Terminal Wiring/Outputs Activation

Tamper
Switch
Range
Adjustment
Screw
Terminal
Block
Active IR
Anti-Mask Receiver
FAULT/AM TAMPER - 12 + LED
ALARM
SIDE
LEDS
LONG
ALARM
Active IR
Anti-Mask Transmitter
Range Scale
Mark
ALARM
CENTER
TAMPER EOL
LED
INPUT
2.2K
1K
4.7K
5.6K
6.8K
LEDS
SI
D
E
FA
U L T/
A M
CE
N T ER
ALARM CENTER
ON
SENSITIVITY
HIGH LOW
0V
12K
SHORT
AM E.O.L
SELF TEST
LOC REM
INT EXT
CONF
12V
2.2K
1K
4.7K
5.6K
6.8K
2.2K
1K
4.7K
5.6K
6.8K
NONE
OFF
SIDE
TAMPER
(upper) EOL

FAULT/AM TAMPER
12VDC
LED ALARM
SIDE
ALARM
CENTER + -
Terminal Description
- 12 +
12VDC Input
ALARM
SIDE Normally closed output
ALARM
CENTER Normally closed output
TAMPER Normally closed output
FAULT/AM Normally closed output
The FAULT/AM output opens in the following events:
x Detector is masked (Alarm Side and Alarm Center
also open in this case)
x Self test failed
x Input voltage is low (6VDC - 8VDC)
See LED INPUT jumper for settings LED
When an activation signal is applied to the LED input of the
terminal block, LEDs will be disabled (see also Self Test in
Jumper Settings table).
LEDs are enabled if nothing is connected (unless LED jumper
is OFF).
LED State Description
Yellow On Center Area PIR detection
Green On Side Area PIR detection
Red Flashing Fault / Anti Masking detection ***
All LEDs
Flashing
(One after another) At Power - up, the LEDs will blink continuously, one after the other, until the end of the warm-up period (2-3 minutes).
At the end of power-up period the RED LED will continue to flash until the end of AM calibration.
Important: Always close the front cover prior to applying power, for correct AM calibration.
Notes:
* To enable LED indications, the LED jumper has to be in ON position and no signal is attached to the LED terminal.
** When an activation signal (see LED Activation jumper for settings) is applied to the LED input of the terminal block, LEDs will be disabled.
*** AM indication continues until masking is removed, and during power up AM calibration.