Risco Beyond Wireless DT User manual

Beyond™ Wireless DT
Beyond™ Wireless DT Camera
Installation Instructions
Model: RWX350DC, RWX350D
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Description
The Beyond™ DT is a battery powered wireless DT detector that includes an integrated camera (in
model RWX350DC) for visual verification and has been designed to provide enhanced 24-hour
outdoor protection, with Active IR Anti-mask capabilities. Integrated Dual Technology (DT)
combines two K-band microwave channels with two PIR sensors for better catch performance and pet
immunity, minimizing false alarm.
Features include
 PIR coverage: 12m, 90°
 VGA or QVGA camera resolution with ~90° field-of-view
 Two channel K band - MW detection (Sway Recognition)
 Pet immunity
 Two correlated PIR Sensors
 Light sensor for reducing false alarms due to sunlight
 Active IR Anti mask
 Various mounting heights with optional swivel bracket
 Designed for outdoor installation, UV resistant, IP 65
 Cover and wall tampers
 3-axis-accelerometer for protection against vandalism
 Solar swivel for increased battery life (6+ years typically): RWX350S (optional)
Installation
Step 1: Preliminary Considerations
Select the mounting location for best coverage of the area that is to be protected (see Step 2: Coverage
Patterns). Pay attention to the following:
Figure 1
Applicable to RWX350DC model
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Up to 35cm
(1.1ft)

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Install the device in a location where the detector’s field
of view is clear of any static obstacle
Figure 2
Walking direction must cut across the beam pattern
Figure 3
Do not install the device close to any moving objects

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Step 2: Coverage Patterns
Figure 4
Step 3: Coverage
PIR Coverage
Mounting height [m] Distance [m]
1.8 10
2.2 (optimal) 12
Note For pet immunity, install the detector at the optimal height of 2.2 meters.
PIR Coverage - Using Swivel
Note The table below is relevant when using the Swivel/Solar Swivel Bracket (Model: RA350S).
Mounting height [m] Swivel Angle [°] Distance [m]
1.8 010
5 7
10 5
2.2 (optimal) 012
5 8
10 6
2.5 – 2.7 0N/A
510
10 7
NA = Avoid such installation

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Step 4: Registering the Detector into the System
The detector must identify itself to the system receiver in a device allocation (enrollment) process,
which can be performed by either RF sequence registering or entering the detector’s 11-digit serial
number into the system or using RF mode panel quick key programming Sequence:
From the panel: 2) Radio Devices > 1) Allocation > 1) By RF or 2) By Code.
Enrolling using RF communication:
1. Set the receiver to Learn mode.
2. Insert the batteries (see Step 5), connect the detector to the mounting bracket and wait for at least 3
seconds. The Beyond DT will send a WRITE message. Successful learning will be indicated by:
(A) The system will sound a confirmation message and indicate the detector allocation in the system.
(B) The green LED will blink.
Enrolling through the Configuration Software:
Click Radio Device Allocation > Enter Serial Code: [11 digits]; Indexed: Automatic or manually
designated 1-32; Accessory Type: 2-Way Detector (displayed). Then click Allocate: RF Allocation is
performed.
For more information refer to the System Installer Manual.
Step 5: Mount the Detector on the Wall Bracket
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Figure 5
Unscrew and separate detector from mounting bracket.

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Figure 6
Open the 5 knockout holes of the wall bracket, and use as a template for mounting.
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Figure 7
Secure the wall bracket to the wall using the 5 screws.

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Figure 8
CAUTION! The detector batteries are supplied inside of the unit, which are covered
with plastic wrapping. Remove the plastic wrapping from the batteries before
installation.
Observing battery polarity, insert 3 CR123 3V Lithium batteries (supplied) into the
batteries compartment.
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Figure 9
Insert and fasten the screw to lock the detector.

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Step 6: Performing a Walk Test
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Figure 10
The detector automatically enters walk test mode for 10 minutes following tamper
closure. Walk through the entire protected area and observe the LEDs to confirm full
coverage (see LED Status).
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Manually initiate a walk test:
Select User Menu: 5) Maintenance > 1) Walk Test > Select Full Walk Test or Quick Walk
Test. The detector remains in walk test mode until any key on the panel is pressed.
Note: The LEDs switch off after Walk Test to avoid a situation of mapping the detection zone
and to extend battery life.
Step 7: MW Range Adjustment
1Over power
2Under power
3Correct adjustment
ADetector
BCorridor
Anti-Mask Calibration
Following tamper closure, the anti-mask calibration procedure begins (up to 2 minutes). For
successful calibration, make sure that there are no objects near the detector for the duration of the
procedure.
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Detector Configuration
Being bi-directional, the detectors parameters can be modified from the keypad or from the system
configuration software according to your needs.
PIR Sensitivity: High/Low*
MW Sensititvity Min. 25%, 50%, 65%*, 85%, max. **
Anti-Mask Yes/No*
Supervision Time: 0-255 minutes (15 min*)
LED: On*/Off
Operation Mode: Walk Test: The detector transmits after each detection
Normal*
Disposition Sensor: Enable/Disable*
* Default
** In maximum sensitivity sway recognition is disabled to achieve optimum sensitivity
NOTE: The Disposition Sensor sends an alarm following change in the position of the detector.
Camera Detector Configuration via RISCO Configuration
Software
Configure the camera settings through the RISCO Configuration Software (right-click on the Serial
Code field in the Zones node screen and in the displayed pop-up click Additional..) or through the
panel quick key programming sequence as follows (default in bold):
Programming > 2) Radio Devices > 2) Modification > 1) Zone [Select (1–32)] > 1) Parameters > 6)
Advanced 5) Camera Parameters:
Images at Alarm: 3 (1 to 7 images)
Image Interval: 0.5 sec (0.5, 1, 2 seconds)
Pre-Alarm Image: Yes (Yes, No) (Image capture upon each arm)
Image Resolution: QVGA (QVGA 320X240 or VGA 640X480)
Image Quality: High (High, Low)
Color Image: Color (Color or B&W)
Applicable to RWX350DC model