English
Anti-Masking PIR and Dual technology (PIR/MW) Mirror Detectors - Installation
instructions
Español
Detectores de espejo (PIR/MW) Doble Tecnología y Anti-Masking
Portuguese
Detectores de Espelho PIR e Dupla Tecnologia (PIR/MW) Anti-Mascara.
Instruções de Instalação
ENGLISH
1. INTRODUCTION
The TOWER 10 AM PIR and TOWER 12 AM Dual Technology are professional
vandal resistance Anti-Masking detectors designed for large commercial and
industrial applications providing wide coverage with superior resistance to harsh
environment, employing several revolutionary patented technologies
Features:
• V-slot recessed small window technology (patent pending) for extreme
mechanical robustness and protection from false alarms (patent pending).
• "Obsidian Black Mirrors"™ and "Elliptic / Parabolic Mirror" technology
providing over 15,000 LUX resistance to white light and multiple-solid curtain
pattern with 50% better sensitivity than comparable mirror optics (several
patents pending).
• Adaptive Active Infra-Red Anti-Masking technology providing the most
advanced reliable protection against intentional masking attempts (patent
pending).
• Optional interchangeable Long-Range Curtain mirror providing 35 m x 2.5 m
(115 ft x 8.2 ft) coverage for TOWER-10 and 25 m x 2 m (82 ft x 6.5 ft)
coverage for TOWER-12.
• Installer friendly features:
Built-in selectable E.O.L. resistors for alarm, trouble and tamper outputs.
Plug-in terminals attached to base for easy pre-wiring.
Unique sliding closing mechanism with captive screw.
Extended mounting height 1.5 m – 4 m (5 ft – 13 ft).
Low supply voltage indication.
Remote controlled walk-test input.
Optional mounting brackets.
Selectable range adapted to the protected area size by use of a Range
Selector (TOWER 12 AM).
• Microprocessor controlled, digital TMR signal processing with dual-slope digital
temperature compensation.
• Front and Back tamper.
• True "Creep zone" down looking optics.
• Pet immunity (18Kg/40lb) using a special "pet mask".
• Built-in auto diagnostic for both PIR and microwave detectors.
2. SPECIFICATIONS
OPTICAL
Wide Angle
TOWER 10 & 12
coverage
25mx30m / 90º
Far Field Of View (FOV)
11 curtains
Medium FOV
6 curtains
Event counter settings
Mounting:
Method: Surface, corner or at 45º to wall.
Height: 1.5 m – 4 m (5 ft. – 13 ft.) without bracket.
Vertical adjustment: Angled base surface provides three tilt adjustments
according to mounting height and coverage range.
ELECTRICAL
Sensors type:
PIR: dual element low noise pyroelectric sensor.
MW: X-Band Doppler module.
For UK - 10.587 GHz, for EU / USA – 10.525 GHz. For German/Czech
9.35 GHz
Maximum radio-frequency power: 27 dBm @ 10.525 GHz and 10.587 GHz
Supply voltage: 8 – 16 VDC.
NOTE: Unit shall be powered only by Limited Power Source (marked "LPS")
certified power supply
Low voltage detection: If input voltage is below 7.5 VDC.
Supply current:
Standby @ 12 VDC: 12mA (TOWER 10 AM). 15 mA (TOWER 12).
Maximum: 14mA (TOWER 10 AM). 18 mA (TOWER 12).
CAUTION: Unit must be powered from a certified Control Panel with a rated
voltage of 8-16 VDC and which has a CP supply output that is limited by a fast
blow fuse of 0.5A or 0.75A only.
D-300909 TOWER 10 AM/TOWER 12 AM Installation Instructions
.
Mirror Types (see Fig. 2)
Long Range Curtain
TOWER 10
TOWER 12
35m / 5º
25m / 5º
1 curtain
1 curtain
1 or 2
LR
14 dBm @ 9.35 GHz
TOWER 10 AM, TOWER 12 AM [GRADE 3]
EN: Yellow, red & green LEDs
SP: LEDs amarillo, rojo y verde
PT: LEDs amarelo, vermelho e verde
Figure 1 - TOWER 10 AM / TOWER 12 AM
Alarm period: 2 to 3 sec.
Masking detection delay: 30 sec.
Remote LED enable input (TST): High impedance input. Affects LEDs
operation only if internal LEDs selector is set to OFF.
Outputs:
Alarm output: Solid State Relay. NC, 100 mA / 30 V, 35 ohm maximum
internal resistance. "Open" for 2 – 3 sec. in case of alarm, masking event or
complete power failure.
Trouble output: Solid State Relay. NC, 100 mA / 30 VDC, 35 ohm
maximum internal resistance. "Open" in case of auto-diagnostic failure, Anti-
Mask event, low voltage or complete power failure.
Tamper output: NC switch, 50mA / 30 VDC. "Open" by opening detector's
cover or removing it from mounting surface.
Built-in End Of Line resistors circuit: Selectable serial resistors for each of
the three outputs. Resistors values: 0 Ohm (Factory default), 1 K, 2.2 K, 4.7 K,
5.6 KOhm (see figure 5).
LED indications:
Event / status
TOWER 12 AM
Low voltage
Yellow + Red + Green
Warm-up (60sec.)
flashing alternately
Self-test failure
AM detection
ALARM
PIR detection
MW detection
Warm-up time: 60 sec.
ENVIRONMENTAL
Operating Temperature: -20°C to 55°C (-4°F to 131°F).
Storage Temperature: -20°C to 60°C (-4°F to 140°F)
RFI Protection: Greater than 20 V/m (up to 2 GHz).
Housing: IP41 and IK04 .
Dimensions: 160x77x47mm (6-5/16 x 3 x 1-13/16 in.)
Optional ACCESSORIES:
BR-1: Surface mounted swivel bracket, adjustable 30° down and 45° left/45°
right.
BR-2: BR-1 with a corner adapter
BR-3: BR-1 with a ceiling adapter
CURTAIN-10/12: Interchangeable long range 35m/5° curtain mirror
PET-10/12: Pet mask provides 18Kg/40Lb pet immune for wide angle mirror
only.
Conform with Standards :
Europe: EN 300 440*, EN 301 489*, EN 50130-4, EN 62368-1, EN 50131-2-4*,
EN 50131-2-2** Grade 3 Class II
* Suitable for TOWER 12 AM
** Suitable for Tower 10 AM
Certified by Applica Test & Certification AS in accordance with EN 50131-2-2**,
EN 50131-2-4*, EN 50130-4, EN 50130-5.
Simplified EU Declaration of Conformity
Hereby, Visonic Ltd. declares that the radio equipment type TOWER 12 AM is
in compliance with Directive 2014/53/EU.
The full text of the EU declaration of conformity is available at the following
internet address: http://www.visonic.com/downloadcenter.
European Single Point of Contact: Tyco Safety Products, Voltaweg 20, 6101 XK
Echt, Netherlands.
3. INSTALLATION
3.1 General Guidance
(See figure 3)
3.2 Installation Procedure
(See figure 4 & 5).
3.3 Jumpers setting
3.4 Long Range Mirror mounting
Optional for TOWER-10 AM - See figure 6. For long range mirror, the COUNT
(counter) jumper should be set to "LR" position (see fig. 5).
Indication
TOWER 10 AM
Red flashing
Yellow + Red flashing
alternately
Yellow + Red flashing simultaneously
Yellow ON
Red ON
Green flashing
---
Green ON
---
(See figure 5)
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