nautic alert sensors quick start guide thank you!€¦ · nautic alert pre-programs sensors and...
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Nautic Alert Sensors Quick Start Guide
Thank You!
Thank you for choosing Nautic Alert®. Proudly engineered and assembled in the USA. We are confident your new purchase will provide an outstanding experience of precision engineered technology. Please take a few minutes to read through the quick start guide for safety and security sensors. To ensure you have the latest instruction manual, please visit docs.nauticalert.com
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Contents Sensors Overview .......................................................................................................................................... 3
Outdoor Microwave VXI-RDAMi-R and VXI-DAM-R ...................................................................................... 4
Hardwired VXI-DAM-R Dimensions ........................................................................................................... 4
Wireless VXI-RDAMi-R Dimensions ........................................................................................................... 4
Detector Wiring/Battery ........................................................................................................................... 5
Wall Mounting Configuration ............................................................................................................... 6
Pole Mounting Configuration................................................................................................................ 6
Hardwired VXI-DAM-R Wiring Configuration ........................................................................................ 6
Detection Angle ........................................................................................................................................ 7
Detection Distance .................................................................................................................................... 8
Configuration Settings .............................................................................................................................. 9
Indoor Hardwired Microwave MX-40PI-T5 ................................................................................................. 10
MX-40PI-T5 Mechanical Dimensions ...................................................................................................... 11
MX-40PI-T5 Wiring and Configuration .................................................................................................... 12
MX-40PI-T5 Mounting ............................................................................................................................. 13
Indoor Wireless EN1261-HT-M ................................................................................................................... 14
EN1261-HT-M Settings ............................................................................................................................ 14
EN1261-HT-M Mechanical and Detection Pattern ................................................................................. 15
EN1261-HT-M Mounting ......................................................................................................................... 16
Indoor Wireless EN1210W-21 Door/Hatch Contact Sensor ....................................................................... 17
NA-MOB1 .................................................................................................................................................... 18
Wireless Smoke EN1244-S2 ........................................................................................................................ 19
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Sensors Overview
Nautic Alert XPulse and XPulse Plus add additional applications to Insight, which includes 4 battery
banks, AC Shore power monitoring, 4-zone security interface with supervision support, battery backup
and power redundancy, and a siren interface*. * See XPulse documentation for more information and
feature availability.
XPulse is designed to operate with existing or Nautic Alert pre-certified hardwired 12V tolerant N.O or
N.C. standard security sensors. N.O. sensors can be wired together in a single zone. Wiring described
here uses standard 4-conductor alarm wiring available from most hardware stores.
XPusle Plus is designed to add wireless security and safety sensors. With XPulse Plus, installation is a
breeze. Nautic Alert pre-programs sensors and zones, so when you receive your system, everything is
ready to go once you mount your security and safety sensors. Each XPulse Plus can support up to 32
wireless sensors, which then are mapped to one of four alarm zones. Wireless sensors are supervised,
meaning low-battery, inactivity, and tamper detection events send notifications. Expected battery life
of wireless sensors is 3-5 years, MOB is 1-2 years.
Security and safety sensors include outdoor and indoor motion, smoke, door/hatch contacts, and one or
more man-overboard (MOB) sensor, and others. See www.nauticalert.com for details.
Insight can support up to two XPulse units, in any combination (XPulse/XPulse Plus), giving a total of 8
security zones, 8 battery banks, and 2 shore powers.
Nautic alert features next-gen outdoor and indoor microwave and PIR (passive-infrared) technology
options that work together to overcome the harshest factors that often reduce reliability of standalone
PIR motion technology. Swaying lines and halyards, open cabin doors and strong marine air
conditioners, vibration, and drastic temperature changes that produce large amount of thermal energy
can degrade the operation of traditional PIR sensors, making them produce false-positive or missed
alerts. Microwave technology enables a sensor to see objects and reject false alerts in this environment,
while increasing reliability of detected events.
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Outdoor Microwave VXI-RDAMi-R and VXI-DAM-R The outdoor microwave detector is a low-mount, highly-precise and rugged sensor offered in hardwired (for XPulse) or battery-powered and wireless (for XPulse Plus) configurations. Setting up this sensor involves mounting, setting the detection angle, distance, and configuration settings. Note: The hardwired version of this sensor can be lower-profile than the wireless version if not used with the optional back box. Note: Additional mounting considerations and options exist, and the Optex sensor manual should also be consulted in addition to this quick start guide.
Hardwired VXI-DAM-R Dimensions
Wireless VXI-RDAMi-R Dimensions
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Detector Wiring/Battery Note: the back box is optional on hardwired sensor.
Warning: Always remove power before opening the sensor on the hardwired sensor.
Remove diagonal screw from bottom side of cover unit, and rotate the cover away from the assembly from the bottom.
For wireless model, pry back box cap (A) off of top of unit
Remove top and bottom screws on circuit board to remove circuit board (C) and access back box (B)
For wireless model, battery is located in the battery box
For hardwired models, pass wiring through mounting plate (E), back box (D), and circuit board (C)
Note: The wireless version uses a 123A 3V lithium battery, expected battery life is 4 years.
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The sensor can be wall or pole mounted as shown below, and should be located at a height above the
ground such that both high and low detectors simultaneously detect an object. On the hardwired
version, the back box (E) can be used if it’s more preferable to use the bottom knock-out for wiring.
Wall Mounting Configuration
Pole Mounting Configuration
Hardwired VXI-DAM-R Wiring Configuration
Name VXI Sensor XPulse Power (+) (𝐴)𝑅𝑒𝑑 12𝑉 𝑂𝑢𝑡𝑝𝑢𝑡 Power (-) (𝐵)𝐵𝑙𝑎𝑐𝑘 𝐺𝑁𝐷 Alarm (𝐷)𝑊ℎ𝑖𝑡𝑒 𝑍𝑜𝑛𝑒 𝐼𝑛𝑝𝑢𝑡 Common (𝐻)𝐺𝑟𝑒𝑒𝑛 𝑍𝑜𝑛𝑒 𝐶𝑜𝑚𝑚𝑜𝑛
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Detection Angle When mounting the detector, the detectors can swivel inside of the sensor housing to compensate for
any mounting difficulties as shown below:
Additionally, it may be necessary to mask the detection field-of-view, if for example, a more precise
detection field-of-view is needed. This can be particularly useful when trying to mask movement on a
nearby dock or neighboring boat.
Remove knock-out portion of lower-
lens if applying any masking patterns
shown here.
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Detection Distance The detection range should be adjusted based on the installation parameters, and used in combination
with microwave enabled.
Note: Distance settings requires adjusting both the lower lens slide and microwave sensitivity
adjustment dial as shown below.
It is highly recommended to perform detection range testing by enabling the LED and disabling power
savings mode.
Note: Always enable power savings mode when not testing on the wireless sensor or battery life will
be significantly impacted.
Note: Very large objects, such as a moving boat, can cause triggers outside of the detection range if
the object trips both upper and lower detection beams. Ensure the lower lens slide angle is set
conservatively.
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Configuration Settings The following shows the configuration settings that should be used under normal conditions, as well as
for testing.
PIR Sensitivity- Set to “L” for low
DIP Switch Settings
1. Walk Test Mode- OFF
2. Battery Saving Timer- ON for normal use, OFF for testing with #4 LED set to ON
3. Alarm & Trouble Output- ON
4. LED- ON for testing with #2 Battery Saving Timer OFF, or user’s preference for normal use
5. Anti-Masking- ON
6. Microwave Immunity- ON
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Indoor Hardwired Microwave MX-40PI-T5
The MX-40PI-T5 is an advanced indoors microwave sensor ideal for the harsh factors seen in boats,
especially with cabins containing high-velocity air-conditioners, open and drafty cabin doors, swaying
curtains/lanterns, etc…
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MX-40PI-T5 Mechanical Dimensions
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MX-40PI-T5 Wiring and Configuration
Long/Short Range Jumper- removed for short range
4/2 Pulse count jumper- removed for 4 pulses
LED On/Off jumper- set as desired
Where, it doesn’t matter which alarm terminal is wired to XPulse’s Zone Input/Zone Common.
Name MX-40PI-T5 XPulse Power (+) 𝑅𝑒𝑑 12𝑉 𝑂𝑢𝑡𝑝𝑢𝑡 Power (-) 𝐵𝑙𝑎𝑐𝑘 𝐺𝑁𝐷 Alarm 𝑊ℎ𝑖𝑡𝑒 𝑍𝑜𝑛𝑒 𝐼𝑛𝑝𝑢𝑡 Alarm 𝐺𝑟𝑒𝑒𝑛 𝑍𝑜𝑛𝑒 𝐶𝑜𝑚𝑚𝑜𝑛
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MX-40PI-T5 Mounting
To open the sensor, remove the bottom screw and gently separate the front from the back.
The PCB unit should be removed first to expose the various knockout positions on the back of the sensor
to be used for wiring. The knockouts can be easily removed with a small screwdriver and firm tap.
Warning: Do not touch the microwave element on the PCB, and always remove power first before
opening the sensor’s enclosure.
The MX-40PI-T5is available with an optional
wall/ceiling mount. It provides adjustable +/-45
degrees horizontally, 0-10 degrees vertically.
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Indoor Wireless EN1261-HT-M
The EN1261-HT-M features increased protection from common false alarm triggers such as vibration,
static, lightning, and ambient temperature changes, making it an excellent sensor for semi-harsh boat
interiors. It also features an adjustable sensitivity setting that can be easily changed, if ever needed.
EN1261-HT-M Settings AUTO/1 Pulse- Jumper placed on left two pins, marked AUTO Fixed/Var- Jumper placed on right two pins, marked VAR Max/Min- Jumper placed on the left two pins, marked MAX Frequency Band- Jumper removed for North American operations
Once the EN1261-HT-M detects motion, it will not detect motion again for another 3 minutes, enabling
exceptional battery life.
It should not be necessary to adjust the sensitivity knob in most installations.
The EN1261-HT-M uses a 3V BAT610 battery.
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EN1261-HT-M Mechanical and Detection Pattern
Dimensions: 2.25x4.75x1.25’’
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EN1261-HT-M Mounting To open the sensor, remove the bottom screw and gently separate the front from back cover. The
sensor can be mounted to a wall surface directly, or with the optional ceiling/wall mount, once the PCB
is removed.
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Indoor Wireless EN1210W-21 Door/Hatch Contact Sensor
Battery: CR123A
A small flathead screwdriver can be used to pry the enclosure open to access the internal battery.
AU/NJ Jumper- Remove jumper
Contact distance: 5/8’’
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NA-MOB1
The NA-MOB1 contains a 3V lithium CR2450N battery.
Illustration only
The internal battery can be accessed by sliding the waterproof bag out of the top sleeve, then removing
the MOB device.
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Wireless Smoke EN1244-S2 For information on the EN1244-S2, see the instruction manual for Inovonics EN1244 available from
www.inovonics.com