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Linear 2GIG-DW10-345 - User Manual

Linear 2GIG-DW10-345
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Copyright © 2014 Linear LLC 1
2GIG-DW10-345
THIN DOOR/WINDOW CONTACT
INSTALLATION INSTRUCTIONS
TheThinDoor/WindowContact(2GIGDW10345)isdesignedforuse
ondoors,windows,andotherobjectsthatopenandclose.It
communicateswiththecontrolpanelusingthe345MHzfrequency.
Whenthemagnet(whichismountednearthesensor)movesaway
fromorclosertothedoorcontact’ssensor,
signalsaretransmittedto
thecontrolpanel.Thedoorcontactalsohasanexternalinputthat
acceptsconnectionsfromNormallyClosed(NC)drycontactdevices.
Foraddedprotection,itisalsoequippedwithacovertamper.
Figure 1 ThinDoor/WindowContact—SensorandMagnet
Box Contents
Verifythatthepackageincludesthefollowing:
•1ThinDoor/WindowContact
•1RareEarthMagnet
2—PhillipsHeadScrews
2—LithiumCoinBatteries
•2AdhesiveFoamTape
•112in(30cm)WireLead
Testing the Thin Door/Window Contact
Beforemountingthedoorcontactatthedesiredlocation,performa
walktesttoverifythatitcanestablishgoodRadioFrequency(RF)
communicationswiththecontr olpanel.
NOTE: TofullytesttheThinDoor/WindowContact,seethe
controlpanelsInst allationandProgrammingGuide.
Mounting Guidelines
Usetheseguidelineswheninstallingthedoorcontactforinternal
switchusage:
MountSensorswithin100ft(30m)oftheControlPanel.
Althoughthetransmittermayhavearangeof350ft(106.7m)
openair,thesensorlocationcanhaveasignificanteffecton
range.Inopen/unobstructedsituations,thetransmitterrange
maybegreater.Inadversewirelessconditions,changingthe
sensororientationmayleadtoimprovedrange.
MountSensorsatLeast4.7in(12cm)AbovetheFloor.
Placingsensorsslightlyabovefloorlevelhelpstominimize
possiblesensordamage.
Singlevs.DoubleDoorInstallation.Forsingledoor
installation,mountthesensoronthedoorframeandthe
magnetonthedoor.Fordoubledoorinstallation,mountthe
sensorontheleastuseddoorandthemagnetonthemost
useddoor.
DoNotExposeSensorstoMoistureorExtremeTemperature.
Itisbesttomountsensorsinadrylocationwherethe
operatingtemperaturedonotexceed32°to120°F(0°to49°
C).
KeepSensorsandMagnetsAwayfromMetal/Metallic
Surfaces.Tokeepsensorsandmagnetsawa yfrommetalor
metallicsurfaces(forexample,foilwallpaper),itis
recommendedthatyouusespacers(notincluded).Youshould
alsoavoidmountingsensorsinareaswherethereisalarge
quantityofmetalorelectrical
wiring(forexample,neara
furnaceorinautilityroom).
AlignMagnetwithSensor.Makesurethealignmentarrowon
themagnetpointstothecenteralignmentmarkonthesensor
(see
Figure1ThinDoor/WindowContact—Sensorand
Magnet).
Mounting the Thin Door/Window Contact
Usethefigurebelowasaguidelinewhenmountingthedoorcontact.
Instep7below,youhavetheoptiontomountthedoorcontactwith
anexternalinputwireforanNCdrycontactdevice.
Figure 2 ThinDoor/WindowContact—BackplateandBatteryCompartment
Tomountthedoorcontact:
1 Atthetopofthesensor,pressdownonthecliptounlockthe
sensorsbackplate.Then,gentlypulldownonthebackplateto
removeit.
2 Onthebackplate,drillthroughtopandbottommountingholesif
needed(seeFigure2ThinDoor/WindowContact—Backplateand
BatteryCompartment).
3 Holdingthebackplatelocation,placethebottommountinghole
asfollows:
SingleDoorInstallation.Atthedesiredlocationonthedoor
frame.
DoubleDoorInstallation.Atthedesiredlocationontheleast
useddoor.
A ThinDoor/WindowContactSensor
B ThinDoor/WindowContactMagnet
C AlignmentMarksonSensor
D AlignmentArrowonMagnet
A Accessholeforexternalinputwire(onbackplate)
B Topandbottommountingholes(onbackplate)
C Externalinputwirejack(onsensor)
D Tamperswitch(onsensor)
E 3Volt(3V)lithiumcoinbatterycompartments(onsensor)
F Metalclipsforremovingbatteries(onsensor)
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Summary

INSTALLATION INSTRUCTIONS

Mounting the Thin Door;Window Contact

Instructions for attaching the sensor and magnet to doors/windows.

Testing the Thin Door;Window Contact

Performing a walk test to verify RF communication with the control panel.

Mounting Guidelines

Recommendations for sensor placement, range, and orientation.

REGULATORY INFORMATION

FCC Notice

Device compliance with Part 15 of the FCC's Rules and potential interference.

Industry Canada (IC) Compliance

Device compliance with Industry Canada license-exempt RSS standards.

LIMITED WARRANTY

Overview

The 2GIG-DW10-345 Thin Door/Window Contact is a security device designed to detect the opening and closing of doors, windows, and other objects. It communicates wirelessly with a control panel using a 345 MHz frequency. The system operates by detecting the movement of a magnet relative to a sensor. When the magnet, typically mounted on the moving part of a door or window, moves away from or closer to the sensor, a signal is transmitted to the control panel, indicating a change in status.

Function Description

The primary function of the Thin Door/Window Contact is to provide security by monitoring entry points. It consists of two main components: a sensor and a magnet. The sensor is usually mounted on the door or window frame, while the magnet is mounted on the door or window itself. When the door or window is closed, the magnet is in close proximity to the sensor. When the door or window opens, the magnet moves away from the sensor, triggering an alarm signal to the control panel.

In addition to its magnetic contact function, the device features an external input. This allows the door contact to be connected to Normally-Closed (NC) dry contact devices, expanding its versatility to monitor other types of sensors or switches. This external input provides an additional layer of monitoring capability, making the device suitable for a wider range of security applications beyond just magnetic contact.

For enhanced security, the device is equipped with a cover tamper. This feature detects if the sensor's cover has been removed or tampered with, sending a tamper alert to the control panel. This ensures that unauthorized attempts to disable or interfere with the sensor are detected and reported.

Usage Features

Before permanent installation, it is recommended to perform a walk test to ensure reliable Radio Frequency (RF) communications with the control panel. This helps verify that the chosen mounting location provides adequate signal strength and avoids potential dead zones.

When mounting the sensor, several guidelines should be followed to optimize performance and longevity:

  • Proximity to Control Panel: Sensors should be mounted within 100 feet (30 m) of the control panel. While the transmitter has an open-air range of up to 350 feet (106.7 m), the actual range can be significantly affected by environmental factors such as walls, furniture, and other obstructions. Changing the sensor's orientation can sometimes improve range in challenging wireless conditions.
  • Height from Floor: Sensors should be mounted at least 4.7 inches (12 cm) above the floor. This helps minimize potential damage from floor-level activities or spills.
  • Single vs. Double Door Installation: For single-door installations, the sensor should be mounted on the door frame and the magnet on the door. For double-door installations, the sensor should be placed on the least-used door, and the magnet on the most-used door. This minimizes wear and tear on the sensor from frequent use.
  • Environmental Conditions: Avoid exposing sensors to moisture or extreme temperatures. The ideal operating temperature range is between 32° to 120° F (0° to 49° C). Mounting in dry locations helps ensure reliable operation and extends the device's lifespan.
  • Avoid Metal/Metallic Surfaces: Keep sensors and magnets away from metal or metallic surfaces, such as foil wallpaper. If mounting near such surfaces is unavoidable, spacers (not included) can be used to create a buffer. Additionally, avoid areas with large quantities of metal or electrical wiring, like near a furnace or in a utility room, as these can interfere with wireless communication.
  • Magnet Alignment: Proper alignment between the magnet and the sensor is crucial for accurate detection. The alignment arrow on the magnet must point to the center alignment mark on the sensor. The magnet should be no more than 0.4 inches (1 cm) away from the sensor when the door or window is closed.

The mounting process involves detaching the backplate from the sensor, drilling through mounting holes if necessary, and securing the backplate to the desired location using the provided screws. The magnet can then be secured using the provided adhesive. If using the external input feature, the external input wire should be threaded through the base and connected to the external input wire jack on the sensor cover before replacing the sensor backplate.

Maintenance Features

The Thin Door/Window Contact is powered by two CR 2013 lithium coin batteries. Battery replacement is a straightforward process:

  1. Accessing Batteries: To access the battery compartments, the sensor's backplate must first be removed. This is done by pressing down on a clip at the top of the sensor and gently pulling down the backplate.
  2. Removing Old Batteries: A small flathead screwdriver can be used to gently pry out the old batteries from between the metal clip and the battery, or by twisting the screwdriver while holding down the raised plastic edge in the battery compartment.
  3. Inserting New Batteries: When inserting new batteries, ensure that the plus (+) sign of both batteries faces up and the minus (-) side faces down. It is critical to use the same or equivalent type of batteries as specified to ensure proper operation and avoid potential damage or hazards.

Important Battery Safety Warnings:

  • Always dispose of and/or recycle used batteries in accordance with local hazardous waste regulations.
  • Never insert batteries in the wrong direction.
  • Never recharge or disassemble the batteries.
  • Never place batteries in fire or water.
  • Keep batteries away from small children. If batteries are swallowed, seek immediate medical attention.

Following these guidelines and warnings will help ensure the safe and reliable operation of the Thin Door/Window Contact.

Linear 2GIG-DW10-345 Specifications

General IconGeneral
TypeDoor/Window Sensor
Frequency345 MHz
Power SourceBattery
Dimensions2.5" x 1.25" x 0.5" (approximate)
Battery Life5-8 years
Operating Temperature32°F to 120°F (0°C to 49°C)
Compatibility2GIG systems
RangeUp to 350 feet