User's Manual

Secure ◄► Simple ◄► State of the Art

Installation Instructions

Document Number: I-RF-SDWS-MAG Rev. A

March 2104

RF-SWDS-MAG Wireless Door/Window

Sensor

Rev A CINCH Systems, Inc. Page 1 of 3

Part #: RF-SDWS-MAG (Wireless

Door/Window Sensor)

Product Summary

The Wireless Door/Window Sensor is compatible

with all Interlogix wireless control panels. The

device is surface mounted and equipped with an

internal contact and the capability of using an

external contact. A cover tamper doubles as an

enrollment switch. A tamper-proof sensor reduces

the chance of defeating the magnet.

Installation:

The sensor is designed to mount on the door or

window frame and the magnet on the door or

window (moving part).

PAGE 1
Installation Instructions Document Number: I-RF-SDWS-MAG Rev. A March 2104 Secure ◄► Simple ◄► State of the Art RF-SWDS-MAG Wireless Door/Window Sensor Part #: RF-SDWS-MAG (Wireless Door/Window Sensor) Product Summary The Wireless Door/Window Sensor is compatible with all Interlogix wireless control panels. The device is surface mounted and equipped with an internal contact and the capability of using an external contact. A cover tamper doubles as an enrollment switch.
PAGE 2
Installation Instructions Document Number: I-RF-SDWS-MAG Rev. A March 2104 Secure ◄► Simple ◄► State of the Art RF-SWDS-MAG Wireless Door/Window Sensor Specifications: Battery: 3VDC, 1.55Ah, CR123A Lithium Battery Typical Battery Life: Up to 14+ Years External Input Sampling Current: 20 µA Switch Type: Magnasphere Open loop Operating Gap: 0.63 in (1.60 cm) Magnet Type: Neodymium Iron Boron (Rare Earth) Supervisory Interval: 64 minutes Wiring: Wire Run to External Input: 100 feet (30.
PAGE 3
Installation Instructions Document Number: I-RF-SDWS-MAG Rev. A March 2104 Secure ◄► Simple ◄► State of the Art RF-SWDS-MAG Wireless Door/Window Sensor FCC: I.C.: FCC label statement: “This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.