The Model DXS-91 Supervised Glass Break Detector Transmitter is a glass break detector with a built-in transmitter designed for use with Linear’s DXS and DX Format receivers. When breaking glass is detected, the transmitter sends a digitally coded signal to its companion receiver/control.
The digital DX code format features more than one million possible codes. Each transmitter is precoded at the factory to a unique code so no field coding is required. The DXS-91 can send three different signals: alarm, low battery and status.
The unit is powered by two 3-volt lithium batteries. These batteries will last for approximately two and one half years under normal climatic conditions. If the battery voltage drops below a preset level, a low battery signal is sent with every alarm or test transmission.
- Alarm, supervisory, and low battery transmissions
- Lithium battery powered
- Test, operate LED
- Shatter pro pattern recognition technology
- DXS format
- RF frequency: 315 MHz
- 4.25″ W x 3.13″ H x 1.7″ D
- Order number: SSA00015
Name: Linear Dxs-91 Supervised Glass Break Detector Transmitter (SSA00015) , Linear
Category: Glass Break Sensors
UPC Code: 093863103841
Country of Origin: Hong Kong. Country of origin is subject to change.
ADI Part Number : LN-DXS91
Brand Name : Linear
Manufacturer : Nice S.p.A.
Manufacturer Part Number : DXS-91
Product Model : DXS-91
Product Name : DXS-91 Audio Detector
Product Type : Glass Break Detector
Depth : 1.7"
Depth (mm) : 43.18
Height : 3.1"
Height (mm) : 79.502
Width : 4.3"
Width (mm) : 107.95
Additional Information : <ul><li>Alarm, supervisory, and low battery transmissions</li><li>1,000 feet, open air, with DVS-2400 control panel</li><li>Shatter pro pattern recognition technology</li><li>RF frequency: 315 MHz</li><li>Test, operate LED</li><li>DXS format</li></ul>
Compatibility : <ul><li>Linear DUAL-824 Security Panel</li></ul><p><b>Linear Security Consoles:</b></p><ul><li>DVS-1200</li><li>DVS-2400</li></ul><p><b>Linear Receivers:</b></p><ul><li>DXSR-1504</li><li>DXSR-1508</li></ul>