Bird Technologies 61-89A User Manual

RescueLine Signal Booster
800 MHz Series
Bird Technologies, TX RX Systems Brand RescueLine Signal Booster, the rst signal-booster system that fully complies with the IFC 2009 and NFPA 1 2009 codes which makes it the state-of-the-art electronic lifeline for rst responders inside a building.
To comply with the new International Fire Code and National Fire Protection Association (IFC/NFPA) standards, the Bird RescueLine delivers on a key objective: ensuring that rst responders have reliable radio communications in large structures. It features a 24-hour battery back-up and an alarm interface providing all ve required alarm conditions, including antenna system failure (up or down link) and 70-percent low battery. The Bird RescueLine is compatible with standard re-alarm panels.
PROBLEMS } SOLUTIONS
Must be compliant with IFC/NFPA Codes
} NEMA 4 cabinets
} Signal booster malfunction alarm
} AC/DC fail alarm
} Low battery alarm
} Antenna Circuit malfunction
} Supervised alarm Circuits
} Fire alarm compatability
} 24 hour battery option
APPLICATIONS
Valued for its ability to allow public-safety personnel to communicate during critical events even while power is unavailable.
Delivers life-critical in-building radio communications in challenging environments.
RescueLine Signal Booster
800 MHz Series
Output Level Control (OLC) Circuit Monitors and Controls RF Output Power
Maintains maximum required output power while preventing damage and excessive emissions per FCC requirements
Easy-to-read LED bar graph
Unique OLC DataLog feature facilitates system maintenance and optimization
Decoupled RF Test Points For Simplied Service
Allow fast system measurements in both uplink and downlink directions
Monitor signals for performance optimization
Integrated design facilitates non-intrusive measurements
Secure, Non-Vented NEMA Enclosure Suitable for Extreme Indoor and Outdoor Environments
Setup is Performed Through a User Friendly Interface
No Tools Required
Optional Features Available
Comm Card II for remote communications and control
Fiber optic link interface*
Redundant PA conguration*
-48 VDC input*
DC Backup Interface Accepts +24 to +27 VDC and optional
-48 VDC
Microprocessor Controlled Fault Monitoring and Alarming Ensures Reliable Operation and Flexible Conguration
Control system continuously monitors parameters including voltage, current, temperature and OLC activity
LEDs on each module quickly annunciate source of fault
Simple, back-lit liquid crystal display (LCD) and switch control
Fault triggers annunciation on panel, alarm contact closure and internal recording of failed subsystem
Card Cage Modularity
Easy “slide-in” replacement process
Facilitates ease of service and system conguration
*Contact Factory for these models
High Performance Bandpass Filters
Congured to customer requirements and addresses many specications requiring custom passbands
Models available with passbands that range from 3 MHz (NPSPAC with excellent out-of-band rejection) to 18 MHz for full band coverage
Programmable Gain Setting
Ease of initial conguration via front panel
When used in conjunction with OLC DataLog, simplies post installation adjustments
SPECIFICATIONS
Frequency Range
Nominal Gain (dB) +80 dB
Gain Adjustment Programmable attenuation,
Output Level Control
Dynamic Range
Maximum Input Level 0 dBm
Maximum Output Power +30 dBm (single carrier)
RF Sampler PA Output sampler
Noise Figure (without attenuation) 3.5 dB maximum
Propagation Delay <1 μs
Operating Temperature Range -30°C to +50° C
Nominal impedance 50 ohms, <1.5:1 VSWR
Input/Output connectors N female
RF Sampler Connectors BNC female
AC Power Input 100-240 VAC; 50-60 Hz
DC Input Voltage +24 to +27 VDC
Unit Power Consumption (AC/DC) <100 VA
Nominal Size 24” x 24” x 8”
Net Weight <80 lbs.
FCC Certication** EZZ5PI031202
Industry Canada Certication** 1940A-PI031202
806-869 MHz
0-30 dB, 0.5 dB steps
+55 dBm minimum, with no attenuation
-48 VDC optional
30303 Aurora Rd. Solon, OH 44139 866.695.4569 www.bird-technologies.com
SignalBooster_RescueLine-09092013
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