| |
LET US KNOW WHAT YOU THINK... |
 |
| |
| |
DEALERS and DISTRIBUTORS WANTED!!

|
|
| Avcomm International is realizing new success in all of its divisions everyday, Call us about partnering with your company to continue your business growth as an Avcomm dealer in select areas Click here |
|
|
|
 |
| |
THE AVCOMM TEAM |
 |
NEW!! |
| Ask your sales rep about our new premium ANR H9000 Racing Headset, our new exciting blue colored cell phone headset , our new racing kits and our proven command vehicle communication systems for safety!!! |
|
|
|
| |
AVCOMM Racing |
 |
New AVCOMM Radio more >> |
|
|
|
AWR100 UHF Radio & AWR105 VHF Radio
| |
The Avcomm AWR100 & AWR105 Radios for racers offers a wide range of features and a rugged design. A suprisingly light weight radio (270 gm). Experienced users will appreciate many of the AWR100 & AWR105's enhancements and design features. The AWR100 & AWR105 also offer an extremely high level of sound clarity and dynamics. |
|
Key Features:
- Wide Communication Range
- 16 Programmable Channels
- High-quality audio
- Rugged and Durable
- Extended Operation Time
- High/Low Power Switchable
- Battery Save
- Low Battery Alert
- PC Programming
- Selectable Squelch Level (0-9)
- MIL-STD-810 C/D/E/F
|
 |
| Main Features: |
|
|
Wide Communication Range:
High power output and wide communication range up to 4 miles.
|
|
High-quality audio
Audio quality is critical for effective racing communication. The speaker delivers crisper, clearer and stronger audio because of improved acoustic mechanics, allowing users to continue communicating even in noisy and harsh conditions.
|
|
Rugged and Durable
With rugged and compact design, the AWR100 is durable enough to withstand 5' drop and meet MIL-STD_810 C/D/E/F.
|
|
Extended Operation Time
An extended life Li-ion battery provides 10hrs talktime at a lighter weight.
|
|
High/Low Power Switchable
High/low output power switchable per channel via programmed key, tailored for urser enviroment. Low output power for battery saving when communication within limited range coverage; while high power optimizes range coverage when further distance required. |
|
Programmable 12.5kHz / 25kHz Channel Spacing
The feature enables flexibility and easy migration of channel spacing requirements when the need arises, and no need to buy new radios.
|
|
DTMF ANI Encode
DTMF ANI can be set on or off for each channel, for dispatch operations or for simple remote control applications.
|
|
2-Tone Encode and Decode
The 2-Tone encoder and decoder functions are assignable per channel, an incomming message is signaled with audio and visual alert.
|
|
Monitor
The feature is to monitor the activities on the current channel, and especially helpful for adjusting volume or receiving a week signal.
|
|
Battery Save
Once no activity on the channel and no operation performed, the Battery Save feature is automatically turned on, for extended operation time.
|
|
Low Battery Alert
The top mounted LED flashes red to alert racers to recharge the battery should the battery level run low.
|
|
Busy Channel Lockout
The feature further improves channel management by preventing transmissions if another talk group is already on the air.
|
|
Time-out Timer
The feature allows for more efficient use of channels by limiting the amount of time for which a racer can transmit.
|
|
Wired Clone
Cloning enables duplication of radios in the field via simple interface cable, without the use of a PC or special equipment.
|
|
PC Programming
The feature allows you to customize each radio to fit your racing needs.
|
|
Squelch Tail Elimination
The function will minimize the annoying audio outputs that occure at the receiver on completion of a transmission.
|
|
Selectable Squelch Level (0-9)
The purpose of squelch is to mute audio output from the speaker when no signals are present. The higher the squelch level selected, the stronger the signal must be to receive. The appropriate squelch level depends on ambient RF noise conditions.
|
|
Priority Scan
Priority scan permits scanning of all channels while simutaneously monitoring a priority channel, allowing for activity even while receiving a call on another non-priority channel.
|
| |
|
Specifications |
AWR100 |
|
|
Frequency Range |
UHF: 400-420 MHz / 450-470 MHz
VHF: 150-174 MHz / 146-174 MHz |
|
|
Channel Capacity |
16 |
|
|
Channel Spacing |
25 / 12.5 KHz |
|
|
Operating Voltage |
7.2V |
|
|
Battery |
1250mAH (Li-ion) |
|
|
Battery Life (5-5-90 duty cycle) |
More than 10 hours |
|
|
Frequency Stability |
+-5ppm |
|
|
|
|
Operating Temperature |
-20c - +60c |
|
|
Antenna Impedance |
50 |
|
|
Dimensions (LxWxH) (without antenna and battery) |
109mm x 53mm x 32mm |
|
|
Weight (with antenna & battery) |
270g |
|
|
| |
|
|
|
|
| Transmitter |
AWR100/ AWR105 |
|
|
RF Power Output |
4W/2W (UHF)/(VHF) |
|
|
Modulation |
F3E |
|
|
Spurious and Harmonics |
-36dBm<1GHz -30dBm>1GHz |
|
|
FM Noise |
40/34dB |
|
|
Audio Distortion |
<5% |
|
|
| |
|
|
|
| Receiver |
AWR100/ AWR105 |
|
|
Sensitivity |
0.25/0.28 |
|
|
Selectivity |
60/55dB |
|
|
Intermodulation |
60dB |
|
|
Spurious Response Rejection |
60dB |
|
|
S/N |
40/34dB |
|
|
Audio Power Output |
500mW |
|
|
Audio Distortion |
<5% |
|
|
| |
|
|
|
| Applicable MIL-STD-810 C/D/E/F |
| Standard |
MIL 810C Methods/ Procedures |
MIL 810D Methods/ Procedures |
MIL 810E Methods/ Procedures |
MIL 810F Methods/ Procedures |
Low Pressure |
500.1/Procedure I |
500.2/Procedure I,II |
500.3/Procedure I, II |
500.1/I |
High Temperature |
500.1/Procedure I,II |
501.2/Procedure I,II |
501.3/Procedure I |
501.4/I |
Low Temperature |
502.1/Procedure I |
502.2/Procedure I,II |
502.3/Procedure I,II |
502.4/I,II |
Temperature Shoch |
503.1/Procedure I |
503.2/Procedure I |
503.3/Procedure I |
503.4/I |
Solar Radiation |
505.1/Procedure I |
505.2/Procedure I |
505.3/Procedure I |
505.4/I |
Humidity |
507.1/Procedure I,II |
507.2/Procedure II,III |
507.3/Procedure II,III |
506.4/I,II |
| Rain |
506.1/Procedure I,II |
506.2/Procedure I,II |
506.3/Procedure I,II |
506.4/I,II |
Salt Fog |
509.1/Procedure I |
509.2/Procedure I |
509.3/Procedure I |
507.4/I |
Dust |
510.1/Procedure I |
510.2/Procedure I |
510.3/Procedure I |
509.4/I |
Vibration |
514.2/Procedure VIII,X |
514.3/Procedure I |
514.4/Procedure I |
514.5/I |
Shock |
516.2/Procedure I,II,V |
516.3/Procedure I,IV |
516.4/Procedure I,IV |
500.1/I |
| |
|
|
|
|
|
|