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Vertex
Standard
Portable Two-Way Radio
VX-520
Designed
by and for Public Safety Portable Two-Way Radio
32 Channel 5 Watts
Specifications:
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UHF Portable Radio
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General Specifications |
VX-510U
UHF Band |
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Number of Channels
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32 Channels |
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Frequency Range
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450-490
MHz (D)
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Channel Spacing
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12.5 / 25 KHz |
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Power Supply
Voltage
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7.2 VDC |
Current Consumption
Standby (Saver On)
Standby (Saver Off)
Receive
Transmit (Lo)
Transmit (Hi) |
19 ma
50 ma
200 ma
1000 ma
2000 ma
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| Battery Life w/FNB-29A (5-5-90 duty) |
11 hrs. (13.3 hrs. w/saver)
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| Ambient Temperature Range |
-30° C to + 60° C (-22° F to + 140° F)
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| Frequency Stability |
±2.5 ppm
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| RF Input-Output Impedance |
50 Ohms |
| Audio Output Impedance |
16 Ohms |
| Dimensions |
5.9"(H) x 2.3"(W) x 1.5" (D) (149 x 59 x
39 mm) w/FNB-29A
6.7"(H) x 2.3"(W) x 1.5" (D) (171 x 59 x
39 mm) w/FNB-29AL |
| Weight |
1.21 lbs (570 g) w/o ANT w/FNB-29A
1.24 lbs (564 g) w/o ANT w/FNB-29AL |
| Receiver Specifications |
Measurements made per EIA standard TIA / EIA-603 |
| Circuit Type |
Double Conversion Superheterodyne |
Sensitivity
EIA 12 dB SINAD
20 dB Quieting
Threshold Squelch |
0.25 uV
0.35 uV
0.20 uV |
| Adjacent Channel Selectivity |
75 / 65 dB (25 KHz / 12.5 KHz channel spacing) |
| Intermodulation |
72 dB |
| Spurious and Image Rejection |
75 dB |
| Conducted Spurious Emissions |
-57 dBm |
| Audio Response |
+3/-8 dB from the 6 dB/oct. De-emphasis curve |
| Audio Output |
0.5 W into 16 ohms w/ <5% THD |
| Hum and Noise |
40 / 45 dB |
| Transmitter Specifications |
Measurement made per EIA standard TIA / EIA-603 |
| Power Output |
5 W / 1 W (Hi/Lo) |
| Modulation |
16K0F3E / 11K0F3E |
| Maximum Deviation |
± 5 KHz / ± 2.5 KHz |
| Conducted Spurious Emissions |
60 dB Below Carrier |
| FM Hum and Noise |
45 / 50 dB |
| Audio Response |
+1/-3 dB from the 6 dB/oct Pre-emphasis curve |
| Audio Distortion |
<2.5% |
Measurements per EIA standards unless noted above. Specifications subject to change without notice or obligation.
| Military
Standards 810C/D/E |
MIL-STD 8100, Method 501.1, Procedure 1, High Temperature (storage)
MIL-STD 8100, Method 501.1, Procedure 2, High Temperature (operational)
MIL STD 8100, Method 502.1, Procedure 1, Low Temperature
MIL -STD 8100, Method 503.1, Procedure 1. Temperature Shock
MIL-STD 8100, Method 505.1, Procedure 1, Solar Radiation (Steady)
MIL-STD 8100, Method 507.1, Procedure 2, Humidity
MIL-STD 8100, Method 514.2, Procedure 8, Vibration
MIL-STD 8100, Method 514 2, Procedure 10, Vibration
MIL-STD 8100, Method 516.2. Procedure 1, Shock (basic design)
MIL-STD 8100, Method 5162, Procedure 5, Shock (bench handling)
MIL-STD 810D/E, Method 500.213, Procedure 1, Low Pressure (storage)
MIL-STD 810D/E, Method 500.2/3, Procedure 2, Low Pressure (Operational)
MIL-STD 810D/E, Method 501.2/3, Procedure 1, High Temperature (storage)
MIL-STD 810D/E, Method 501.2/3, Procedure 1, High Temperature (operational) |
MIL-STD 810D/E, Method 502.2/3, Procedure 1, Low Temperature (storage)
MIL-STD 816D/E, Method 502.2/3, Procedure 2, Low Temperature
(operational)
MIL-STD 810D/E. Method 503.2/3, Procedure 1, Temperature Shock
MIL-STD 810D/E, Method 505.2/3, Procedure 1, Solar Radiation (cycling)
MIL-STD 810D/E, Method 506.2/3, Procedure 1, Rain (Blowing)
MIL-STD 816D/E, Method 506.2/3, Procedure 2, Rain (drip)
MIL-STD 816D/E, Method 507.2/3, Procedure 2, Humidity (induced)
MIL-STD 816D/E, Method 509.213, Procedure 1, Salt Fog
MIL-STD 816D/E, Method 510.93, Procedure 1, Dust (blowing dust)
MIL-STD 816D/E, Method 514.3/4, Procedure 1, Category 10, Vibration
(minimum integrity)
MIL-STD 810D/E, Method 516.3/4, Procedure 1, Shock (functional shock)
MIL-STD 810D/E, Method 516.3/4, Procedure 4, Shock (transit drop)
MIL-STD 810D/E, Method 500.2/3. Procedure 6, Shock (bench handling) |
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Intrinsically Safe Approvals:
The VX-520 UHF model has been given an intrinsically safe rating for use
in ANSI/UL-913-88 Class I , I I , and III . Division 1, Groups A, B, C,
D, E, F, and G hazardous environments on models equipped with the
Intrinsically Safe option.
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