Motorola MOTOTRBO XiR P6600i VHF (No Keypad) Walkie Talkie, 32 Channels, Analogue and Digital
Specifications
Channel Capacity
32
Communication Type
Analogue and Digital
Frequency Band
VHF
Power
5 W
Frequency
136-174 MHz
Range
Better range
Battery Capacity
1600 mAh
Operating Temperature
-30 to +60 °C
Battery Life
28.5 / 21 hrs
Brand
Motorola
Series
MOTOTRBO XiR P6600i Series
Low Power Output
1 W
Channel Spacing
12.5, 25 kHz
Dimensions (H X W X D), Radio + Standard 1600 mAh Battery
122 X 56 X 36 mm
Weight, Radio + Standard 1600 mAh Battery
264 G
Dimensions (H X W X D), Radio + Slim 2050 mAh Battery
122 X 56 X 36 mm
Weight, Radio + Slim 2050 mAh Battery
270 G
Dimensions (H X W X D), Radio + High Capacity 3000 mAh Battery
122 X 56 X 42 mm
Weight, Radio + High Capacity 3000 mAh Battery
292 G
Digital / Analogue Battery Life, Standard 1600 mAh Battery
16.0 / 11.5 Hrs
Digital / Analogue Battery Life, Slim 2050 mAh Battery
19.5 / 14 Hrs
Digital / Analogue Battery Life, High Capacity 3000 mAh Battery
28.5 / 21 Hrs
Power Supply (Nominal)
7.5 V
4fsk Digital Modulation
12.5 kHz Data: 7K60F1D And 7K60FXD, 12.5 kHz Voice: 7K60F1E And 7K60FXE, Combination Of 12.5 kHz Voice And Data: 7K60F1W
Digital Protocol
ETSI TS 102 361-1, -2, -3
Conducted/Radiated Emissions (TIA603D)
-36 dBm < 1GHz, -30 dBm > 1GHz
Adjacent Channel Power
60dB (12.5 kHz Channel), 70dB (25 kHz Channel)
Frequency Stability
± 0.5 Ppm
Analogue Sensitivity (12db SINAD)
0.16 uV
Digital Sensitivity (5% BER)
0.14 uV
Intermodulation (TIA603D)
70 dB
Adjacent Channel Selectivity, (TIA603A)-1t
60 dB (12.5 kHz Channel), 70 dB (25 kHz Channel)
Adjacent Channel Selectivity, (TIA603D)-2t
45 dB (12.5 kHz Channel), 70 dB (25 kHz Channel)
Spurious Rejection (TIA603D)
70 dB
Digital Vocoder Type
AMBE+2™
Audio Response
TIA603D
Rated Audio
0.5 W
Audio Distortion At Rated Audio
3 %
Hum And Noise
-40 dB (12.5 kHz Channel), -45 dB (25 kHz Channel)
Conducted Spurious Emissions (TIA603D)
-57 dBm
Storage Temperature
-40 To +85 °C
Electrostatic Discharge
IEC 61000-4-2 Level 4
Dust And Water Intrusion
IEC 60529 - IP67
Packaging Test
MIL-STD 810D And E
Hazloc Certification
UL-Approved To TIA-4950 For Use In Hazardous Locations, Division 1, Class I, II, III, Groups C,D,E, F, G; Division 2, Class 1, Groups A,B,C,D When Properly Equipped With Motorola UL-Approved Battery.
MIL-STD 810c - Low Pressure
Method 500.1, Procedure I
MIL-STD 810d - Low Pressure
Method 500.2, Procedure II
MIL-STD 810e - Low Pressure
Method 500.3, Procedure II
MIL-STD 810f - Low Pressure
Method 500.4, Procedure II
MIL-STD 810g - Low Pressure
Method 500.5, Procedure II
MIL-STD 810c - High Temp
Method 501.1, Procedure I, II
MIL-STD 810d - High Temp
Method 501.2, Procedure I/A1, II/A1
MIL-STD 810e - High Temp
Method 501.3, Procedure I/A1, II/A1
MIL-STD 810f - High Temp
Method 501.4, Procedure I/Hot, II/Hot
MIL-STD 810g - High Temp
Method 501.5, Procedure I/A1, II/A1
MIL-STD 810c - Low Temp
Method 502.1, Procedure I
MIL-STD 810d - Low Temp
Method 502.2, Procedure I/C3, II/C1
MIL-STD 810e - Low Temp
Method 502.3, Procedure I/C3, II/C1
MIL-STD 810f - Low Temp
Method 502.4, Procedure I/C3, II/C1
MIL-STD 810g - Low Temp
Method 502.5, Procedure I/C3, II/C1
MIL-STD 810c - Temp Shock
Method 503.1, Procedure I
MIL-STD 810d - Temp Shock
Method 503.2, Procedure A1/C3
MIL-STD 810e - Temp Shock
Method 503.3, Procedure A1/C3
MIL-STD 810f - Temp Shock
Method 503.4, Procedure I
MIL-STD 810g - Temp Shock
Method 503.5, Procedure I-C
MIL-STD 810c - Solar Radiation
Method 505.1, Procedure II
MIL-STD 810d - Solar Radiation
Method 505.2, Procedure I/Hot-Dry
MIL-STD 810e - Solar Radiation
Method 505.3, Procedure I/Hot-Dry
MIL-STD 810f - Solar Radiation
Method 505.4, Procedure I/Hot-Dry
MIL-STD 810g - Solar Radiation
Method 505.5, Procedure I/A1
MIL-STD 810c - Rain
Method 506.1, Procedure I, II
MIL-STD 810d - Rain
Method 506.2, Procedure I, II
MIL-STD 810e - Rain
Method 506.3, Procedure I, II
MIL-STD 810f - Rain
Method 506.4, Procedure I, III
MIL-STD 810g - Rain
Method 506.5, Procedure I, III
MIL-STD 810c - Humidity
Method 507.1, Procedure II
MIL-STD 810d - Humidity
Method 507.2, Procedure II/Hot-Humid
MIL-STD 810e - Humidity
Method 507.3, Procedure II/Hot-Humid
MIL-STD 810f - Humidity
Method 507.4, Procedure -
MIL-STD 810g - Humidity
Method 507.5, Procedure II/Hot-Humid
MIL-STD 810c - Salt Fog
Method 509.1, Procedure I
MIL-STD 810d - Salt Fog
Method 509.2, Procedure I
MIL-STD 810e - Salt Fog
Method 509.3, Procedure I
MIL-STD 810f - Salt Fog
Method 509.4, Procedure -
MIL-STD 810g - Salt Fog
Method 509.5, Procedure -
MIL-STD 810c - Dust
Method 510.1, Procedure I, II
MIL-STD 810d - Dust
Method 510.2, Procedure I, II
MIL-STD 810e - Dust
Method 510.3, Procedure I, II
MIL-STD 810f - Dust
Method 510.4, Procedure I, II
MIL-STD 810g - Dust
Method 510.5, Procedure I, II
MIL-STD 810c - Vibration
Method 514.2, Procedure VIII/F, W, XI
MIL-STD 810d - Vibration
Method 514.3, Procedure I/10, II/3
MIL-STD 810e - Vibration
Method 514.4, Procedure I/10, II/3
MIL-STD 810f - Vibration
Method 514.5, Procedure I/24, II/5
MIL-STD 810g - Vibration
Method 514.6, Procedure I/24, II/5
MIL-STD 810c - Shock
Method 516.2, Procedure II
MIL-STD 810d - Shock
Method 516.3, Procedure I, IV
MIL-STD 810e - Shock
Method 516.4, Procedure I, IV
MIL-STD 810f - Shock
Method 516.5, Procedure I, IV
MIL-STD 810g - Shock
Method 516.6, Procedure I, IV
Product Description
- The Motorola MOTOTRBO XiR P6600i is a high-performance VHF digital two-way radio designed for critical communication in demanding industrial environments. Operating across a 136-174 MHz frequency range, this 32-channel device supports both analogue and digital modes, ensuring seamless integration with legacy systems while providing clear AMBE+2 digital voice quality. Built to rigorous IP67 standards for dust and water protection, it features extensive MIL-STD 810 compliance for shock, vibration, and extreme temperatures. With a 5W power output and up to 28.5 hours of battery life, it is ideal for manufacturing, logistics, and public safety. The radio is UL-approved for hazardous locations, providing reliable, safe connectivity in volatile work zones.