Description
The SDM610 is an entry-level controller microphone that puts the essentials of voice calls and status messaging right where the user needs it. The compact design with accessible function keys and simple display gives the user the right information and the right control over their communications, making the radio simple to operate in urgent communications situations.
Frequency Bands | VHF: 136–174MHz UHF: 400–480MHz UHF: 440–520MHz |
Dimensions (transceiver only) | 152 x 48 x 212 mm |
Power Supply | 10.8 – 16.3VDC |
Standby Power Consumption | 3W |
Receive Only Power Consumption | 16W (4W audio output) |
Transmit Power Consumption | 82W (25W RF) |
Frequency Stability | 0.5ppm |
Channel Bandwidth | 12.5/25kHz |
Channel Capacity | 100 (SDM610), 2000 (SDM630) |
Weight | 1.2 kg |
Emission Masks | 7K60FXD (data), 7K60FXE (voice), 7K60F1W (voice and data) for 4FSK digital modulation, 11K0F3E for 12.5 kHz modulation |
RF Output Power | 1 – 25W |
Modulation Limiting | +/-2.5 @ 12.5kHz, +/-5.0 kHz @ 25kHz |
FM Hum and Noise | 40dB (TIA-603-B) |
Conducted / Radiated Emission | Complies with ETS086-1 / ASNZS4295 / TIA603-B |
Adjacent Channel Power | -60dBc (ETS086-1) |
Audio Response | +1/-3dB |
Audio Distortion | 4% @ 4W |
Digital Vocoder Type | AMBE+2 |
Analogue Sensitivity | -117.5dBm (12dB SINAD) |
Digital Sensitivity | -117.5dBm (BER 1%) |
Intermodulation | 65dB (70dB typ. ETS086-1) |
Adjacent Channel Selectivity | 65dB (ETS086-1) |
Spurious Rejection | 70dB (ETS086-1) |
Hum and Noise | 40dB (TIA603-B) |
Audio Response | +1/-2dB (0.3-2.55kHz) |
Audio Distortion | 5% @ 4W |
Conducted Spurious Emission | -57dBm (ETS086-1) |
Operating Temperature | -30°C to +60°C |
Storage Temperature | -40°C to +80°C |
IP Rating / Humidity | IP54 |
SDM600 Features
- 1W to 25W Output Power
- Quick mount bracket available
- IP54 ingress protection
- Connectors placed for ease of installation
- 2000 Channels
SDM610 Control Microphone
- 4 Programmable buttons
- Clear 6 character display
- IP54 ingress protection
- Bracket for easy mounting
- Ergonomic design