Simrad RS40 VHF AIS-RXModel: 000-14470-001 Simrad RS40 Replaces the current RS35 mid level VHF, updated to comply with EN 301 025 (v2.2.1) New front mountable design for easy installation Low profile design to align with style of Simrad MFD’s Seamless integration with a wider Simrad system through NMEA 2000 and 0183 Built in AIS Receiver Large screen with intuitive user interface Optional wireless handsets with inductive charging Specifications Temperature range -15 to +55°C (+5 to +131°F) Waterproof IPX7 Normal Working Voltage +13.6 V DC Minimum operating Voltage ≤10 V DC Low battery detect Voltage 10.5 ± 0.5 V DC Over Voltage Protection >15.8 ± 0.5 V DC Hailer Audio Power Out 30 W Current Drain RX Max Audio Power ≤1.5 A Current Drain Stand-By RX ≤0.45 A Current Drain At 12V DC : Hi Power TX ≤6 A Current Drain At 12V DC : Lo Power TX ≤1.5 A Frequency Range: Transmit 156.025 ~ 157.425 MHz Frequency Range: Receive 156.050 ~ 163.275 MHz Channels PLL Modulation FM(16KOG3E) DSC(16K0G2B) Channel Spacing 25 KHz Frequency Stability ± 5 PPM Digital Selectivity Calling (DSC) Class D LCD Display FSTN 256x160 Pixels AIS Max Targets 150 Intermediate Frequency : 1st 38.85/21.7 MHz Intermediate Frequency : 2nd 450 KHz Sensitivity : 12dB SINAD ≤-6 dBuV(EMF) Squelch Sensitivity: at tight ≤ 6 dBuV(EMF) Spurious Response Rejection Ratio ≥70 Db Adjacent Channel Selectivity ≥70 dB Intermodulation Response ≥68 dB S/N at 3KHz Dev. ≥40 dB Audio Output Power At THD 10% ≥2.5 W Audio Distortion ≤10 % Audio Response +1 to -3dB of 6dB/octave from 300hz to 3kHz Current Drain Max Audio Power ≤1.5 A Current Drain Stand-By ≤0.45 A 2ND RX Sensitivity For 12dB SINAD ≤ 0 dBuV(EMF) 2ND RX bit error ratio@-107dBm ≤ 10-2 Frequency error ≤±1.5KHz KHz RF Power : Hi 23 ± 2 W RF Power : Lo 0.8 ± 0.2 W Maximum Deviation ≤± 5 KHz S/N at 3KHz Dev. ≥40 dB Modulation Distortion ±3KHz ≤10 % Audio Response at 1KHz Dev. +1 to -3dB of 6dB/octave from 300hz to 3KHz dB Spurious/Harmonic Emissions: Hi/LO ≤0.25 uW Modulation Sensitivity ≤15 mV DSC TX deviation at 1.3K 2.6±0.26 KHz DSC TX deviation at 2.1K 4.2±0.42 KHz ATIS TX deviation at 1.3 KHz 1.3±0.13 KHz ATIS TX deviation at 2.1 KHz 2.1±0.21 KHz
