User manual ICOM TV-R7000

[. . . ] The spectrum efficiency of FDMA is maintained in direct peer-to-peer communication at 6. 25kHz, where competing TDMA systems require infrastructure to achieve the same efficiency. Channel spacing PLL channel step Power supply requirement Current drain (approx. ) 8. 0A Tx High 7. 0A 1. 9A Rx Max. audio 1. 9A Standby 400mA (Fan, backlight off) 400mA (Fan, backlight off) Antenna impedance 50W (Type-N × 2) Operating temperature range ­25°C to +55°C Dimensions (W×H×D) 483×88×260 mm (Projections not included) GENERAL 136­174MHz 400­470MHz Max. 32 channels 16K0F3E, 14K0F3E, 8K50F3E, 4K00F1E, 4K00F1D, 4K00F3E 6. 25kHz/12. 5kHz/20kHz/25kHz 2. 5kHz, 3. 125kHz 13. 2V DC 136­174MHz 400­470MHz Max. [. . . ] 32 channels 16K0F3E, 14K0F3E, 8K50F3E, 4K00F1E, 4K00F1D, 4K00F3E 6. 25kHz/12. 5kHz/20kHz/25kHz 2. 5kHz, 3. 125kHz 13. 2V DC 136­174MHz 400­470MHz Max. 512 channels/128 zones 16K0F3E, 14K0F3E, 8K50F3E, 4K00F1E, 4K00F1D 6. 25kHz/12. 5kHz/20kHz/25kHz 2. 5kHz, 3. 125kHz 7. 2V DC (nominal) 1. 5A 600mA 150mA 50W ­25°C to +55°C 53×136×38. 5 mm (with BP-232N) 340g (approx. ) (with BP-232N) 5W/2W/1W ±5. 0/4. 0/2. 5kHz (W/M/N) ±1. 0ppm 0. 25µW (1GHz) 1. 0µW (>1GHz) 3% typ. (W/M/N) 500mW typ. with an 8W load 136­174MHz 400­470MHz Max. 512 channels/128 zones 16K0F3E, 14K0F3E, 8K50F3E, 4K00F1E, 4K00F1D 6. 25kHz/12. 5kHz/20kHz/25kHz 2. 5kHz, 3. 125kHz 13. 2V DC 7. 0A 1. 2A 300mA 50W (SO-239) ­25°C to +55°C 160×45×150 mm 1. 3kg (approx. ) 25W/10W/2. 5W ±5. 0/4. 0/2. 5kHz (W/M/N) ±1. 5kHz 0. 25µW (1GHz) 1. 0µW (>1GHz) 3% typ. with a 4W load 2-conductor 3. 5 (d) mm/4W 7. 0A 1. 2A 300mA 1. 8A 600mA 140mA TRANSMITTER 6. 25kHz narrowband FDMA Since the channels of FDMA repeaters are completely independent, radio service areas can be easily doubled by setting up another repeater site. Weight (approx. ) Output power (Hi/Low2/Low1 power) Max. frequency deviation Frequency stability Spurious emissions Audio harmonic distortion (AF 1kHz 40% deviation) 5. 6kg (approx. ) 25W/10W/2. 5W (adjustable to 2. 5W) 100% duty cycle Time Frequency 6. 25kHz 6. 25kHz Channel 1 (6. 25kHz) Communication Footprint. Channel 2 (6. 25kHz) ±5. 0/4. 0/2. 5kHz (W/M/N) ±0. 2kHz ±0. 5kHz 0. 25µW (1GHz) 1. 0µW (>1GHz) 1% typ. (digital, emf) 3. 5W min. with a 4W load 6. 25kHz narrowband FDMA TDMA Time Slot 2 Time Slot 2 Time Slot 1 Time Slot 1 12. 5kHz Time Slot 1 Ext. 32 channels · 19-inch rack mount design, 2U height low profile design · 12-digit dot-matrix display and 32 memory channels · IDAS dPMR mode and analog FM mode, mixed mode operation · Multiple CTCSS, DTCS tone and digital Colour code decode · 25W output power at 100% duty operation · ±0. 5ppm high stability oscillator · "2 channel in 1 box" configuration (Optional UR-FR5100/UR-FR6100 required) Options · MIL-STD rugged construction · 5W RF output power (VHF and UHF) · Operating time: 14 hours* (approx. (at 20°C) · Loud speaker audio with BTL amplifier HS-95 Behind-the-head Headset UC-FR5000 (#12) IDAS dPMR Network Controller For IDAS dPMR IP networking · Audio compander (For analogue FM mode) · 32 status message memories with ambience listening, radio stun/kill/ revive functions (For IDAS dPMR mode) · Up to 100 characters short data message memories (For IDAS dPMR mode) · Built-in 5-Tone/CTCSS/DTCS/BIIS 1200 signaling (For analogue FM mode) · 8 DTMF autodial memories · Built-in inversion type voice scrambler and optional UT-109R/ UT-110R for higher security (For analogue FM mode) · Optional GPS speaker-microphone for sending position data · Voting scan automatically selects the strongest station or the first station to exceed the preset signal level VS-1SC PTT/VOX Unit dPMR Peer-to-peer mode Mode 1 dPMR Conventional repeater mode Mode 2 IP Network · 5-Tone and DTMF encoder/decoder (5-Tone is for analogue FM mode) · D-Sub 25-pin accessory connector for connecting analogue trunking controllers or other external devices · Audio compander (For analogue FM mode) · Built-in inversion type voice scrambler and optional UT-109R/UT-110R for higher security (For analogue FM mode) · CW ID transmitter UR-FR5100 (136­174MHz) UR-FR6100 (400­470MHz) Channel Modules Two RF units can be installed in the unit. (Left side is an option. ) dPMRTM MoU (Memorandum of Understanding) Group The dPMR standard is delivered by the initial responsibility of the dPMR MoU group under the mandate of ETSI. The dPMR MoU group selected the standard vocoder and will perform interoperability and conformance testing using ETSI standards. Through the evaluation testing, dPMR equipments will interoperate with each other, ensuring longevity of the system and a good return on investment. T Series (10-Keypad Version) S Series (Simple Keypad Version) UT-124R Man Down Unit Communication link for distant locations An IDAS dPMR IP network can extend your communication coverage and allows you to communicate like a single site. It lets you connect dispersed sites or different bands over the IP network. In a building all the way from the basement to the top floor, radio communication can be covered using already deployed LAN cables. VHF DIGITAL/ANALOGUE TRANSCEIVER UHF DIGITAL/ANALOGUE TRANSCEIVER dPMRTM history and evolution December 2005 dPMR 446 Tier 1 standard (TS 102 490) was published by ETSI based on the output of their TG-DMR working group February 2006 The first dPMR446 compatible radio, IC-F4029SDR released March 2007 dPMR MoU group was founded with the first member companies September 2008 Four new members joined the dPMR MoU group for a total of nine members December 2008 dPMR standard (TS 102 658) was published dPMR interoperability and conformance testing standards November 2009 (TS 102 726) were published July 2010 The first dPMR Tier 2 standard radios, IDAS dPMR radios released The IC-F4029SDR is a 500mW low power radio which does not require individual licensing. The IC-F4029SDR provides direct peer-to-peer digital voice + data mode communication. [. . . ] It lets you connect dispersed sites or different bands over the IP network. In a building all the way from the basement to the top floor, radio communication can be covered using already deployed LAN cables. VHF DIGITAL/ANALOGUE TRANSCEIVER UHF DIGITAL/ANALOGUE TRANSCEIVER dPMRTM history and evolution December 2005 dPMR 446 Tier 1 standard (TS 102 490) was published by ETSI based on the output of their TG-DMR working group February 2006 The first dPMR446 compatible radio, IC-F4029SDR released March 2007 dPMR MoU group was founded with the first member companies September 2008 Four new members joined the dPMR MoU group for a total of nine members December 2008 dPMR standard (TS 102 658) was published dPMR interoperability and conformance testing standards November 2009 (TS 102 726) were published July 2010 The first dPMR Tier 2 standard radios, IDAS dPMR radios released The IC-F4029SDR is a 500mW low power radio which does not require individual licensing. The IC-F4029SDR provides direct peer-to-peer digital voice + data mode communication. [. . . ]