Capacity
FreeSpeak Wireless Intercom
(10) E1 Transceivers (1.91, 2.4 GHz)
(6) IP Transceivers (1.91, 5GHz)
(16) FSII, Icon & FSE Beltpacks (1.91, 2.4, 5GHz)
Dante Audio Network Interfaces
(8) Dante Ports
Configuration
(100) Channels
(100) Groups
(200) Roles for FreeSpeak
Connectors
Headset: 4-pin XLR-M
2-Wire I/O: (4) XLR-3F
4-Wire I/O: (8) RJ45
Audio Crossover Mode: Software selectable Special use of Port #8 using provided cable;
Program Audio Input/ Stage Announce Output: XLR-3F, XLR-3M
GPIO: (2) DB9F (1 GPI, 2 GPO, 12V - each connector
FSII E1 TCVR/SPL Ports: (2) RJ45, (2) SFP (RJ45 or SFP)
FSII DECT Synchronization: (2) RJ45 (Input and Output)
LAN: (2) RJ45, (2) SFP (Function assignable)
AC Power Connector: IEC-C14
DC Power Connector: KPJX-4S-S
Grounding Screw: Terminal
Note: While mechanically identical, SFPs are designed with different properties for data rates, power and fiber cable type. Please refer to the Clear-Com SFP Compatibility Chart for compatible SFP transceivers.
Controls and Indicators
Front Panel:
(2) Color Touch Screen Displays
(2) Power Supply Status LED
(1) Mic button
(1) Menu Access Button
(4) Encoders for Menu & Level Control
(1) Reset button - For service use
(1) Main Listen Level LEDs
Rear Panel:
(2) LAN RJ45 Link/Activity LEDs
(2) FSII E1 TCVR RJ45 Link/Activity LEDs
(4) 2-Wire Power / Configuration Indicator LEDs
Microphone Input
Input Type: Dynamic/Electret - Selectable Headset
Mic Voltage: 5V
Input Level (nominal): -45dBu
Input Level (max): -10dBu
Frequency Response: 200Hz to 12kHz ±3dB
Mic Limiter Threshold: -35dBu ±3dB
Mic Limiter Range: ≥ 20dB
4-Wire Line Level Interfaces
Transformer balanced input and output
Input: Nominal
Level: 0dBu (adjustable -12dB to +12dB)
Maximum Level: +18dBu
Frequency Response: 80Hz to 20kHz ±3dB
Impedance: >= 10KΩ
Output: Nominal
Level: 0dBu (adjustable -12dB to +12dB)
Maximum Level: +18dBu
Frequency Response: 80Hz to 20kHz ±3dB
Impedance: 200Ω + 10%
2-Wire Partyline Interfaces
Unbalanced High-Impedance bridging
Compatibility: Clear-Com, RTS-TW with Call and Remote Mic Kill
Termination: Optional per pair (A/B or C/D)
Nulling: User initiated Auto-Calibration
Null Depth: >60dB at 1kHz
Nominal Level: CC: -18dBu, RTS-TW: -12dBu (adjustable -3dB to +3dB)
Headroom: 18dB
Frequency Response: 200Hz to 12kHz ± 3dB
Impedance: >= 10KΩ bridging
Total Harmonic Distortion (THD): < 0.1% THD @ 1 kHz
Power: 560mA optional per pair (A/B or C/D)
Voltage: 25-28V DC
Use Encore Partyline Power Calculator to validate power requirements of the analog partyline intercom system
Frequency Response
Headset Mic: 200Hz to 12kHz
Freespeak Edge: 200Hz to 12kHz
Freespeak II: 200Hz to 7.1kHz
Dante: 20Hz to 20kHz
4-Wire: 80Hz to 20kHz
2-Wire: 200Hz to 12kHz
Logic Power Output
To power Logic Inputs
Output Voltage: 12V, separate pin
Current (Max): 2mA
Logic Inputs – GPI
Assignable to activation of audio crosspoints or call
Input: 2
Style: Optically isolated
Input Voltage Range: 4 - 30V DC or AC
Input Current: >=1.2mA required
Logic Outputs – GPO/Relay
Assignable to talk, call keys and audio crosspoints or call
Outputs: 4
Style: SPDT / Power Relay
Normalized: Open or Closed, separate pins
Switching Voltage (Max): 30V DC
Switching Current (Max): 1A
Power
AC Internal Power Supply:
Input Voltage Range: 100 - 240V AC
Input Frequency Range: 50 - 60Hz
Input Power (Max): 160W
BTU (Max): 545BTU/h
Input Power Connector: IEC-C14
DC Power Input:
Voltage: 12V DC ± 5%
Current (Max): 12A
Power (Max): 144W BTU
(Max): 491BTU/hr
Input Power Connector: KPJX-4S-S
This unit can be powered via DC input using:
AC Adapter - Inline:
Type: PSU-EXT-001 (supplied)
Mounting Bracket: 272G048-SP (optional)
Input Voltage Range: 100 - 240V AC
Input Frequency Range: 50 - 60Hz
Input Power Connector: IEC-C14
Output Voltage: 12V DC ± 5%
Output Current (Max): 12.5A
Output Power (Max): 150W
Output Power Connector: KPPX-4-P
Environmental
Operating: 32° to 113°F (0° to 45°C)
Storage: -22° to 158°F (-30° to 70°C)
Humidity: 20-90% Non-Condensing
Dimensions
1RU
19 x 1.7 x 13.9in (WxHxD)
(482.6 x 43.2 x 353.1mm)
Weight
7.3lbs (3.3kg)
11.9 GHz E1 and IPT transceivers should not overlap on the same system. Beltpacks will not roam between E1 and IPT Transceivers.