Capacity
FreeSpeak Wireless Intercom
(10) E1 Transceivers (1.91, 2.4 GHz)
(6) IP Transceivers (1.91, 5GHz)
(16) 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
FreeSpeak II 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 十大正规体育平台 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: 十大正规体育平台, 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.