Ceiling Mic Flush Mount Kit Black

Model: TCC M-F-B

Part #: 700234

Includes:
TCC M microphone
Front plate black
Flush Mount Kit
Chicago plenum connection box cover plate

More Product Information Below

Compare

Project List

Product Info

Tech Specs

The TCC M-F-B Flush Mount Kit is used to install the black TeamConnect Ceiling Medium flush to the ceiling. It comes with a TeamConnect Ceiling M and flush mount accessories.

Includes:
TCC M microphone
Front plate black
Flush Mount Kit
Chicago plenum connection box cover plate
Drilling templates
Phoenix connector
Safety rope
Suspension kit

Microphone Type - Other
Polar/Pickup Pattern - Other

Operating Temperature (Maximum): 104 F
Operating Temperature (Minimum): 32 F
Maximum Frequency Response (Bandwidth): 16 kHz
Maximum Frequency Response (Bandwidth): 16000 Hz
Minimum Frequency Response (Bandwidth): 100 Hz
Minimum Frequency Response (Bandwidth): 0.10 kHz
Dynamic Range: 83 dB
Maximum SPL (Sound Pressure Level): 98 dB
Signal to Noise Ratio: 79 dB
Height: 1.80 in
Width: 16 in
Product Weight: 10.80 lbs
Color: Black
Specifications:
Product properties
Dimensions (Ø x H): 477 x 46 mm (16 x 1.8 ")
Weight: max. 4,9 kg (10.8lbs)

Audio output
1 x 3-pin terminal (fits Phoenix contact MCVW 1.5-3-ST-3.81)
x Digital Dante Network Audio (RJ-45)

Network/Control: 1 x RJ-45 Ethernet Port for PoE power supply and data/control communication
Supply voltage: PoE IEEE 802.3af Class 3 IEEE 802.3at / Typ 2 / Class 4 (when cascaded)
Power consumption: Approx. 8 W
Safety certification: IEC/EN 62368-1 (including UL 2043 testing and compliance)

Acoustic properties
Transducer principle: Pre-polarized condenser microphone
AF frequency response: 100 Hz to 16,000 Hz
Sensitivity: 0 dBV/Pa (890 mV/Pa)
Signal-to-noise ratio: 79 dB (A)
Equivalent noise level: 15 dB (A)
Number of KE 10-237 microphone capsules: 15
Pick-up pattern: Beam pattern
Max. sound pressure level: 98 dB SPL
Dynamic range: 83 dB (A)

Ambient Conditions
Temperature Range
Storage: -10 to 60°C
Relative air humidity: 20 to 95%, non-condensing