FSR TwisterPro - Manual (Page 7)

13
DIMENSIONS
1.70
4.09
1.12 .27
COMPUTER VIDEO IN
POWER/
VIDEO
DATA
AUDIO IN
2.72
.95 .27
4.09
3.56
IR SENSOR
2.69
Computer A/V, IR, RS-232 Receiver
Power/ Video Data Gain Boost
Vid IR
On
Gain Boost
Vid IR
On
Computer A/V, IR, RS-232 Receiver Computer A/V, IR, RS-232 Transmitter
Power/ Video Data Power/ Video Data
Picture Adjust
Skew Compensation
Left Right Next Channel
UTP Input
from TPRO
Transmitter
UTP Input
from TPRO
Transmitter UTP
PWR
OUT
Red = Overload
UTP
PWR
OUT
Red = Overload
Serial Out
Computer Video Out
Serial Out
Computer Video Out
Power 24VDC
.19A+TPRO-TX
Out
L Gnd R
Audio
Power 24VDC
.12A+TPRO-TX
Out
L Gnd R
Audio
Out
IR
Out
IR
TPRO-TXWP TPRO-RXWPD/TPRO-RXWPDS
4.22
1.59
APPROXIMATE DEPTH: 4.25
TPRO-RXD
4.22
1.59
4.22
1.59
APPROXIMATE DEPTH: 4.25
TPRO-RXDS
APPROXIMATE DEPTH: 4.25
TPRO-TXD
UTP Input
to TPRO
Receiver UTP
PWR
OUT
Red = Overload
Local Monitor Out
Computer Video In
Power 24VDC
.09A+TPRO-RX
Audio In
L Gnd R
IR
In Gnd In
RS232
14
RGB VIDEO INPUT
Connector 1-HD-15 female connector
Signal Type 1 RGBHV, RGBS, RGsB, RsGsBs,Component, S-video or Composite
Maximum Resolution 1920 X 1080 (1080P)
Impedance 75 Ω
Level (nominal) Analog 0.7V p-p
Level (maximum) +-1.0 V
RGB VIDEO OUTPUT
Connector 1-HD-15 female connector (Brick models have an additional HD-15 loopback connector)
Signal Type Same as input
Gain Unity
Impedance 75 Ω
Sync output 5V into Hi Z, 2.2V into 75 Ω
AUDIO INPUT
Connector 1-3.5 mm stereo mini jack (wallplates), 3 pin Phoenix plug (bricks)
Signal type Stereo unbalanced
Level (nominal) 0.25V RMS -10dBm
Level (maximum) 1.1V RMS, +3dBm
Impedance 50 k Ω
Encoding Full stereo 24 bit, 96kHz sample rate
Frequency response 20Hz-15kHz +-0.5dB
AUDIO OUTPUT
Connector
Wallplate model receivers 2 RCA jack connectors
Brick model receivers 3 pin pluggable screw terminals
Signal type Stereo unbalanced
Impedance 50 Ω (Intended to drive a 600Ω or greater load)
Gain Unity +- 1.5dB
CONTROL ADJUSTMENTS
Delay Adjust Independent for R, G and B delay (Skew models only)
Delay range 0-62 ns (Skew models only)
Video Boost Switch Dip switch (OFF 0-800’/ON 200-1000’)
Gain control Manual combined control for RGB
RS-232 DATA INPUT
Number/Type
One DB-9 female connector. (3 pin Phoenix plug on brick models) DCE type connection for
direct connection to a PC serial port included on two gang transmitters only. Must order
TPRO-Serial DB-9 accessory harness for one gang transmitters.
Handshaking Local loopback only (Models with DB-9 connectors only)
RS-232 type Unidirectional (data transmission from transmitter to receiver only)
RS-232 DATA OUTPUT
Number/Type One DB-9 male connector. DTE type connection for direct connection to peripheral.
Data Rate 0-19.2k baud
INFRARED INPUT
Number/Type
Both models have internal sensor logically OR’d with hardwired input.
T-PRO TX brick models
One 4 pin pluggable Phoenix connector
T-PRO-TX wallplate models One C-grid SL 5-pin connector on the back of the unit.
Compatibility Compatible with most IR outputs designed to drive an IR emitter LED.
INFRARED OUTPUT
Number/Type
One3.5 mm mini jack, center positive. All TPRO-RX models
(Use FSR IR-EC1-6 single or IR-EC2-6 dual emitter accessory.)
Output Switch Dip switch (Normal 12 mW/High 60mW)
Carrier Range 40 kHz, custom frequencies available per request.
POWER REQUIREMENTS
TPRO-RX Receivers [email protected] (Skew models are [email protected])
TPRO-TX Transmitters [email protected]
Power supplies are optional. Use FSR PS-24DC-500MA
MECHANICAL Model Dimensions (inches) Shipping weight lbs.
Transmitter enclosure
Brick 4.22 X 1.59 X 4.10
Wall plate 1.70 X 4.09 X 1.46
Receiver enclosure
Brick 4.22 X 1.59 X 4.10
Wall plate 3.56 X 4.09 X 1.29
GENERAL
UTP cable wiring standard/ type EIA / TIA-568B CAT5, 5E, 6
0-1000 ft with a single power supply (Up to 600’ when powered at transmitter. Up to 1000’
Recommended transmission range
when powered at receiver. When using a TPRO-HUB with included power supply:
The maximum distance to a transmitter is 1000’. The maximum distance to a receiver is 600’ *
* A distance of up to 1000’ can be achieved by adding an additional power supply at the receiver
TECHNICAL SPECIFICATIONS
3