MOUNTING
The VHR-1 can be located on a secure, flat surface or mounted horizontally or vertically using the two
mounting wings.
POWERING THE VHR-1
PoC - Power over Cable:
When installed along with a VHD-4/8 HDBT Matrix Switch or VHT-1 HDBT
Transmitter, power will be supplied to the VHR-1 over the HDBaseT Cat5e/6 cable also used for HDMI
video.
OR
AC Adapter:
Connect an AC adapter (24VDC/1.25A) (sold separately) to the VHR-1 power jack.
HDBASET CABLE REQUIREMENTS:
The VHR-1 receives HDMI video, IR/RS-232 control signals and power over a Cat5e/6 cable wired to a
VHD-4/VHD-8 matrix switch or VHT-1 HDBaseT Transmitter.
Extends HDMI 1080p video up to 230ft (70m).
Extends HDMI 4Kx2K video up to 115ft (35m).
HDMI VIDEO
Connect an HDMI cable to the HDMI OUT and wire to video display (ex. TV or projector)
CONTROL OUTPUTS
The VHR-1 is an expansion device for an RTI control system and is capable of transmitting IR and RS-232
to controlled devices via the VHD-4/8 matrix switch and XP processor.
Serial:
RS-232 signal is delivered over Cat5e/6 cable up to 50ft (15m) depending on baud rate
(supported baud rates: 2400bps - 195200bps).
First remove the protective sticker covering RJ45 jack
and wire a Cat5e/6 cable to device. An RJ45>DB9 serial adapter (not included) may be required for
connection to some types of equipment. (See RJ45>DB9 serial adapter pinout diagram below).
Infrared Output:
IR signals can be transmitted via the VHR-1 to devices via the IR OUT port using
an infrared emitter (100mA maximum, non-adjustable). See VHD-4/8 matrix switch manual for
instructions on IR control and cabling options.
Installation & Operation
It’s Under Control
®
Product Contents
Contents within the box include the following items:
One (1) VHR-1 HDBaseT Receiver
Two (2) Mounting wings with screws (4)
Four (4) Plastic feet
One (1) Operation Guide
VHR-1
HDBaseT Receiver
VHR-1 REFERENCE
SAT
Streamer
DVD
DVD
Projector
Audio Distribution
Power
LAN
RTI Processor
VHR-1
VHD-4
DB-9 Connector Pin Out
Pin Signal Signal
Name Description
1
DCD
Carrier Detect
2
RXD
Receive Data
3
TXD
Transmit Data
4
DTR
Data Terminal Ready
5
GND
Signal Ground/Common
6
DSR
Data Set Ready
7
RTS
Request To Send
8
CTS
Clear To Send
9
NC
Not Connected
RJ-45 Connector Pin Out
Pin Signal Signal
Name Description
1
DSR
Data Set Ready
2
DCD
Carrier Detect
3
DTR
Data Terminal Ready
4
GND
Signal Ground/Common
5
RXD
Receive Data
6
TXD
Transmit Data
7
CTS
Clear To Send
8
RTS
Request To Send
RJ-45 > DB9 SERIAL ADAPTER PINOUT
125
[4.921]
12
[.472]
137
[5.394]
110
[4.331]
30
[1.181]
1,5
[.059]
77
[3.031]
47
[1.850]
15
[.591]
REMOTE TECHNOLOGIES INC.
SHAKOPEE, MN 55379
VHR Dimensions
1
125
[4.921]
12
[.472]
137
[5.394]
110
[4.331]
30
[1.181]
1,5
[.059]
77
[3.031]
47
[1.850]
15
[.591]
REMOTE TECHNOLOGIES INC.
SHAKOPEE, MN 55379
VHR Dimensions
VHR-1 CONNECTION DIAGRAM
DESCRIPTIONS
1) ON: Status indicator - Blinks green when the device is functioning normally.
2) LINK: HDBaseT link status indicator - Illuminates green when the connection is successful.
3) OUT: HDCP compliance indicator - Illuminates green when the connected device supports HDCP and is
working normally; blinks green when the connected device does not support HDCP.
4) POWER LED: Illuminates red when powered on.
5) HDBT IN: Connect to the HDBT OUT port of a VHD-4/8 or VHT-1 with a CAT5e/6 cable.
6) HDMI OUT: Connect to HDMI display device.
7) IR OUT: Connect an IR emitter for control of a device.
8) RS-232: RJ45 port provides RS-232 control (see RJ45>DB9 serial adapter pinout diagram).
10) 24VDC: Connect with a 24VDC/1.25A power supply. NOTE: This is not necessary if used with VHD-4/8
HDBT matrix switch or VHT-1 HDBT Transmitter as power will be delivered via PoC.
2 3
4
5
6
7
8
9
