Oneremote Type 78102630 IR-extendall

2630u1uk
Oneremote Type 78102630
IR-extendall
30, 33, 36, 40, 56 and 455 Khz IR extender
Made in Denmark by www.oneremote.dk

A OneRemote 2630 basic set up as IR-bender or IR-extender.
This setup uses 4 separate OneRemote components:
1 x 78102630 Controller
1 x IR emitter not included, available in 30, 33, 36, 38, 40, 56 and 455 khz
1 x IR-receiver not included, available in 1, 2, 5, 10 and 20 metre.
1 x Power supply not included, available with one or two USB outlets.
NOTE !!
Factory setting of the controllers
emitting frequency is 38 khz.
Make sure to programme the
controller to the appropriate
frequency before use!

Congratulations
With the OneRemote IR-extendall system you can operate a
device out of sight, hidden in a box or another room, using the
devices own remote control.
IR-receiver, controller, IR-emitter, Power supply etc. are sold as
separate parts as there are many combinations. IR-receivers are
available in different frequencies, there are different lenghts of
IR-emitter cables e.t.c.
Why this IR-extending system is unique:
Uses IR-receivers with a 100% match
to the remote controller frequency.
This gives optimal remote distance.
A cabled DC coupled IR-emitter. No
distortion added to the signal, even when
pulling long cables of 50 meters or more.
A microcontroller generated emitted IR signal,
as an exact match of the received.
Also the emitted IR-signal is being shaped to its
original format.

IR extension - How it works
Infrared remote controls operate basically exactly the same way as a flashlight. When a
button is pressed, light is emitted from the little diode in the front end of the remote
control. This light is emitted at a frequency that human eyes cannot see, but it is light
nonetheless.
The IR-light is pulsed out in a specific coded format, much like Morse codes, made up of
short and long flashes. Some IR-receivers cannot receive short IR-bursts, and the
controller is therefore not able to generate a useable IR-signal.
Different remote controls emit data at different frequencies.
To receive the emitted IR correctly, the IR-receiver therefore must match the frequency
sent from the remote control.
Philips often uses 36 KHz - Sony uses 40 KHz,
Handan uses 56 KHz - B&O uses 455khz and so on.
The most commonly used frequency is 38khz.
An IR-extender system uses an internal or external IRreceiver
to capture the IR commands emitted from the
remote control.
This OneRemote system uses an external IR-receiver.
This makes it possible to use an IR-receiver with an
exact match to the emitting remote control.
After having received the IR data from the remote
control, using the appropriate IR-receiver, the
controller generates the same signal that was originally
emitted from the remote control.
The controller must be programmed to the desired
emitting frequency.
Finally an IR-emitter that re-emits the IR-data to the
IR-receiver, inside of the device that is to be remotely
operated.
As the IR-emitter is cabled and the system is not
wireless transmitted, the emitted signal is an exact copy
of the received and very long extension cables can be
added. Also it makes it possible to control many
receivers in a house, oppose to a wireless system.
36 khz Ir-receiver for
OneRemote IR-extender.
OneRemote type 2630 IR-Extender controller.
IR-emitter with 1 meter cable
and a 3.5 mm Jack plug. Emitters are
available in length up to 20 meter.

Selecting the appropriate IR-receiver.
If the used IR-receiver does not match the frequency of the remote control:
The IR-pulses will not be received correctly, and the device to be operated might
not be able to understand the code at all or only sporadically.
The operating distance is decreased. Sometimes operating is not possible at all.
The OneRemote extender module will emit IR at a wrong frequency, which also
decreases the distance of operation. Sometimes operation is not possible at all.
Use of the correct IR-receiver is therefore essential.
There are 4 different IR-receivers in this series. These are colour coded with a rubber band
on the connector.
Yellow 36 khz
Blue 40 khz
Red 56 khz
Cable: 1 meter.
Connection: Jack, 4-pole 2.5mm.
Extension: The cable can be extended up to 20 metres.
36 khz: OneRemote type 31107820. Yellow. (Short burst type)
38 khz: OneRemote type 31107821. Black.
40 khz: OneRemote type 31107822. Blue.
56 khz: OneRemote type 31107823. Red.
455 khz: OneRemote type 31107824. Green.
Green 455 khz

The 2630 IR-Extender controller module.
The OneRemote IR-extender controller receives data from a remote control, using the appropriate
IR-receiver. The controller then generates the same signal that was originally emitted from the
remote control. The generated IR-signal is then fed to an IR-emitter that emits the signal to the
device to be operated.
It is very important to use the appropriate IR-receiver, to achieve the optimal result. This is in fact
the reason that many ‘universal’ extenders only operate some devices. Most IR-extenders is only
capable of receiwing and retransmitting 38 khz.
Using an IR-receiver not matching the frequency of the remote control might even result in no
operation at all.
The IR-receiver module receives the data from the remote control, at the frequency that must match
to get the optimal data and forwards it to the 2630 controller module.
The IR-output from the controller is directly fed to an IR-emitter. IR-emitters are available in
different length and can furthermore be extended for more than 50 or 100 meters.

Programming the 2630 controller.
The controller is from factory programmed to emit data at 38 khz, option 3.
There are 7 different options to choose from.
Every time the controller is connected to a power supply, it will initiate by showing the
current programmed option. This is indicated with the indicator flashing red. One flash
indicates option 1. 3 flashes indicate option 3 and so on…
1. ☼ 30 khz
2. ☼ ☼ 36 khz
3. ☼ ☼ ☼ 38 khz Factory setting.
4. ☼ ☼ ☼ ☼ 40 khz
5. ☼ ☼ ☼ ☼ ☼ 56 khz
6. ☼ ☼ ☼ ☼ ☼ ☼ 455 khz B&O
7. Not used
8. ☼ ☼ ☼ ☼ ☼ ☼ ☼ ☼ 36 khz short burst.
Special option for Pace/ Viasat HDD satellite receivers.
If you at any time need to get readout of the current option of the controller, without unplugging the
controller from its power supply, simply press the red switch on the controller shortly.
Setting another option.
Programming the controller with another option is very simple:
1. Press the red switch until the indicator turns red.
The controller is then in programming mode.
2. Now quickly press the number of the option you wish.
If you want to programme the controller to option 4,
simply press the red switch 4 times shortly.
After programming a new option, the controller will reset and read out the new option.

Specifications.
Power supply 5 Volt DC 0,005W.
Connector: USB.
IR-receiver Dedicated OneRemote type.
Connector: 2.5mm 4-pole Jack.
IR-emitter Standard IR-emitter.
Connector: 3.5mm 3-pole Jack.
Middle pin is used for sensing purposes in special setups.
Outer pin IR-data.
Indicator LED
Green Idle
Red Programming mode.
Red flash short Option readout
Red flash long IR data is being transmitted.

IR-Emitters and accessories.
IR-emitters can vary in form and size.
Also the way they are fixed in front of
the IR-receiver in the device to be
controlled differs.
IR-emitters are available in different
length and the cable can furthermore be
extended to over 50-100 meters or
more. Depending on the quality of the
cable.
IR-emitter 1 meter OneRemote type 31108110.
IR-emitter 3 meter OneRemote type 311081103.
IR-emitter 5 meter OneRemote type 31108111.
IR-emitter 10 meter OneRemote type 31107112.
IHC or similar CAT45 house installations.
In some houses RJ45 outlets have been
installed in some rooms. Two outlets can
then be patched together directly.
These cable systems are NOT computer
networks, although they can also be used
for this and uses the same plugs.
With a OneRemote RJ45 > Jack 3.5
adaptor, an existing installation can be
used to extend the IR-emitter from one
room to another.
The OneRemote IR-receiver type with an adhesive base.
The special feature of this emitter is the flexible cable that
easily can be formed to place the emitter correctly.
This adaptor cannot be used in a computer network, but only in a free connection.
RJ45 to Jack adaptor OneRemote type 31108185
RJ45 to 3.5mm stereo Jack female.

IR-extension adaptor for IEC.
An IR-emitter cable can be extended using a coax
cable. The special OneRemote adapters can be used
to accomplish this.
These cables can be used trough wall outlets, if the
wall outlet has DC pass through.
If the antenna cable is also carrying radio or TV
signals, the IR-signal must be inserted using
ordinary splitters.
The splitters needs to have one input that is DC
coupled. See schematic below.
OneRemote Adaptor type 31108196
Length 1.2 meter, Black.
OneRemote Adaptor type 31108198
Length 1.2 meter, Black.

Power supply.
The 2630 IR-extender system operates on 5 volt.
The OneRemote twin USB Power supply has two
outputs, and can supply two controllers at the same
time.
The OneRemote Power Supply type 34090040
Input voltage 110-240 V AV
Output voltage USB 2x 5V DC 500mA
Short circuit protected
Automatic overload cutoff