dtm KEYPOINT User instructions

WIRELESS CODE KEYPAD
assembly and operating manual v.1.1

1. General information
The KEYPOINT wireless code keypad is a battery-powered
radio transmitter. It has 255 control channels operating at
the frequency of 868MHz and 4 control channels
operating at the frequency of 433MHz. Sends a radio signal
after entering the correct code. The keyboard is equipped
with a light sensor and a proximity sensor. Designed for
surface mounting, both outdoor and indoor.
2. Technical data
źfrequency: 433MHz and 868MHz
źnumber of control channels: 4 channels 433MHz and
255 channels 868MHz
źmaximum radio range: 150 m
źpower supply: 2x 3.6V R6 battery
źbattery performance: 3 years at 10 cycles per day
źkeyboard: made of PC, 12 backlit keys
źhousing: plastic, ASA
źdegree of protection: IP54
źinstallation: surface mounted
źworking temperature: -10 ° C / + 55 ° C
źdimensions: 110 x 75 x 40 mm
źweight: 140 g

3. Assembly
The keyboard is delivered with batteries packed
individually, not placed in the device. The batteries should
be placed in the battery basket on the electronics board
inside the housing (see section 11.2 Battery replacement).
Before installing the device, check the radio range of the
keypad. To do this, add the keyboard to the receiver, in
accordance with the manual. The receiver and the
keyboard must be in the target place, if the range is
sufficient for the stable operation of the devices, you can
install the keyboard.
The keyboard should not be installed in metal housings or
near metal objects. Remember about reducing the range
when the battery is used up. The keyboard can be
mounted indoor and outdoor.
The keyboard has a handle that is easy to install, into
which the housing is inserted. Fasten the holder with the
included mounting pins. After inserting the keyboard into
the holder, screw in the provided torx screw from the
bottom and put on the housing cover. The assembly
method is shown in Figure 1.

Fig.1. Construction and assembly of the keyboard.
keyboard
panel
proximity
and lighting
sensor
mounting
bracket
torx screw
housing
cover
1
2
3
4
attach
the bracket
slide
the keyboard
into the bracket
screw the torx
attach the cover

4. Using the keyboard
The control consists in entering the individual channel
code on the keyboard and confirming it with the button
marked # or entering the universal code, and then
pressing the button marked * and entering the channel
number and confirming it with the # button. This causes a
radio signal to be emitted.
źchannel control using an individual channel code:
n_channel_code #
Example:
using 3rd channel of DTM868MHz system of
individual code 321
321#
źchannel control using a universal code:
universal_code*n_channel_number #
Example:
using 4th channel of DTM868MHz system by
universal code 432
432*4#

5.Keyboard programming
Keyboard programming
The keyboard is programmed by entering codes on the
device panel. All commands are preceded by the
administrator code.
The administrator code consists of 4 digits.
The factory default admin code is 1111.
5.1. Changing the administrator code
To change the administrator code, enter on the device
panel:
*old_code#*new_code#
Example:
Change the admin code from the default 1111 to
1234
*1111#*1234#
5.2. Setting an individual code for a channel
The individual code is a code assigned for one of 259
control channels. The keyboard has 255 control channels
of the DTM868MHz system, numbered from 1 to 255, and
4 control channels of the DTM433MHz system, numbered
from 401 to 404.
The individual code can consist of 1 to 4 digits.

Adding or changing an individual code for a channel:
*administrator_code#channel_number#n_channel_c
ode#
Example:
Setting code 4321 for 3rd channel of DTM868MHz
system
*1234#3#4321#
Setting code 5678 for 2nd channel of DTM433MHz
system
*1234#402#5678#
5.3. Deleting an individual channel code
Channel code deleting:
*administrator_code#channel_number#*
Example:
Deleting an indivdual code of 3rd channel of
DTM868MHz system
*1234#3#*

5.4. Setting universal code
Universal code allows the use of 259 control channels
without having knowledge of the codes of individual
channels.
The universal code consists of 1 to 4 digits.
Setting the universal code:
*administrator_code#0#universal_code#
Example:
Setting universal code value 9876
*1234#0#9876#
5.5. Deleting universal code
Deleting universal code from the keyboard:
*administrator_code#0#*

6. Sound signaling
Pressing any key on the keyboard is signaled by a short
beep.
Each successful operation, both programming and
control, is signaled by a quick four-beep.
An unsuccessful operation is signaled by a long double
beep.
The time for entering the next character on the keyboard
is 5 seconds. After this time, the input data error is
signaled by a double long beep.
In the case of the active protection against repeated
pressing, during the minute lock, each press of the button
is signaled by a single long beep.
7. The function of protection against repeatedly
entering incorrect code
In order to protect the device against attempts of
unauthorized use, it is possible to enable protection
against repeatedly entering an incorrect code. If the
function is switched on, then after entering an incorrect
code three times, the keypad lock is activated for one
minute. Each key press on the keyboard while the lock is
active is signaled with a long beep after each key press.
Identifying codes and administrative functions are
unavailable during this period.

Enabling the protection function:
*administrator_code#902#1
Disabling the protection function:
*administrator_code#902#0
8. Light and proximity sensor
The keyboard is equipped with a proximity sensor and a
light sensor. Depending on the needs of the functions of
measurement of light intensity and closeness can be
turned on or off.
Enabling light and proximity measurement function:
*administrator_code#900#1#
Disabling light and proximity measurement function
*administrator_code#900#0#
With the measurement function off, the keyboard will not
light up when you bring your hand closer, but only after
pressing any button.
The light intensity is measured by the device every 16
seconds. Between measurements, the device does not
respond to changes in lighting. This should be borne in
mind when the device is installed in rooms with artificial
lighting.

9. Calibration of the proximity sensor
You can calibrate the proximity sensor at any time.
Starting the calibration:
*administrator_code#999#1#
Calibration takes place after 3 seconds. During this time,
keep your hand away from the keyboard.
Completion of calibration is signaled by a single beep.
Regardless of manual calibration, the device carries out
auto-calibration of the proximity sensor every 16
seconds. It consists in measuring and saving its value. The
average value of the last three measurements is used to
establish the approach detection threshold. Auto-
calibration is performed only when the light and
proximity detection function is turned on, the light level is
low (it is dark) and the device is in standby mode.
10. Factory reset
To restore factory settings, press on the keyboard panel:
*administrator_code#899#1#

Keyboard factory settings:
źreset to default admin code 1111
źswitching on the proximity sensor and lighting
źswitching on the protection function against
repeatedly entering an incorrect code
źdelete individual channel codes
źremoval of universal code
11. Battery
11.1. Battery status
The keyboard is powered by two 3.6V R6 batteries. After
each signal transmission, the keyboard measures the
battery voltage. Three short beeps are signaled when the
battery is low.
Replace the batteries when they are low.
11.2. Battery replacement
To replace the battery, unscrew the 5 screws shown in
figure 2 on the back of the housing. Take out the
electronics board and replace the batteries, placing new
batteries in baskets on the electronics board, paying
attention to their polarity.

UNSCREW THE 5 SCREWS
ON THE BACK OF THE HOUSING DISASSEMBLE THE HOUSING
REPLACE THE BATTERIES
AFTER REPLACING THE BATTERY, PLACE
THE ELECTRONICS IN THE HOUSING
AND SCREW THE HOUSING TOGETHER
Fig.2. Battery replacement.
5x

DISPOSAL
Electrical and electronic devices must not be
disposed of with household waste. Correct
disposal of the device enables the Earth's
natural resources to be preserved for longer and
prevents environmental degradation.
WARRANTY
DTM System provides the equipment in
working order and ready for use. The
manufacturer provides a warranty for a period
of 24 months from the date of purchase by the
end customer. The warranty period is
determined on the basis of the manufacturer's
warranty seals placed on each product. The
manufacturer undertakes to repair the device
free of charge if during the warranty period
there are defects due to the manufacturer's
fault. The defective device must be delivered to
the place of purchase at your own expense,
including copies of the proof of purchase and a
brief, unambiguous description of the damage.
The cost of disassembly and assembly of the
device is borne by the user. The warranty does
not cover batteries in remote controls, any
damage resulting from improper use,
unauthorized adjustments, alterations and
repairs as well as damage caused by lightning,
overvoltage or short circuit of the power supply
network. The detailed terms and conditions of
granting a guarantee are regulated by relevant
legal acts.
D T M S y s t e m h e r e b y
declares that the device
complies with Directive
2014/53 / EU. The full text of
the EU declaration of conformity is
available at www.dtm.pl

DTM System spółka z ograniczoną odpowiedzialnością
spółka komandytowa
ul. Brzeska 7, 85-145 Bydgoszcz, Polska, tel. [phone]