DTM System UVR-2 User manual

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V. Examplary electric scheme
230v SUPPLIED
DEVICE
L
N
230V AC
NO1 NC1 NO2 NC2C1 C2~230V
Control button
Control button
IN1 IN2 IN2IN1
ELECTROLOCK
OR OTHER LOW VOLTAGE
DEVICE
12V AC
Channel 2 manual
Channel 1 manual
UVR-2 RECEIVER
VII. Declaration
Fig.3 UVR-2 receiver and electrical devices conection exemplary scheme
The intention of the WEEE Directive
(Directive 2002/96/EC on waste electrical
and electronic equipment) is to reduce the
amount of hazardous substances in waste.
The underlying purpose is to promote the
avoidance, recovery and risk-free disposal
of waste.
VII. Warranty
DTM System checks all the devices before shipping. The
warranty time is 24 months from the selling date. This time
is counted according to the warranty label. The
manufacturer will fix all the problems which come because
of his fault. Non functioning device should be delivered
back to the distributor with short problem description. The
cost of mount/dismount is covered by user. The warranty
do not cover: batteries in the remotes, faults caused by
improper usage, user self repairs and adaptations,
lightning strikes, over voltages or short circuits in the
mains supply. Appropriate legal acts regulates details of
the warranty.
I. Used terms
II. General information
III. Technical data
IV. Receiver installation
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Monostable output mode – turn on for programmed time after pushing the button
Bistable output mode – switch to opposite (turn on or turn off) after pushing button
Momentary output mode – turn on as long as the button is being pushed
Manual control – operating controled by momentary buttons connected to UVR-2 board.
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receiver supply 230 V AC
superherterodyne receiver, work frequency: 433.92 MHz,
dynamically variable code Keeloq gives high class safety
two separated relay outputs, NO or NC, max load for each output 600W
max peak current 16A/230V AC
two manual control inputs
three working mode: bistable, momentary, monostable (1s resolution for times up to 1 minute and 1min resolution for
times from 1min to 127min)
discretion with ascribing remote buttons to receivers outputs
hardware interface with 6 diodes
receiver's memory containing 35 remote controls of ZSP series
remote radio range up to 150m
single remote removing possibility
working temperatures from -20 C to +55 C
two enclosure versions: surface mounted, inside mounted, IP55
dimensions: surface mounted enclosure: 89 x 89 x 52 mm or install box of 80 mm diameter, 40 mm depth
Remote control receiver was made for universal use – remote or manual control of electrical devices of heavy
230V loads, up to 600W. UVR-2 is compatible with DTM remotes. Exemplary application: control of gate automatic,
pomps, lightning, alarm system and more.
Receiver consists of main board and case. Main board contains: power supply, microprocessor user interface
with LED diodes, buttons and jumper, executive circuit on two relays, terminal blocks for: power supply, controlled
CAUTION!!
This installation should be made by a qualified service person and should conform to all local codes.
Device is designed to operate with high voltages.
Turn all power off while installing. System should be installed with safety, to minimalize potential risk of using.
Fitter is responsible for any presumptive damages.
1. Device description and installation
UVR-2
UVR-2 Receiver Operating manual
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Made in
Poland

devices, manual control buttons and aerial. Case has bottom and side weakenings to mount receiver and installation
wires. After making hole in the receiver case mount rubber gland available in set.
2. Electrical connection
Power supply
Aerial
– 230V supply input. Power supply circuit should be fuse protected. Use cable suitable for controlled
devices power.
.
– radio receiver aerial. Sturb aerial of 170 mm length is switched to aerial block in new receiver. To enhance radio
range use outdoor aerial. Outdoor aerial's concentric cable should be switched to Y marked terminal block and ground
marked terminal block.
- neighborhood of the energetic devices and metal elements will short the range
- radio interference from other sources will short the range
- avoid wet and concrete walls for mounting the receiver
- remember to remove old used batteries from remotes
- mount the receiver's outdoor aerial as high as possible
- use the good quality coaxial cable for making the outdoor aerial
Channel 1 and 2
IN1 and IN2
– two relay outputs NO/NC type. Max loads of 600W. Use cable suitable for controlled device power
– information inputs (low voltage) NO type for manual control (of output 1 and 2). Manual control buttons
are priority over remote buttons (manual control on prevents output remote control) That is why it is recommended to use
momentary buttons only for manual control. Recommended cable - twisted pair.
Hints for making the radio range optimal:
Fig. 1 Receiver board scheme
*Use only momentary buttons for manual control
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3
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Fig. 2 DTM System remote controls
2
Outputs:
Channel 1
Channel 2
Power supply
Power supply
signalling
Working mode
signalling
Momentary
Monostable
Bistable
Channel 1 turn on signalling
Channel 2 turn on signalling
Aerial
Screen
Manual
controll:
Channel 1*
NO
Channel 2*
NO
Programming
buttons:
MODE jumper
to block programming
Channel 1
Channel 2
3
V. Programming
Universal receiver has capability of programming that influence it's working mode. Before programming fimilarize with
. Next to LED diodes there are short descriptions of signaling function. Output channels can be controlled by
remote control buttons or momentary buttons switched to manual control inputs. Manual control is priority mode over
remote control mode.
Push and hold chosen output programming button (C1 or C2), push chosen remote control button. LED diode
will blink.
To remove single remote control from receiver's memory push and hold simultaneously both programming output
buttons . All LED diodes will blink. While diodes blink push any button of remote control that you want to remove.
Diodes wane and remote control will be removed.
For monostable mode check
To change working mode C1 or C2, push and release chosen output button (C1/C2), red LED diode will light
(OUT1/OUT2) and yellow LED diode which shows actual working mode will light. Push output channel button several
times to set desired working mode. Yellow LED diode with MOM sign for momentary mode, BIST sign for bistable,
MONO sign for monostable (check point 4) To approve working mode push and hold output button (C1/C2). Red LED
diode which shows edited output will blink and wane. Working mode is registered.
For monostable mode push and release chosen output button (C1/C2), red LED diode will light (OUT1/OUT2) and yellow
LED diode which shows actual working mode will light. Push several times output button (C1/C2) to set monostable
mode, signalized by yellow LED diode with MONO sign. To approve push and hold edited output button (C1/C2). LED
diode with MONO sign wane and than start to blink. Hold button (C1/C2) for wanted turn on time and release button.
Number of LED diode blinking set time in seconds (or minutes if after releasing in short time button is being pushed for
second again).
To set turn on time 0,5s release C1/C2 button before yellow diode with MONO sign start to blink.
To format receiver memory push and hold simultaneously C1 and C2 buttons. All LED diodes will pulsate. Release
buttons when LED diodes wane (after about 15 seconds). Receiver memory has been formated.
fig. 1
Button registering
OUT1/OUT2
Remarks! Releasing output button (C1/C2) before remote control button pushing cause output working mode
programming. (point 3) To quit working mode programming function push shortly next output button.
2) Single remote control removing.
(C1/C2)
3) Output Working mode change (C1/C2) to bistable or momentary
Output factory settings:
C1 output working mode –bistable
C2 output working mode –monostable (0,5s)
point 4
4) Output working mode change (C1/C2) to monostable
Remarks!
Receiver's memory formating
Remarks! Format is irreversible. All remotes will be removed and receiver return to factory settings (channel 1
in bistable, channel 2 monostable 0,5s turn on time)
Special jumper (fig.1) to secure from unwanted programming must be in position for availability
of all programming functions. If jumper is in position only remote registering function is available. (point 1)
Remote registering is to assign remote button to receiver output.
MODE
MODE LOCK
1) Remote control registering
UNLOCK