IOT-LIGHT 2AMDI511IPVRDS User manual

USER MANUAL 2AMDI511IPVRDS
SUBJECT INDEX:
DESCRIPTION
TECHNICAL SPECIFICATION
DEVICE POWER SUPPLY AND CONNECTION TO THE LED MODULE
OPERATION MODES
LINEAR POTENTIOMETER MODE 100KOHM
MODE 0-10V/1-10V (NOT ISOLATED) PASSIVE
PUSH MODE
DALI MODE
PARAMETERS CONFIGURATION
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2AMDI511IPVRDS
Mono channel costant current dimmer DALI/PUSH/POT/1-10V
Monochannel Dimmers with Output Current PWM.
Input Range: 8-53V DC.
Output Current PWM with current from 0.17A to 1.05A (54.6W at 52V DC).
In order to set the output current you will need the 2AMIN4030000N
interface sold separately. Default current 0.35A.
In order to set the fade output and the logarithmic or linear output you will
need the 2AMIN4030000N interface sold separately, the other working
modes are automatically detected by the device. Please refer to user
manual.
Input Controls
Type Qty
Insulated Push button 1
DALI 1
Linear Potentiometer 100K 1
0-10V Passive 1
1-10V Passive 1
TECHNICAL NOTES
- Monochannel Dimmers with Output Current PWM.
- Input Range: 8-53V DC.
- Power 7.35W @ 8V, 11.55W @ 12V, 24.15W @ 24V, 49.35W @ 48V,
54.6W @ 53V.
- The device is not equipped with earth connection
Protection against accidental contact with live parts is garantied by the
enclosure.
- Power Connector Cross-section of conductors 14-30 AWG (0.05-2.08
mmq).
- Interface Connector Cross-section of conductors 15-30 AWG (0.05-1.65
mmq).
- Output Current PWM with current from 0.17A to 1.05A (54.6W at 52V
DC).
- Input Controls: Insulated Push button x1, DALI x1, Linear Potentiometer
100K x1, 0-10V Passive x1, 1-10V Passive x1.
- Notice on 0-10V (1-10V): this control circuits is not insulated, use only
insulated 0-10V(1-10V) source generator.
- PWM Frequency: 390 Hz.
- Thermal foldback: 150 C. Degrees on uC.
- Storage Temperature Min: -40 Max: 60 C. Degrees.
- Working Temperature Min: -20 Max: 50 C. Degrees.
- Printed Circuit UL.
- Protection Class: IP20.
- Weight: 44 gr.
- Standard Dimension 40x80x24.45 mm.
- Dimension with accessories 40x100x24.45 mm.
- Reverse polarity protection.
- Open circuit protection.
- Surge voltage protection.
- Over temperature protection.
- Short circuit protection.
- To supply the device you have to use a SELV power supply in order to
maintain the required elettrical security level.
All connections must be made with non-live devices and carried out by
specialized personnel.
- If the control voltage of the PUSH input is higher than the SELV voltage it
is necessary to use the OPTIONAL terminal / cable cover to keep the
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product in CLASS II.
- Use only in dry conditions.
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CODE INPUT
VOLTAGE
(MAX) OUTPUT
CURRENT
N. OUTPUT
CHANNELS
MAX OUTPUT
POWER
CONTROL
INPUTS
CASE DIMENSION
mm
2AMDI511IPVRDS 8-53V DC from 0.17A
to 1.05A
1 54.6W at 52V DC Insulated Push button x1
DALI x1
Linear Potentiometer
100K x1
0-10V Passive x1
1-10V Passive x1
YES 40x80
h 24.45
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DEVICE POWER SUPPLY AND CONNECTION TO THE LED MODULE
POWER SUPPLY CONNECTION DIAGRAM AND LED 2AMDI511IPVRDS - FIGURE N. 1
The 2AMDI511IPVRDS dimmer has to be powered according to the polarity showed in FIG. 1
through the DC IN (+ and -) terminals.
In case the power supply polarity is inverted no damage will be caused to the device .
The LED (LED PWR) positioned on the circuit board indicates the presence of power supply.
The LED (LED DIM) shows the dimming level of the output.
The LED load connection has to be made by using the OUT (L+ and L-) terminals.
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OPERATION MODES
LINEAR POTENTIOMETER MODE 100KOHM
POTENTIOMETER WIRING 2AMDI511IPVRDS - FIGURE N. 2
In order to activate this mode of control/operation just connect a linear potentiometer of 100 Kohm between the D+
and D- inputs and disconnect the remaining inputs.
By default, the dimming curve follows a logarithmic trend proportional to the resistance value set by the
potentiometer.
A resistance value of less than 5 Kohm is interpreted as load off.
The maximum brightness value is reached by exceeding the value of 95 Kohm.
In case the potentiometer is disconnected, the dimmer sets the output to the saved level (see preset level
change).
The preset value is zero by default.
On the first run in this mode it could be necessary to set the input to a value greater than 50% (55K or higher on D-
D + input) in order to configure the dimmer to the potentiometer mode.
*This setting can be configured through the interface cod. 2AMIN4030000N
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MODE 0-10V/1-10V (NOT ISOLATED) PASSIVE
WIRING 0-10V 2AMDI511IPVRDS - FIGURE N. 3
In order to activate this mode of control/operation just connect the active control signal of 0-10V/1-10V between
the D+ and D- inputs (being careful to observe the correct polarity) and disconnect the remaining control signals.
The maximum current absorbed by 0-10V dimmer interface is 0,1 mA.
By default, the dimming curve follows a logarithmic trend proportional to the control voltage. A voltage value of less
than 1V is interpreted as load off.
In case the 0-10V/1-10V signal is disconnected, the dimmer sets the output to the saved level (see preset level
change). The preset value is zero by default.
On the first run in this mode it could be necessary to set the input to a value greater than 50% (5V or higher on D-
D + input) in order to configure the dimmer to the 0-10V/1-10V mode.
*This setting can be configured through the interface cod. 2AMIN4030000N
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PUSH MODE
WIRING BUTTON 2AMDI511IPVRDS - FIGURE N. 4
In order to activate this mode of control/operation it is necessary to remove any control signals from the D + and D-
inputs and connect between the DALI/P1 and DALI/P2 inputs, a signal in direct or alternating voltage
(DC voltage range:10÷265V, AC 12÷265Vac 50÷65Hz) interrupted by a normally open button (N.O.).
No polarization is needed for the input signal.
The maximum current absorbed by the PUSH interface is about 2mA.
The dimmer saves the output position in order to restore the set level in case of power failure (preset).
PUSH interface operation
Single Click (rapid press (<1sec))
- Turns on or off the output (ON/OFF).
Double Click (rapid press (<1sec))
- Sets maximum brightness (output= 100%)
Long Press (long press (>1sec))
- If the dimmer is in OFF position, it sets the output to the minimum value (default= 1%)
- If the dimmer is in ON position, the long press enables the output dimming (up/down).
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DALI MODE
DALI 2AMDI511IPVRDS WIRING - FIGURE N. 5
In order to activate this mode of control/operation it is necessary to shortcircuit the D+ and D- inputs and connect
the DALI bus between the DALI/P1 and DALI/P2 inputs.
On the first reception of a properly formatted DALI package the dimmer is configured in DALI mode. Once
configured in DALI mode and disconnected from the DALI bus the dimmer switches to the POWER ON LEVEL
mode set through DALI bus.
The maximum current absorbed by the DALI bus is about 2mA.
Below you can find the implemented standard commands:
DIRECT ARC POWER
OFF
UP
DOWN
STEP UP
STEP DOWN
RECALL MAX LEVEL
RECALL MIN LEVEL
STEP DOWN AND OFF
ON AND STEP UP
GO TO SCENE (0-15)
RESET
STORE ACTUAL LEVEL IN THE DTR
STORE THE DTR AS MAX LEVEL
STORE THE DTR AS MIN LEVEL
STORE THE DTR AS SYSTEM FAILURE LEVEL
STORE THE DTR AS POWER ON LEVEL
STORE THE DTR AS FADE TIME
STORE THE DTR AS FADE RATE
STORE THE DTR AS SCENE (0-15)
REMOVE FROM SCENE (0-15)
ADD TO GROUP (0-15)
REMOVE FROM GROUP (0-15)
STORE DTR AS SHORT ADDRESS
QUERY STATUS
QUERY BALLAST
QUERY LAMP POWER ON
QUERY LIMIT ERROR
QUERY RESET STATE
QUERY MISSING SHORT ADDRESS
QUERY VERSION NUMBER
QUERY DEVICE TYPE
QUERY PHISICAL MINIMUM LEVEL
QUERY POWER FAILURE
QUERY CONTENT DTR1
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QUERY CONTENT DTR2
QUERY ACTUAL LEVEL
QUERY MAX LEVEL
QUERY MIN LEVEL
QUERY POWER ON LEVEL
QUERY SYSTEM FAILURE LEVEL
QUERY FADE TIME/FADE RATE
QUERY SCENE LEVEL (0-15)
QUERY GROUPS (0-7)
QUERY GROUPS (8-15)
QUERY RANDOM ADDRESS H
QUERY RANDOM ADDRESS M
QUERY RANDOM ADDRESS L
Manual update 30/11/2017
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