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PXM PX714-L0 User Manual

Driver led c.c. 4 x 350ma
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PX714
PX714-L0
Driver LED
C.C. 4 x 350mA
User manual

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Summary of Contents for PXM PX714-L0

  • Page 1 PX714 PX714-L0 Driver LED C.C. 4 x 350mA User manual...

  • Page 2: Table Of Contents

    Table of Contents 1 Description....................4 2 Safety conditions..................5 3 Connector and control elements.............6 4 Designation of displayed messages............6 5 Device programming.................8 5.1 Button features......................9 5.2 Group DMX address settings..................9 5.3 Individual DMX address settings................10 5.4 Color settings mode....................11 5.5 No DMX signal response..................14 5.6 Description of programs..................15 5.7 Master / Slave function...................17...
  • Page 3 Manufacturer reserves the right to make modifications in order to improve device operation. PXM Marek Żupnik sp.k. Podłęże 654 tel. +48 12 385 83 06 32-003 Podłęże mail: info@pxm.pl Rev.1-4 BDO register number 000005972 www.pxm.pl 23.09.2021...

  • Page 4: Description

    Description The PX714 current driver has been designed for LED control. The built-in DMX receiver allows for controlling 4 channels (e.g. R, G, B, W) using the DMX protocol directly. The wide range of power supply voltage (12 – 48V DC) and high current-carrying capacity (350mA max) enable controlling high numbers of LEDs.

  • Page 5: Safety Conditions

    you can choose color correction for each set of LEDs controlled by the device to achieve at full power the color white. What is more, the driver has been equipped with an output for the temperature sensor and RDM protocol support. The support of the sensor allows for power reduction depending on temperature.

  • Page 6: Connector And Control Elements

    8. The device cannot be turned on in places with humidity exceeding 90%. 9. The device cannot be used in places with temperature lower than 2°C or higher than 40°C. 10. Clean with damp duster only. Connector and control elements power supply display 12 - 48V DC...
  • Page 7 Lightness / Color control mode RGB control mode RGB Dimmer control mode RGBW control mode RGBW Dimmer control mode HSL control mode – Hue / Saturation / Lightness effect control mode dynamic white mode all outputs at 100% all outputs off scene program no.

  • Page 8: Device Programming

    green color during scene programming blue color during scene programming white color during scene programming basic frequency of brightness control screen blanking memory error message restore default device settings menu restore default device settings menu function to limit power value of the limit activation temperature value of the maximum limit temperature current temperature the highest temperature recorded by the sensor...

  • Page 9: Button Features

    5.1 Button features escape – goes back to the previous MENU level or discards changes made previous – scrolls to the previous feature on the same MENU level or decreases the parameter's value next – scrolls to the next feature on the same MENU level or increases the parameter's value enter –...

  • Page 10: Individual Dmx Address Settings

    5.3 Individual DMX address settings The PX714 module has an option that allows for changing individual settings. It enables assigning any DMX address to every output channel. The simplest example of implementation of this function is to control the lightness of one-color LEDs connected to all outputs. In such case, the same address must be assigned to all channels so that all outputs are controlled by one slider on the control panel.

  • Page 11: Color Settings Mode

    5.4 Color settings mode ENTER ENTER NEXT ENTER NEXT The PX714 driver can operate in different control modes. Depending on the selected mode, the devices takes up a different NEXT numbers of channels, possible modes: The HSL mode (Hue, Saturation, Lightness) operates on three NEXT channels, responsible for hue, saturation and lightness The 3bd mode (4-channel, 4-byte) allows for setting each colour...
  • Page 12 of the group. Similarly, the third and the fourth DMX channels control the other group. The EFF mode – effects control – it is available on 8 DMX channels and allows to choose the right effect and parameters (description of the EFF mode is below) Description guide of EFF mode settings (table is on the next page): Channel 1 –...
  • Page 13 CHANNEL CHANNEL CHANNEL CHANNEL CHANNEL CHANNEL CHANNEL CHANNEL 8 1 RED 2 GREEN 3 BLUE 5 MODE 6 SPEED 7 FADE BRIGHTNESS WHITE <0–7> Program 1 <8–15> Program 2 <16–23> Program 3 <24–31> Program 4 <32–39> Program 5 <40–47> Program 6 <48–55>...

  • Page 14: No Dmx Signal Response

    5.5 No DMX signal response This function is used both to protect the installation against the DMX signal loss and to obtain control over LEDs without connecting an external controller. Once it is activated, if there is no DMX signal the module will realize a desired function independently.

  • Page 15: Description Of Programs

    Sc –self-programmed scene in which it possible to set values for RGB colors (rEd, Grn, bLu, HtE) in range 0 – 255 for each color separately. Additionally can set the scene entry time (SPd) after decay DMX signal in range 0,1 – 99,9s. on –...
  • Page 16 Step 1 Step 2 Step 3 Step 4 Step 5 Step 6...

  • Page 17: Master / Slave Function

    Step 1 Step 2 Step 3 Step 4 5.7 Master / Slave function The PX714 module has a built-in DMX-512 receiver and can be controlled from any desktop or controller running in this standard. Moreover, it is equipped with a programmable function of response to no DMX signal (noS). With 18 built-in default programs, it is possible to obtain interesting effects without an external controller.

  • Page 18: White Balance

    the module changes from a DMX receiver into a transmitter of this signal and sends programs to the other modules (which are set as Slave). If the Master function is active, this is indicated by a fast flashing of the DMX signaling diode.

  • Page 19: Smooth

    ENTER ENTER 4 x NEXT ENTER NEXT NEXT bLr – value for the red colour (0 – 100) bLG – value for the green colour (0 – 100) bLb – value for the blue colour (0 – 100) NEXT bLY – value for the white colour (0 – 100) bCn –...
  • Page 20 ENTER ENTER 5 x NEXT ENTER NEXT NEXT PREV ENTER NEXT NOTE! In the L0 version, the smoothing settings are presented below. Information whether the device is the L0 version is displayed during device start-up. By default, the Sth option is enabled at level 004. The options are: Off –...

  • Page 21: Selection Of Control Curve

    5.10 Selection of control curve The driver has implemented the option of choosing one of three output control curves: • linear Lin – the output values is linearly proportional to the control value, DALI – dAL, • exponential EP1 with exponent 2. •...

  • Page 22: Light Control Frequency

    5.11 Light control frequency The Frq function allows for setting the basic control frequency for the LEDs. This function is extremely useful in applications for the television industry. By applying the "flicker free" technology, it is possible to avoid the unpleasant flickering effect which is caused by improper signal synchronization that controls the LEDs.

  • Page 23: Screen Saving (Screen Blanking)

    5.12 Screen saving (screen blanking) The device is equipped with a feature that allows for turning off the backlight. This option is marked with the SCr sign. With this feature, the display is turned off after about 60s (if the keys of the device are not pressed). Of course, the device continues its operation without interfering with other parameters.
  • Page 24 The meaning of the statement: ENTER tMP – power limitation management depending on 4 x NEXT ENTER ENTER temperature read on the external NEXT NEXT sensor LiM – powering On and OFF of NEXT the power limitation function Lo – limit activation temperature NEXT value can be set between +30°C NEXT...

  • Page 25: Display Function

    The course of the power limitation between Lo and Hi values is linear as shown in the graph below: Power 100% Sensor Turn On - Sensor Turn Off - Temperature by default: 60 C ° by default: 90 C ° If this function is activated and the temperature sensor is incorrectly connected or there is no sensor, the driver displays a relevant message –...

  • Page 26: Default Settings And Device Errors

    To activate this both middle buttons (“previous” and “next”) of the driver have to be pressed in the same time for about 3s. To deactivate function the procedure is the same. standard PX714 4x350 mA/48V position upside-down position The figure shows how flip function works. NOTE! The keys on the reverse of the display are set in the same way as the normal position, keys are reversed.

  • Page 27: Restore Default Settings

    5.15.1 Restore default settings To restore the device to its default settings, press and hold the “previous” key while switching on the device. One of the messages that will be displayed will say dFl, which means successful restoring to default settings (the “previous”...

  • Page 28: Error Message

    NOTE! In the device version L0, restoring the factory settings is available from the device menu. Information whether the device is the L0 version is displayed during device start-up. ENTER 5 x NEXT Pressed ENTER ENTER 5.15.2 Error message The device is equipped with a built-in memory work control function. If there are problems with the memory operation on the PX714 display, the Err message appears –...

  • Page 29: Device Update

    Device update The update is possible using the PX313 USB / RS485 In device – details can be found in the manual for this module. The device update was also presented in detail on our YouTube channel. https://www.youtube.com/watch?v=lSlFGeXVR_k...

  • Page 30: Dmx Signal Connecting

    DMX signal connecting PX714 have to be connected to DMX line in serial mode, with no branches on DMX control cable. That means that DMX line, from the signal source, must be connected to DMX IN pins of PX714 and later, directly from DMX OUT pins to the next device in DMX chain.

  • Page 31: Rdm - Available Parameters

    RDM – available parameters The PX714 supports the DMX-RDM protocol. DMX protocol allows only of a one-way data transmission, while its extension the RDM protocol can transmit information in two directions. This makes possible to simultaneously send and receive information, and hence the possibility of monitoring activities of the compatible devices.
  • Page 32 Parameter name Description manufacturer description, MANUFACTURER_LABEL 0x0081 e.g. name additional device description; It is possible to enter an additional DEVICE_LABEL * 0x0082 device description using up to 32 ASCII characters. FACTORY_DEFAULTS 0x0090 device default settings DMX_PERSONALITY / 0x00E0 DMX operational mode PERSONALITY DMX_PERSONALITY_ DESCRIPTION /...
  • Page 33 Parameter name Description BALANCE_BLUE * / value of control level of blue 0x8013 BALANCE_CH3 * channel balance BALANCE_WHITE * / value of control level of white 0x8014 BALANCE_CH4 * channel balance SMOOTH_DIS_0/P2P_1/ selection of the Smooth function TIM_2 * / 0x801A option SMOOTH_OFF/1/2/3/4 *...
  • Page 34 Parameter name Description BALANCE ON/OFF * / to activate or deactivate the 0x8027 BALANCE_ENABLE * balance of output channels PWM_FREQENCY * 0x8028 LEDs refresh frequency SERIAL_NUMBER * 0x8030 device serial number inverting the meter display 180 DISPLAY_FLIP ** 0x8031 degrees CURVE_EP|DALI|LIN * 0x8049 setting the control curve * - editable parameter...

  • Page 35: Programming

    Programming ENTER ENTER ENTER NEXT NEXT ENTER NEXT NEXT ENTER ENTER NEXT NEXT NEXT NEXT NEXT ENTER NEXT NEXT NEXT NEXT ENTER NEXT NEXT NEXT NEXT NEXT NEXT NEXT NEXT NEXT ENTER ENTER NEXT NEXT NEXT ENTER NEXT NEXT ENTER NEXT NEXT NEXT...

  • Page 36: Connection Scheme

    10 Connection scheme Power supply and ADM connection diagram controller DMX power supply 12 - 48 V DC PX714 driver DMX receiver, e.g PxArt lamp...
  • Page 37 Connection of lamps powered by 350mA Power Number of LEDs on one Driver LED supply channel 1* – 3 4 – 6 PX714 7 – 12 * - when connecting one red LED, connect a rectifier diode (e.g. 1N4007) to the circuit, as shown in the diagram below: PX714 driver 1N4007...
  • Page 38 Diagram of RGBW lamp connection LED lamp RGBW next LED RGBW lamps PX714 driver LED lamp RGBW LED lamp RGBW Example connection the PX714 driver to the LED RGBW lamp: • the cables should be connected with the correct order of colors •...
  • Page 39 Connection diagram of the RGBW lamp with a built-in temperature sensor (NTC 4K7 thermistor) PX714 driver RGBW lamp with built-in NTC 4K7 thermistor The connection of the NTC 4K7 thermistor is applicable only when one lamp is connected to the driver. This is due to the fact that the device can read the temperature from only one lamp.
  • Page 40 Monochrome lamp in DW mode connection diagram cold white warm white cold white PX714 driver warm white...

  • Page 41: Dimensions

    11 Dimensions PX714 4x350 mA/48V...

  • Page 42: Technical Data

    12 Technical data PX714 type PX714-L0 DMX channels RDM protocol support power supply 12 – 48V DC max. current consumption max. 1.4A power consumption without load output channels number interpolated resolution of output control 16 bit programmable scenes built-in programs outputs load capacity 350mA / channel (+2% ÷...
  • Page 43 Podłęże, 03.04.2019 DECLARATION OF CONFORMITY PXM Marek Żupnik spółka komandytowa Podłęże 654, 32-003 Podłęże we declare that our product: Product name: Driver LED C.C. 4 x 350mA Product code: PX714 PX714-L0 meets the requirements of the following standards, as well as harmonised...

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