Smart Stairway SS-26LCD Automatic Lighting Controller User Manual

Smart Stairway SS-26LCD Automatic Lighting Controller

Introduction

The controller for automatic lighting of stairways by means of low-power LED Light sources. One controller is able to provide coverage of from 4 to 21 stages. The
controllers have the ability to enable consistency, which allows for increasing the possible number of steps almost to infinity.

Package

The basic equipment.

• User guide. 1 PC.
• automatic step lighting controller “Smart Stairway” – I pc.

Specifications

1. The number of channels (the number of connected steps) minimum -4 pcs.
2. DC supply voltage of maximum – 20 pcS.
3. The maximum current load on channel 1 (step 1)  12-24V. (The input voltage is DC 8-25V. Depending on the required voltage for your fixtures) [ nom. 0.4A (( max 0.5A) (4.8 W for luminaires 12V. 9.6W for lighting fixtures 24V.)
4. Sensing elements  – PIR digital sensors, or ultrasonic rangefinder. -digital photo sensor (unpackaged).
5. Power Digital Sensor outputs DC 5V
6. Protection Ip20
7. Ambient temperature -5 ..+50’C
8. Controller Case Dimensions 115x90x41 mm
9. Controller Power Consumption standby time (up to): 0,3W.
10. Power consumption controller under load (max): 3,5 W
11. The maximum total allowable load capacity (max): If Vinput 12V – 125 W. (max 156W) If Vinput = 24V-250 W. (max 3 12W)

The main advantages of the system.

1. Small body size and its convenient mounting on DIN-rail in standard wiring embedded and external boxes.
2. Digital motion sensors in the standard wiring boxes.
3. External light sensor allows you to choose the installation location with a constant light level is not dependent on or off lighting stairs or more light sources.
4. Easy and intuitive customization system.
5. Adjustable “light duty” first and last steps of a ladder.
6. Ability to connect through passage switech for lighting control at any time, regardless of the lighting conditions.
7. Low power consumption.
8. Long service life of LED light sources (tape or spotlights).
9. Easy installation and operation.

The algorithm of the system

When motion is detected the backlight in the direction of human movement. Those. triggered by the sensor to the opposite. If in the process of moving when not fully backlight load sensor on the opposite side – is turned counter lights in the direction of movement of another person logged on to the ladder. After the staircase turns completely switched standby timer (specified in the Settings menu to claim 5), after which the backlight turns off smoothly stages in the same order.If any of the sensors are triggered during the timer countdown, the timer restarts and starts counting from the beginning. If the “Up” button or the “Down” button is pressed in the standby mode (or the buttons are not locked to the “Up Button” “Down Button” inputs), the backlight of the ladder steps will turn in the direction from the pressed button to the opposite side. The light will be on until any of these buttons is pressed again.

Using a Light sensor

The controller can be used with or without a light sensor. When connecting the light sensor to the controller, its use should be activated (item 1. Settings) or deactivated if the sensor is not used. The sensor should be installed in such a place that it would not get light from the interior lighting. The digital sensor supplies a logical 0 to the controller port when the illumination is insufficient or a logical unit if the illumination level is greater than the set limit. In case of insufficient lighting the duty of the first and last steps is activated and the controller is allowed to include illumination of stairs on signals from motion sensors depending on the established algorithm (see above). If when moving up the stairs with the stairs on or off, the light suddenly gets on the light sensor brighter than the threshold of the controller the lights of the stairs and the duty steps will be turned off, and the controller will go into standby mode. The operation of motion sensors and processing of human meters on the stairs is carried out even when the illumination on the signal of the light sensor is not carried out.

Bodies of System Control and connections:

1. LCD display 16×2 with backlight. Displays the status of the controller and is used to configure the system.
2. Mode select button «SETUP> settings
3. «Up» button. Inclusion of steps above in operation or an increase in the parameter setting mode.
4.  «Down» button. Turning steps below in the operating mode or decreasing the parameter setting mode.
5. External power supply stable voltage. DC 12V/24V
6. The general conclusion of the power of “Gomd ” (connect the negative terminals of the sensor and an external power supply
7. Signal wire and light sensor. (Operating voltage of <= 5V)
8. Digital TTL input of the lower sensor (“Trigger”for ultrasonic sensor tyvpe)
9. Digital input “Echo” for the lower ultrasonic sensor (if you use this sensor: It is not used for the PIR sensor)
10. Digital TTL input of the upper sensor (“Trigger”for the ultrasonic sensor)
11. Digital input “Echo” for the upper ultrasonic sensor. (ifyou use this sensor Not used for PIR sensor)
12. top digital switch input (clock button). (Operating voltage of<= 5V)
13. digital input lower switch (clock button). (Operating voltage of<= 5V)
14. Power Output DC + 5Vfor connecting motion and light sensors
15. output power DC+ 12V/24V wire to connect the steps only in models manufactured before 2017)
16. Upryavlyaemye power outputs (DC-%V) to connect the steps 1… 26. Outputs 1, 26 – duty upper and lower steps.
17. Indicator software use the light senso: “On.”- Used “off” – Is not used. If the indicator is on, the backlight will turn on only when 1here is insufficient light. In all other cases, the switch will not be possible. Setting this mode is carried out in claim 1. settings menu

Scheme and hovw to connect

1. Before connecting the controller, please read this user manual carefully.
2. Check the availability of the necessary tools.
3. Before connecting the equipment make a trial assembly to ensure system health.
4. Select the box installation site for the controller (such as under the stairs or in the room switchboard).
5. Set the controller box.
6. Install the controller on DIN-rail or screw it to the surface using the mounting holes provided (do not use excessive force Tightening screws that do not damage the body).
7. Perform installation of elements of illumination levels (LED strips or spotlights. At the same time, keep in mind that the power load per channel must not exceed 0.4A or 4,8 W. The optimal choice is the type SMD3528 LED strip with a density of 60 diodes per meter. This tape on each channel can be connected to up to one meter. You can also use dot LED lamps on the basis of 1-cotton LEDs or similar lamps powered 12V DC and power consumption of no more than 4.8W.Please note that the duty first and last stage are connected to the terminals «Out 01> and «Out 26″ regardless of the number of steps of your stairs.
8. Make the cabling (for example PV-3, AWG18-AWG23) from the steps to the installation location of the controller. At the same time the positive power cable can be laid one common and connected to it in parallel all the stages. Thus the number of wires can be reduced to 2 times. Laying cables is recommended to Stroebe and mounting boxes.
9. Connect the LED strip to the laid wires using special connectors. Or by soldering. If you are using mortise pinpoint LED lighting-connect them according to the instructions on lamps. Positive fixtures wire (+12V) switches to ground the positive terminal of the controller (Figure 1, claim 15) or directly to the positive power supply terminal. A negative (“-“) terminal, connect to the appropriate terminals (Fig.1, 16) of the controller. Attention! Reverse polarity or short circuit of digital control backlighting levels leads (16) will exit the channel system, the channel group or the controller as a whole.
10. Installing motion sensors:
11. Motion sensors must be installed at the beginning of the first and last stages. The horizontal distance from the sensor prior to the steps of about 15 cm, vertical – about 15 – 20 cm. (For Ultrasonic min.50em) 10.2 Perform cabling of the movement of the sensor. It is recommended to use a shielded multi-conductor signal cable cross-section (UTP) of at least 0,5mm. square(AWG20). depending on the distance from the sensor controller, as unauthorized interference from high-voltage potential consumers and the radio-emitting devices in the room may cause the erroneous triggering of the sensor. A braided shield is recommended to the ground. For ultrasonic sensors is recommended to avoid the length of more than 10 m. f the cable length exceeds 10 m, it is necessary to apply a thicker wire. With lengths over 10m can not correct the operation of ultrasonic sensors. Set the bOx (Escutcheon) into the wall.
12. Connect sensors to the laid wires and controller according to the wiring diagram, Channel number of contacts and Cable colors. At the same time, the power of digital pyroelectric sensor is made by bus +5 V (terminal 14, Figure 1). In some cases, if the sensors have a great distance from the selected controller or wire with a small cross-section of the cable and connecting the sensors to the bus + 5V there is not a stable operation of sensors (sensors for control of claim 6, use the controller settings menu) motion sensors can be connected to bus + 12V (terminal 5, Figure 1). Attention! Reverse polarity or short circuit of the digital inputs motion sensors leads to failure of the controller or the channel as a whole.
13. Place the sensor box (Escutcheon). Install the sensor pad.
14. Connect the light sensor according to the wiring diagram and the colors of the wires, if it is used in your version of the backlight. the sensor is powered only by a power bus +5 V (terminal 14, Figure 1). The signal of the sensor wire is connected to terminal 7 (figure 1). Attention! Polarity or short circuits the digital light sensor inputs will lead to the failure of a digital input or the controller as a whole. To connect the sensor as well use a shielded multi-conductor signal cable. Place the sensor select such a way that it did not get light from the illumination elements set of steps, and most correctly worked out a change of illumination in the room “day-night”. Adjust the desired luminance threshold for switching the backlight levels using the trimmer on the probe. The indicator LED on the sensor signals it on or off. n poor lighting conditions the alarm LED on the sensor is activated.
15. Plug-through switches according to the wiring diagram. This switch is connected to the power bus +5 V (terminal 14, Figure 1). And connected to inputs 12 and 13 (Figure 1). Attention! Misuse of power rails + 12V digital inputs through-breakers will lead to failure of the channel or the controller as a whole.
16. Carefully check the correct connection.
17. Select the appropriate power supply depending on the total power used LED strips and spotlights.
18. Perform installation of the power supply according to the wiring diagram.

ATTENTION! Improper connection of sensors or levels of light sources is guaranteed to lead to a controller fuilure.

System settings

1. Selecting the setting menu items is done by pressing the “SETUP” button after you have passed all the settings menu items, the changes will be saved in the device’s memory. If you do not complete all menu settings and turn off the power during setup, the change will not be saved.This setting menu item allows you to set whether the light level sensor will be used. Using the “Up”,”Down” buttons. “ON” – the sensor will be used, “OFF”. the sensor is not used.
2. Set the number of steps. Use the “Up” and “Down” buttons to select the desired number.
3. Brightness of the first and last steps in the standby mode. By means of the “Up”, “Down” buttons the brightness is required. If you want the first and last steps to be switched off in standby mode – set to 0.
4. Switching speed. The shutdown speed will be twice as fast.
5. Standby time before switching off the stair lighting. The time is counted after the last operation of any of the sensors.
6. The overall brightness of all steps in working mode. 0 – does not decrease, 200 – will be set to 20% of maximum brightness.
7. Select the type of sensors you use. Press the “Down” button until the desired value for the upper (UP) and lower (Dn) sensors is set on the display.
8. Setting the minimum distance to the obstacle for the upper ultrasonic sensor (centimeters). If the upper sensor is not ultrasonic – the menu item is not
9. Setting the minimum distance to the displayed. obstacle for the lower ultrasonic sensor (centimeters). If the lower sensor is not ultrasonic, the menu item is not displayed.

Factory reset

Clause 6 of the setup menu provides an engineering function to reset the settings to those preset by the manufacturer. To do this, simultaneously press the “Down” + “Up”+ “Setup buttons and hold them until the second line on the display is filled with dots. Then immediately release the “Setup” button but keep pressing “Down”+ “Up” until “Reseting.Wait” appears. then the settings will be reset. Reboot the system.

Information on the display during operation

• When the light level in the room is higher than set – the light sensor does not allow the system to turn on. Instead of measuring sensor values, you see dashes.
• If a pyroelectric sensor is used, the sensor is locked for 90 seconds after the first power-up to avoid erroneous switch-ons during sensor warm-up. The display shows the status E when a high signal appears at the input (logical unit)
• The display illumination is only switched on when the controller switches to the ladder switching mode or when you have pressed the “SETUP” button and entered the settings either “Up” or “Down” and forcibly switched on the lighting. “Button pressed” will be displayed.

Features of ultrasonic rangefinders

Ultrasonic rangefinders have certain technological shortcomings. They have a delay of ultrasonic signal processing for 50 milliseconds, and a delay of 0.5 seconds in the absence of reflected sound. Ultrasonic sensors cannot detect an obstacle if the obstacle has sound-absorbing coatings. The use of ultrasonic rangefinders is justified, unless the stairs have a fence and behind the stairs there is a passage area without people coming out of the stairs, the movement of which can cause the system to work. If it is possible to install pyroelectric sensors, it is better to choose them. The distance to the barrier is programmatically limited to no more than 120 cm. At higher values, the sensor will not measure distance. This reduces the time of distance measurement by the system and avoids significant delays in operation.

On the page with the description of the ultrasonic sensor you can see the diagram of angles of measurement of distance in the vertical and horizontal planes. Looking at it, it is clear that sound waves propagate at an angle of about 60 degrees in the vertical plane. Therefore, it is especially important to keep a minimum distance from the floor or step of at least 50 cm, and any other surfaces in the horizontal plane. Otherwise, the sensor will measure the distance to the horizontal plane floor or steps) and not to the obstacle on the stairs. Accordingly, the ladder will be switched on at all times and entry into the settings menu will not be possible until the ultrasonic rangefinder is switched off. Setting the minimum distance to the obstacle is performed in items 8 and 9 of the settings menu. If the distance to the obstacle is less than the value stored in the memory of the controller the controller turns on the lights. When the lights are on, the fault menu will not be accessible.

Possible malfunctions and ways of their elimination

Check unit polarity feeding
Some steps do not light up| Check the LED strips.

check polarity LED strips.

spontaneous drawdown sensors

(Stage times lit independently

even if there is no motion sensors before or is lit constantly)

| Less effective range

Sensors regulators “sensor 1” and (or) “Sensor2”

remove foreign objects Actions range from sensors

check whether the sensors Fresnel lens soiled.

the system goes into “night” mode, even if indoor lighting has not changed

(For example, passing the sensor illumination)

| check whether the sensor is overshadowed illumination

adjust the light level sensor switching using the trimmer located on the light sensor.

other system problems| contact the manufacture • customer support.

Operating and safety rules

1. The system is designed for operation in dry and clean rooms. Not allowed outdoor use or wet rooms.
2. The system must not be used near flammable liquids, gases, vapors, or explosive or liquid chemical species.
3. Before connecting power to the system carefully check whether all items in this manual are respected.
4. If during the installation or operation of the system detected damage to the elements Turn off the power and remove the shortcomings.
5. Installation of the system requires certain skills and knowledge of electrical fundamentals. Necessary control instrumentation and systems installation mounting instrumenty.Dover professional electrician.

Additional information

Sources of illumination as LED light sources may be:

1. LED Strip full-length stage (no more 4,8Vt); Segments LED strips
2. Spotlights mounted on the walls along the staircase steps or stair risers;
3. A combination of ribbons and spotlights (total capacity of not more than 4.8 W/ step).

Mount LED strips can be carried out:

1. In special aluminum profiles with a diffusing screen;
2. On plastic brackets (in this case it is better to use a waterproof LED strip).
3. For easy connectivity combined minus and plus contacts LED Iight sources use a single-pole terminal blocks or screwless terminals.

Power Supply

Sit in the power supply, based on the required power of the system with a 30% margin (at least 10%);

1. Connect the power supply through a circuit breaker to de-energize the system quickly if necessary,
2. Use the overvoltage protection device – it will protect your system in the event of unexpected power surges.
3. If you use multiple series-connected controllers with different power supplies, the minusovyeprovoda should be combined to connect lighting.

First step

First, mount the LED strip. Connect all “+” clips to one lead to the “+” terminal of the power supply. Then manually alternate and one-by-one connect the “-” wire from each step to the “-” terminal of the power supply. Make sure that all steps work correctly and there is no wire shortage. Also, make sure that there is no problem in the soldering points of the LED strips. f the tapes are mounted on a metal base, pay attention that the tapes do not close on the ground. Only convinced that everything is assembled and connected correctly and the power of one step does not exceed 0.4A (for a voltage of 12v nominally 4.8W, maximum permissible 5W.) Go to the second step of connecting the tapes to the controller.

The second step.

• Disconnect the power supply from the mains.
• Connect the test leads from the steps to the corresponding wires of the controller outputs. Note that the first step is connected to the “outo1 Output, and the last step to the “Outzo Output. The second step to “Outo2”, the third to “Outo3” and so on. If you use fewer steps than 26, the last step is stil connected to the “outz6” output.
• After connecting ll the steps and checking the correct connection of the wires and ISolating them, you can turn on the power supply.
• Note that shorting the wires and” of the LED strip will result in exceeding the permissible power of one step and failure of the output on which there was a short circuit or even all groups of 7 steps of the chip on which there was a short circuit. Please be careiu In this case, the first and last steps will be put on standby. By pressing the “Up” button Down” you can check the LED strip lights. After that, turn off the power supply and connect the sensors according to the user’s manual. Then turn on the system and adjust the number of stepS you need. By default, the use of all 26 steps is enabled. If you use ewer steps and have not adjusted the number of steps used, then when
• you enter trom the top of the step Out26″ to the next one, there will be a large delay in time during which the controller will include unused steps.
• For uitrasonic sensors, the quality of the wires used is important. This should be a twisted pair of 0.5mm. square is necessarily shielded. Also, ultrasonic sensors may not work correctly when using sound-absorbing clothing or coatings. All features of ultrasonic sensors are described on the product page and in the user’s manual.

Ultrasonic rangefinder sensor lock Smart Stairway US-SR042

This sensor may not be included in your kit. Depending on that ki you purchased
The sensor can be used with the backlight controller Smart Stairway steps or security systems which is used to power the sensor voltage from 5V DC with TTL logic levels 5v. The sensor is designed for installation in a mortise box rosette diameter of 65 mm.

Main Features:

• Static Current: Less than 2mA
• Output Signal : Electric frequency signal, high-level 5V, low-level OV
• Sensor Angle : Not more than 15 degrees
• Detection Distance: 2cm-120cm
• High Precision: Up to 0.3cm
• Input Trigger Signal: 10us TTL impulse
• Echo Signal: Output TTL PWL signal

The procedure for installing and connecting the sensor.

1. Install the sensor into the mounting hole with a diameter of 60 mm and a depth of at least 22 mm.
2. Ensure that power to the controller or alarm system is turned off.
3. Connect the wires to the sensor using a special connector or using soldering or connecting clamps if the the sensor module has a soldered wire. (Depending on the type of sensor). Follow the diagram in Figure 2 and colored marking wires (Figure 2). A WARNING! Incorrect wiring can cause the sensor and controller to fail!
4. Check the connecting wires.
5. Test and verify the sensor is correct.

Ultrasonic sensors are capable of detecting a distance in the range from 4 to 400 centimeters. The controller has a measurement range from 4 to 120 cm. Since ultrasound sensors work with a reflected sound signal. they cannot work properly with sound-absorbing surfaces and materials. Also, if the distance exceeds 1.2 meters, there may be a delay in operation due to the absence of a reflected sound signal. Consider this when choosing this type of sensor.

When choosing a place for installing the sensor, please observe a minimum distance to the nearest surface of at least 50 cm. Otherwise, the reflected sound signal can make the system impossible to work and will constantly cause the system to turn on. For connection, use a 4-core shielded wire no longer than 10m. The shield of the wire must be grounded.

Sensor sensitivity diagram in a circular field.

Pyroelectric motion sensor Smart Stairway PIR-SR501-1ELBI

Pyroelectric motion sensor is designed for use with digital receivers TTL, a logical unit when motion is detected. The sensor can be used with the backlight controller Smart Stairway steps or security systems which is used to power the sensor voltage from 5 to 20V DC with TTL logic levels of +3.3V. The sensor is designed for installation in mortise box rosette diameter of 65 mm.

Installation instructions.

1. Prepare the back box in the wall.
2. Connect the wires according to the marking on the sensor. (red – DC power +5… + 14V, black – ground, green – data.)
3. Install the PIR-SR501-1 ELBl pyroelectric sensor into the junction box.
4. Tighten the fastening screws lightly. (see fig. 1)
5. Install decorative covers 4. (see fig. 1)

Setting up the sensor.

These settings are optional. The sensor is supplied already configured and does not require configuration. Described settings should be made only if the default settings do not suit you. Through these settings, you can degrade system performance. To carry out this work should be interpreted in that case ll you have certain knowledge and skills.

1. Remove the sensor module housing 2 with a cover 3 of the mounting frame 1 (See. Figure 1) To do this.. release the latch on frame 1 (be careful not to break the latch).
2. Release latch 3 covers (be careful not to break the latch). Remove the cover from housing 2 (see. Figure 1)
3. To make the sensor settings by adjusting the trimmers according to Fig.2.
4. Replace the cover3 back into the housing 2.
5. Install the body of the sensor with the sensor module and the cover assembly back into the mounting frame 1

Make a sensor installed in the mounting hole according to the installation guide.

Mounting screws

1. Mounting Frame
2. The body of the sensoor with Fresnel lens.
3. Protective cover pyroelectric sensor.
4. laths.
5. Sensor Module

Pyroelectric sensors require a warm-up time after switching on. Within 30-90 seconds, several arbitrary inclusions of the light of the steps are possible. To avoid this, the SmartStairway system provides for locking the system for 90 seconds after switching on, if the system is configured to use pyroelectric sensors. During this time, the operation of the digital inputs of the pyroelectric sensors is blocked. In this case, the indication of the signal from the sensors is carried out only by the green and blue LEDs inside the case on the right side of the controller. This is normal and not a defect.

Light sensor with digital output with the ability to adjust the sensitivity of triggering.

The light sensors are used to detect light in the range of the sensor. The sensor can be connected via a digital output to the microcontroller, or directly to the relays without a microcontroller. As svitluchuttyevoho resistor element used MLG5516B.

Specifications

1. Operating voltage: 3.5 V-5 V;
2. Digital output : 0 or 1;
3. Fixed bolt hole for M3
4. Size 53.1 x 11.3 x 13.8 mm
5. Current: 15 mA;
6. Adjustable sensitivity sensor;

Description of structural elements and instructions for installation and pidkyuchennya.

1. svitlochuttyeviy element MLG5516B
2. Adjustable resistor stvitlochutlyvosti.
3. indicator light
4. Power Indicator
5. Signal digital output
6. GND “Earth” ( “-” power supply)
7. Power DC +3,5… 5V

The sensor should be installed in such a way that svitlochuttyevyy only common element falling light, the level of which should be measured. Sensor connection is made to the stabilized direct current voltage source of 3.5 – 5V. Terminal 7 is connected to the positive vidscontroller or power source with the appropriate voltage. Terminal 6 is connected to a general release of “land” or “-“. Signal Output 5 (DO) pidklyuchaetsya the corresponding output controllers or relays. After the power supply of the sensor light turns on 4. In case of insufficient light sensor turns off the indicator digital output 3. 5 podaetsya logical unit or zero, according to state lighting. The high level signal indicates the presence of light, low about vidsutnist.Vidpovidno to vikorystanoho control device or controller will relay the signal to perform the action.

Frequently Asked Questions

Can I use a system with a 5V DC power supply?

The system is designed to operate with a supply voltage of 8 to 25V DC. Working with power supplies and luminaires with a voltage different from the specified can cause damage or not stable operation of the system.

Can I use DC12 or DC24V charging inverter as a power source?

Not. The inverter is not a stabilized power supply and is not intended to power electronic devices The inverter has an unstable Output. Please use only 12 or 24V DC voltage stabilized power supplies depending on your LED strips or luminaires.

What kind of lamps can I use?

The system is designed to be used in conjunction with LED lights or LED stripes with a voltage of 12 or 24 VDC.
The current of the luminaires or LED strips should not exceed 0.4A (0.5A maximum, taking into account the resistance of the wires at the point of connection to the controller) for one step. Exceeding the current will lead to system failure. So for one step, the maximum power of luminaires

• with a supply voltage of 12V DC is 12V* 0.4A = 4.8W;
• with a supply voltage of 24V DC 24V *0.4A = 9.6W.

I want to use LED stripes. What type and length can I connect to one step?

Data on the possibility of using different LED stripes, see the table:

What kind of power supply should I choose?

The power supply should be selected based on the number of steps and the power of the luminaires of each step. For example, you want to use 19 steps and install 4W lamps on each step: 19 steps * 4W = 76W. To the received capacity it is necessary to add 15% of the stock: 76W+ 15% = 87.4N. You should choose a power supply with a power of at least 87.4W. The nearest larger of the available 90W or more. The voltage of the power source should be the same as that of your luminaires (12 or 24 VDC).

Can I use the system from the outside?

The system does not have water protection (1P20) and is designed for indoor operation. The humidity in the controller or sensors “Smart Stairway” is not permissible. You must ensure that it is protected against water when used outdoors. When using LED stripes from outside the room, you must reliably protect the system and the wiring from water ingress.

I’ve connected everything, but I have some steps that shine less brightly than others and some do not turn on or off. What happened?

I can say with certainty that during the connection you made the closure of the wires of the LED strips or used LED stripes of too high power. This caused the failure of the controller output chips. Now they should be replaced. Also, sometimes the closure occurs when the LED strips come in contact with metal steps or aluminum profiles in which LED stripes are installed. To avoid this it is necessary to check the operation of each individual step before connecting to the controller. Also, the closure can occur when wet cleaning on the stairs and water on the LED strip without moisture protection. What can also cause a system closure and system outage. If you wash the ladde, please turn off the power to the system and turn it on again only after the staircase has dried completely.

I’ve connected everything and everything works for me, but I have a big delay between switching on / off the last and the penultimate steps.

By default, the system is supplied configured to use 26 steps. If you use fewer steps, the system still spends time turning on and off unused steps. Therefore, you see a delay. You need to configure the system for the number of steps that you use. To do this, enter the menu item No. 2 and press the “Down” button until the penultimate step is turned off. Then click the “Up” button once. In this case, all your steps will be included. Press the SETUP button until the red LED is turned on continuously. Setup is complete.

Can I turn on the system so that all the steps are turned on until I turn them off?

Yes, there is such an opportunity. When you press the Up button or the Down button, the steps are turned in the direction of the pressed button and will be turned on until you press either of the two buttons again. Also you can connect a button without a latch (buttons for a door bell for example) to the inputs “Up button” and “Down button”. In this case, one wire from the button should be connected to the output “+ 5V”, and the second wire to the input “Up button” or “Button down”.

References

• Интернет магазин светодиодного оборудования "ХОРС"
• Светодиодные прожекторы, уличные фонари, светодиодные ленты. - ХОРС - светодиодная подсветка и освещение

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