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The AMAZING Laser Tripwire Security System Set
with Combination Deactivation!!!
This listing is for an awesome laser tripwire security system module with combination lock deactivation. The above video offers a full demonstration of how this device works. It requires very little assembly on your part, but what little assembly that is required is explained in the below video. The video below also shows you the process of how this module is assembled We will also be selling these in DIY electronics kit for for a few dollars less, so make sure to have a look at our store! We have tons of awesome electronic kits, projects, and components. THE SHIPPING COST OF $9 US PAYS FOR AIR INTERNATIONAL SHIPPING.
OPERATION:
When your device is fully assembled and mounted, you can plug in the AC adapter to apply power to the unit. Since you have a fully mounted unit at this point, take one of the included two pin header connectors, and short the LAS_EN two pin header. This will activate the laser. You need a mirror (Not included) to bounce the laser beam back to the device, and line it up with the on board LDR (light dependant resistor). Watching the above video will really help you to follow along with this explanation. You need to make sure that the board and the mirror is solidly mounted, so that the laser doesn't fall out of alignment. This is the first order of business once you've assembled the module and mounted it. Now, remove the header connector from the LAS_EN pins, and put it aside.
From there, if you power up the device with the JMPR 2-pin header shorted with the header connector, you will begin in default combination mode. In this mode, the combination required to deactivate the siren is (10, 10, 10, 9), or rather (S10, S10, S10, S9). If you power up the device with the JMPR 2-pin header with no header connector shorting the two pins, then you will begin in custom program mode. From here, you can type in your own four digit combination.
Once you have entered in your combination, the device will flash the green ACCESS LED, indicating that the combination has been saved. if you stated in default combination mode), the LED will not flash. From here, the device waits for the user to press the S9 button. Make sure that you do this AFTER you've manually aligned the laser beam back to the light dependant resistor. When you've pressed the S9 button, the ACCESS LED will flash again. This will place you into LIGHTS OUT mode. Make sure that you're not doing this with the lights off.
In LIGHTS OUT mode, the ACCESS LED will flash again, and then nothing will happen until you turn the lights off. When you turns the lights off, the laser will be enabled by the system for about two seconds. If the laser is not beamed back in alignment with the LDR, then the laser will be turned off, and you'll hear two beeps from the on board buzzer, and the red INDICATE LED will flash. This means that the laser wasn't lighted up with the LDR properly. If when you turn the lights out in LIGHTS OUT mode, and the laser is beaming back to the LDR properly, the ACCESS LED will flash, and you'll hear a single beep from the buzzer. Once this happens, you will be in scanning mode.
When in scanning mode, you can turn on the light or leave it off. It doesn't matter. The LDR is no longer interested in light or dark. It is waiting for a breach in the laser beam. At this point, there are two things that can happen:
1) Someone or something breaches the laser, and the alarm will sound.
2) If you press S9 will in scanning mode, the green ACCCESS LED will flash, and this will take you out of scanning mode. From here, you'll have to again press the S9 button to place you back into LIGHTS OUT mode.
If the bream is broken when in scanning mode, the siren will be triggered. At this point, only your custom combination will turn it off (Or if you're in default combination mode, only a combination of S10, S10, S10, S9 will deactivate the alarm). If you enter in the incorrect combination, you'll hear three beeps from the on-board buzzer. This indicates that the incorrect combination has been entered. From here, you'll have to try to enter the right combination. If you don't enter in your combination in time, the red INDICATE LED will flash once to indicate that there has been time time-out, and that you have to enter in the code again. Once the siren is deactivated (By the correct combination), you are now placed in standby mode, where you have to press the S9 button once again to place the device back into LIGHTS OUT mode.
What Assembly Is Required?
If you watch the video below, there are three main steps that you will need to follow in order to complete your module, not including the mounting and aligning of the laser.
1) The laser will come soldered to the device, but you will need to do two things. When you power on the device, turn the laser on by shorting the LAS_EN header with a header connector. Point the laser at the wall. You can focus the beam into a large or tiny dot by gently turning the laser screw head. The larger the dot, the easier it is to line up when beaming the laser beam off of a mirror back to the LDR. However, if you make the dot small, you get more focused light, and this acts to lengthen the beam without losing light. Once you've done that, add a tiny bit of hot glue to the laser and the laser head to ensure that it stays in your desired focus. From here, you have to line up the laser head behind the device and have the head centred through the main hole. (See both the above and below video to see what I mean). From here, add a bunch of hot glue to the back of the device; sealing the laser to the main board. Since this won't be seen from the front, it won't be an issue relative to cosmetics. Hold it in place until the glue dries.
2) The siren has two wires, and needs to be connected to the siren header on the main board. The siren has two wires:
RED: Connect this wire to the SIREN+ port in the siren header pin.
BLACK (OR BLACK & RED): Connect this wire to the SIREN- header pin.
The siren has two mounting holes, but no mounting hardware is provided. It also has a double sided tape layer on the back so that you can peel off the protective coating, and stick it to a wall or project box. Of course, it does make more sense to mount with screws.
3) The AC adapter. The AC adapter will come with a 5mm power jack on the end. You need to cut the jack off, and peel back about an inch of the black insulation, which will reveal a set of red and black wires. Strip back about one eighth of an inch of the red and black wire insulation to reveal the copper wires. The red wire should be connected to the 12v terminal pin, while the black wire should be connected to the GND terminal pin. Make sure that you have this orientation connect. Please note that while the board says 12v, 9v is optimum; hence the included 9v adapter.
The below video talks about all of this. The above video offers a simple and easy demonstration, while the below video offers assembly instructions (Mainly created for the DIY kit option), but still helps for you to understand the three steps above.
If you have any questions, please feel free to ask!
WHAT IS INCLUDED:
1x Assembled Security System Tripwire Board (Laser soldered, but not mounted)
1x 9v 1000mA AC adapter (Unmodified)
1x Pulsing Loud Siren
WHAT YOU NEED (Not Included):
1) You will need a glue gun with hot glue
2) A small flat-head screwdriver to screw the wires into the terminal blocks
3) Mounting hardware of your choice,
4) A Mirror (Or Several Mirrors)
5) Attention To Detail
6) Optional: A Project Box or a wall to mount to.
MOUNTING:
1) The siren has two mounting holes, and a double sided tape alternative on the back side of the siren, so that you can stick it to a project box or wall.
2) The main board has 9x mounting holes (You do not need to use them all). One of the 9x mounting holes is in the middle of the board near the LDR. No mounting hardware is included with this kit. You have to use your imagination.
SPECIFICATIONS:
Power Supply: 9v @ 1000mA (Standby current of less than 10mA)
Main Board Length:101mm
Main Board Width:64mm
Main Board Height:22mm
Siren Diameter: 52mm
Siren Height: 48mm
ASSEMBLY VIDEO:
OPERATION:
When your device is fully assembled and mounted, you can plug in the AC adapter to apply power to the unit. Since you have a fully mounted unit at this point, take one of the included two pin header connectors, and short the LAS_EN two pin header. This will activate the laser. You need a mirror (Not included) to bounce the laser beam back to the device, and line it up with the on board LDR (light dependant resistor). Watching the above video will really help you to follow along with this explanation. You need to make sure that the board and the mirror is solidly mounted, so that the laser doesn't fall out of alignment. This is the first order of business once you've assembled the module and mounted it. Now, remove the header connector from the LAS_EN pins, and put it aside.
From there, if you power up the device with the JMPR 2-pin header shorted with the header connector, you will begin in default combination mode. In this mode, the combination required to deactivate the siren is (10, 10, 10, 9), or rather (S10, S10, S10, S9). If you power up the device with the JMPR 2-pin header with no header connector shorting the two pins, then you will begin in custom program mode. From here, you can type in your own four digit combination.
Once you have entered in your combination, the device will flash the green ACCESS LED, indicating that the combination has been saved. if you stated in default combination mode), the LED will not flash. From here, the device waits for the user to press the S9 button. Make sure that you do this AFTER you've manually aligned the laser beam back to the light dependant resistor. When you've pressed the S9 button, the ACCESS LED will flash again. This will place you into LIGHTS OUT mode. Make sure that you're not doing this with the lights off.
In LIGHTS OUT mode, the ACCESS LED will flash again, and then nothing will happen until you turn the lights off. When you turns the lights off, the laser will be enabled by the system for about two seconds. If the laser is not beamed back in alignment with the LDR, then the laser will be turned off, and you'll hear two beeps from the on board buzzer, and the red INDICATE LED will flash. This means that the laser wasn't lighted up with the LDR properly. If when you turn the lights out in LIGHTS OUT mode, and the laser is beaming back to the LDR properly, the ACCESS LED will flash, and you'll hear a single beep from the buzzer. Once this happens, you will be in scanning mode.
When in scanning mode, you can turn on the light or leave it off. It doesn't matter. The LDR is no longer interested in light or dark. It is waiting for a breach in the laser beam. At this point, there are two things that can happen:
1) Someone or something breaches the laser, and the alarm will sound.
2) If you press S9 will in scanning mode, the green ACCCESS LED will flash, and this will take you out of scanning mode. From here, you'll have to again press the S9 button to place you back into LIGHTS OUT mode.
If the bream is broken when in scanning mode, the siren will be triggered. At this point, only your custom combination will turn it off (Or if you're in default combination mode, only a combination of S10, S10, S10, S9 will deactivate the alarm). If you enter in the incorrect combination, you'll hear three beeps from the on-board buzzer. This indicates that the incorrect combination has been entered. From here, you'll have to try to enter the right combination. If you don't enter in your combination in time, the red INDICATE LED will flash once to indicate that there has been time time-out, and that you have to enter in the code again. Once the siren is deactivated (By the correct combination), you are now placed in standby mode, where you have to press the S9 button once again to place the device back into LIGHTS OUT mode.
What Assembly Is Required?
If you watch the video below, there are three main steps that you will need to follow in order to complete your module, not including the mounting and aligning of the laser.
1) The laser will come soldered to the device, but you will need to do two things. When you power on the device, turn the laser on by shorting the LAS_EN header with a header connector. Point the laser at the wall. You can focus the beam into a large or tiny dot by gently turning the laser screw head. The larger the dot, the easier it is to line up when beaming the laser beam off of a mirror back to the LDR. However, if you make the dot small, you get more focused light, and this acts to lengthen the beam without losing light. Once you've done that, add a tiny bit of hot glue to the laser and the laser head to ensure that it stays in your desired focus. From here, you have to line up the laser head behind the device and have the head centred through the main hole. (See both the above and below video to see what I mean). From here, add a bunch of hot glue to the back of the device; sealing the laser to the main board. Since this won't be seen from the front, it won't be an issue relative to cosmetics. Hold it in place until the glue dries.
2) The siren has two wires, and needs to be connected to the siren header on the main board. The siren has two wires:
RED: Connect this wire to the SIREN+ port in the siren header pin.
BLACK (OR BLACK & RED): Connect this wire to the SIREN- header pin.
The siren has two mounting holes, but no mounting hardware is provided. It also has a double sided tape layer on the back so that you can peel off the protective coating, and stick it to a wall or project box. Of course, it does make more sense to mount with screws.
3) The AC adapter. The AC adapter will come with a 5mm power jack on the end. You need to cut the jack off, and peel back about an inch of the black insulation, which will reveal a set of red and black wires. Strip back about one eighth of an inch of the red and black wire insulation to reveal the copper wires. The red wire should be connected to the 12v terminal pin, while the black wire should be connected to the GND terminal pin. Make sure that you have this orientation connect. Please note that while the board says 12v, 9v is optimum; hence the included 9v adapter.
The below video talks about all of this. The above video offers a simple and easy demonstration, while the below video offers assembly instructions (Mainly created for the DIY kit option), but still helps for you to understand the three steps above.
If you have any questions, please feel free to ask!
WHAT IS INCLUDED:
1x Assembled Security System Tripwire Board (Laser soldered, but not mounted)
1x 9v 1000mA AC adapter (Unmodified)
1x Pulsing Loud Siren
WHAT YOU NEED (Not Included):
1) You will need a glue gun with hot glue
2) A small flat-head screwdriver to screw the wires into the terminal blocks
3) Mounting hardware of your choice,
4) A Mirror (Or Several Mirrors)
5) Attention To Detail
6) Optional: A Project Box or a wall to mount to.
MOUNTING:
1) The siren has two mounting holes, and a double sided tape alternative on the back side of the siren, so that you can stick it to a project box or wall.
2) The main board has 9x mounting holes (You do not need to use them all). One of the 9x mounting holes is in the middle of the board near the LDR. No mounting hardware is included with this kit. You have to use your imagination.
SPECIFICATIONS:
Power Supply: 9v @ 1000mA (Standby current of less than 10mA)
Main Board Length:101mm
Main Board Width:64mm
Main Board Height:22mm
Siren Diameter: 52mm
Siren Height: 48mm
ASSEMBLY VIDEO: