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MATERIAL – The Housing, door, and visor are injection molded of ultraviolet stabilized, pre-colored opaque polycarbonate.
HOUSING – One piece unit with serrations in 5° increments at each end. Each housing has provisions for mounting two terminal blocks and attaching backplates. Housing maybe fastened together to make multi-section signals. The 8’’ and 12’’ housings can be intermixed to form combination signals.
DOOR – One piece polycarbonate unit equipped with stainless steel hinge pins. Stainless steel thumbscrews hold the door against the housing.
VISOR – The removable twist – on visor is secured to the door with stainless steel hardware. Cut-away, tunnel, and full circle visors are available.
REFLECTOR – A separately hinged “ALZAK” reflector is standard. Glass is also available.
LENS – Conforms to ITE specifications. The standard lens is polycarbonate capable of withstanding illumination by a standard traffic signal lamp without physical distortion. A glass lens is also available.
LENS GASKET – A molded one piece gasket is used to seal the lens to the reflector and door to form a sealed unit.
LAMP SOCKET – Insulated pre-focused and may be rotated for positioning the lamp filament without using tools.
POSITIVE POSITIONING – positive positioning and locking is achieved through the use of serrated brackets, mastam or span wire fittings. |
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MATERIAL – The Housing, door, and reflector holder are injection molded of ultraviolet stabilized, pre-colored opaque polycarbonate.
HOUSING – One piece polycarbonate unit with serrations in 5° increments at each end. Each housing has provisions for mounting two terminal blocks. Housings may be fastened together to make multi-section signals.
VISOR – Removable extruded ABS – available in tunnel or cutaway style.
REFLECTOR HOLDER DOOR – Deep base polycarbonate reflector housing gasketed to provide completely dust free unit.
LENS – Polycarbonate lens with completely opaque background.
LAMP SOCKET – Gasketed prefocused and maybe rotated for positioning the lamp filament without using tools.
POSITIVE POSITIONING – Molded serrations provide positive locking of sections or complete signal 5° increment about the vertical axis.
HINGES – Enclosed hinges provide a modern appearance – all hardware is stainless steel.
MOUNTING – Completely compatible with all standard signal hardware. |
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| |  | NO MAINTENANCE COST |
| | | LOW POWER CONSUMPTION EXTENDED |
| | | SERVICE LIGHT |
| | | OPTIMAL VISIBILITY |
| | | EVENLY DISTRIBUTED LUMINOSITY |
| | | COMPATIBLE WITH ALL STANDARD SIGNAL HEADS |
| | | OPTIMAL PHANTOM LIGHT REDUCTION |
| | | AVAILABE WITH ALL COMMONLY USED SYMBOLS |
| | | (for pedestrian & vehicular) |
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| | | Fabricated from plastic die molded Conforming to international standard as applicable for 200 / 300 mm dla signals respectively, with Lens. |
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| | | 200-mm dla LED illuminated optical plate comprising 120 numbers of 5-mm dia LED's, spaced at a pitch of 12 mm in an organized matrix. Amber / Red color . 300-mm dia LED illuminated optical plate |
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Red ball/arrow type
| : | Red ball/arrow type- 234/100 ultra bri9ht led @ pitch of 10mm 400 CD, o/p 10 W3ttS. |
Amber ball/arrow type
| : | 234/100 ultra bright led @ pitch of 10 mm 400 CD, o/p 10 watts. |
Green ball/arrow type
| : | 234/100 super ultra bright led @ pitch of IS mm 300 CD TYPICAL, O/P 13 WATTS |
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| 24 / 48 VOLTS D.C. 110/ |
| 220 VOLTS A.C. |
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| | | LED's are soldered in Glass Epoxy PCB PTH double side The LED's are operated in a multi channel series/parallel matrix and are multiplexed pulse operated at high frequency, high intensity and low duty cycle to obtain maximum visible brightness at minimum POWER consumption. The electronic circuit is built in the light itself. With tinted lens for protection in a sealed beam type plastic housing |
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| | | The LED KIT convinces with its bright and homogenous light distribution. The LED's are evenly Arranged and grouped in parallel chains on the LED board. In front of each led plate there is lens that protects It from outside dust. The light passes through the tinted front lens, which is precisely harmonized with the LED Wavelength. This system creates a very homogeneous lit aspect surface, and the individual LED's are no longer Perceived as dots. |
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| | | Light bulbs produce light over a wide spectrum, with only a small fraction Being visible light, the remainder is heat. This Inefficiency as eliminated with LED's. LED's produce monochrome radiant in the visible spectrum, Thus saving energy, which would normally be used as heat. |
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| FEATURE | ADVANTAGE | BENEFIT |
| Energy efficient LED in a superior optically enhanced design | 90-95% less consumption reduces government liability | Reduced goverment liability |
| Can be operated with Solar Systems / UPS | Signal is operating in case of no electricity | Reducing Traffic jams & Accident |
| Maintenance Free long Life replacement | 10 years average life without replacement. | Significant Reduction in Lightning Device cost of bulbs & Labor costs. Zero down time |
| 5 year warranty | cost effective operation and satisfaction. | Customer protection and reliability |
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- Up to 5 outputs.
- Pust-button by pedestrian.
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HUNDREDS OF OTHER MODELS
AND CONFIGURATIONS ARE NOT
LISTED HERE. PLEASE ASK FOR
MORE INFORMATION ON SPECIFICATIONS AND PRICES. |
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| | Note: | "H" stands for curved border. |
| | | "F" stands for round border. |
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Item
Specification | JK-A
(12/24/32) | JK-B1
(12/24/32) | JK-C1
(12/24/36/48/60/72) |
| CPU | 8 bit | 8 bit | 32 bit |
| Max Output | 32 | 32 | 72 |
| Max currency | 5A | 5A | 5A |
| Output Control | Solid state relay | Silicon | Silicon |
| Output Detection | No | No | No |
| Loop Detection | No | No | Yes |
| Pedestrian button | No | No | Yes |
| Communication | RS232 | RS232 | RS232 RS232/RS485
Ethernet/GPRS/CDMA |
| Operating interface | Numeric digits | LCD |
| Operation | use software to change the steps, use button to change the time stc. | Use button and software to change time, steps etc. |
| Down-grading | No | Yes |
| Dimension | 390X361X155 (mm) | 406X361X141(mm) | 441X337X263 (mm)
(10UX7UX6U) |
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| Binder Content | 18 - 22% |
| Glass Beads Contents | 30 - 40% |
| Softening Point | 105°C |
| Luminance Factor | 75% minimum |
| Heat Stability on Luminance Factor | 5% minimum |
| Drying Time | 5 - 10 mins. |
| Yellownes Index | 0.017 |
| Skid Resistance | 45 minimum |
| Flow Resistance | 28% maximum |
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| Synthetic thermoplastic road marking material consists of a mixture of pigment, glass beads, binder and filler materials. The general composition is as follows. However this will be varied for different grade of materials that is to be produced. |
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| Application |
- The thermoplastic material shall be melted down in a pre-heated boiler fitted with a mechanical strirrer to prevent overheating and discolouring.
The temperature shall not exceed the manufacturer's specified application temperature of 200 °C for white and 180 °C for yellow. At this temperature the thermoplastic melts into the upper surface of the asphalt forming a thermal bond.
- Application is done either by hand-propelled or self-propelled machine.
- The surface to be applied shall be free from dirt, dust and other objectionable materials
- During application, drop-on glass beads is applied concurrently on to the line. This will provide the line with immediate reflectivity.
Road marking visibility at night can only be achieved by the addition of tiny solid glass beads during the application of thermoplastic line. Maximum reflectivity of individual glass beads occurs when the optimum degree of embedment is achieved. This happens when 60% of the bead is below the surface of the pavement marking materials.
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| Optimum retro-reflectivity requires round spheres. Non-round spheres do not reflect light efficiently but scatter it in random direction. |
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Very well done. Absolutely brilliant information. I'm in love with this blog. they always provide such a great information. Traffic Management Plans
TumugonBurahin