is designed for mounting in a device or a hardware platform and equipped with the mounting holes in monitors shell or brackets.
- Další informace
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Další informace
Model Model KT-270-CW0S0M1 Series Dustproof / Waterproof front panel IP65 (by request) Monitor type Open Frame Display characteristics Diagonal 27" Aspect ratio 16:9 Touch technology PCAP (projected-capacitive) Touch points 10 Response object Finger Display type TFT-LCD, LED backlight Surface hardness 7 H Active area (WxH) 597,6 × 336,1 mm Monitor width 650 mm Monitor height 388 mm Monitor depth 50,5 mm Suggested resolution 1920×1080 Colors 16,7 million Brightness 300 cd/m² Viewing angle (H) Left 85° / right 85° Viewing angle (V) Up 80° / down 80° Contrast 1000:1 Frequency (H / V) 30 – 80 KHz / 50 – 75 Hz Interfaces Digital video In HDMI Analog video In VGA Touch screen In USB Power management Power source External power brick Input voltage 100 – 240 VAC, 50 – 60 Hz Input voltage 12 V Power consumption Max. 40 W Environment Working temperature -10...+60 °C Storage temperature -20...+70 °C Working humidity 20% – 80% Storage humidity 10% – 90% Additional Features Mounting VESA sizes 75 mm and 100 mm Mounting options Mounting holes On-screen display function Brightness, Contrast Ratio, Phase, Function, Auto-adjust, H/V Location, Languages, Reset, Clock Buttons AUTO, +, POWER, -, MENU Compatibility with OS Windows XP, Windows 7 and higher, Linux (core 3,0 and higher), Android
INDUSTRIAL PCAP TOUCH MONITOR
27" Open Frame KT-270-CW0S0M1
Detaily
SUITABLE FOR HARSH OPERATING CONDITIONS
This basic industrial monitor on projection-capacitive touch technology is “classics of Keetouch”.
Industrial Open Frame touch monitor Keetouch 27" KT-270-CW0S0M1 has a wide operating temperature range. It is designed to work faultlessly in a dirty, rough and dangerous environment and has no problem operating at an extreme temperature -10...+60°C and humidity 20...80%. The metal housing protects the monitor from shock and vibration. The robust construction lasts for years, all the elements are closely adjacent to one another.
ANTI-VANDAL TECHNOLOGIES
Durable triplex glass protects the sensor. This laminated glass withstands even the strongest impacts. The operation of the equipment cannot be affected by scratches or abrasion. If the screen does break, the glass will NOT shatter and will NOT cause injury. The front panel is water- and dust-proof, IP65 compliant. Water or dust on the working surface will not affect the performance of the monitor. The touchscreen panel will resume working correctly when the moisture or dust is wiped away.
CLASSIC DESIGN
Active matrix TFT-LCD/LED guarantees excellent brightness and fast response - less than 10ms. TFT-LCD technology reduces the amount of flicker: prevents eye fatigue from screen time. The screen is suitable for using with a special stylus or while wearing thin non-conductive gloves. Projected-capacitive technology supports gesture control: zooming, scrolling, selecting, etc. Intuitive control simplifies and speeds up work on complex equipment. Time-tested top sales, these monitors have been trusted by Keetouch GmbH partners for more than 15 years.
Recommended fields of application
- ticket machines, terminals, ATMs - equipment that is meant to withstand thousands of touches daily.
- retail: cash machines, self-service machines and vending systems
- onboard equipment in land transport, aviation and marine vessels
- medical equipment
- easily integrated into control panels, crane equipment, production machines
Advantages
- High speed of data processing
- Durability
- Reliability
- High Light Transmission (HLT)
- Anti-vandal
- Performs in public places
- Easy-to-use
Application
- Gaming / casino systems
- Entertainment
- Transport and ticketing
- Hospitality
- Banking
- Сustomized solutions
- Vehicles
- HoReCa
is designed for mounting in a device or a hardware platform and equipped with the mounting holes in monitors shell or brackets.
has an electrostatic field. A touch event occurs when a finger or conductive stylus interferes with the electric field projected above the surface.