Model no.: TPC-PC240C
24.0 widescreen Intel Baytrail J1900 PCAP industrial all in one panel pc
● 24.0-inch wide-screen display, projective capacitive multi-point touch;
● Magnesium aluminum panel, sheet-metal box structure, front IP65 rating;
● Intel Baytrail J1900/J1800 low power processor;
● DC 9~24V input, with over-current, over-voltage protection;
● 2*Intel GLAN, 6*RS232 (Optional 1*RS485), 5*USB (1*USB3.0);
● I/O: 5x USB, 2x GLAN, 6x COM, 1x HDMI, 1x VGA, Audio.
TAICENN TPC-PC240C series is a low power-consumption, Fan-less designed, enhanced stability and reliability industrial 24 inch wide screen pcap touch panel pc product. It adapts Intel Baytrail J1900/J1800 processor. TPC-PC240C series storage can support 2.5'' SATA and mSATA interface, HDD or SSD. The design uses a multi-point (10- points) projective capacitive touch screen (Optional with high-temp. five-wires resistive touch, or No touch), and it can fulfill front panel NEMA/IP65 dust-proof and water-proof standards.
The 24.0 Celeron industrial all in one fanless pc TPC-PC240C uses full-sealed box construction, and it can prevent dust from entering the device system. TAICENN use eco-friendly metal treatment to protect environment.
The TAICENN 24 inch wide screen pcap touch panel pc TPC-PC240C is compatible with Win7, Win8, Win10, Linux, Unix OS, and it also has a good compatibility with customized applications and software programs.
TAICENN focus on modularization design, and we can provide all kinds of modification service and support, based on our current regular items, so that we can meet others special requirements on application and projects.
FAQ: Why you select 24.0 inch display?
Based on our experience and the display availability and longer term supply period, we select 24.0 inch LCD display as our regular items. However, for some specific applications projects, we probably propose customers into 23.8 inch or 23.6 inch display, depends on different supply factors.
The so-called touch screen computer, from the market concept, is a kind of computer input equipment that everyone can use, or that everyone can use with the computer communication equipment. No need to learn, everyone can use, is the biggest touch-screen computer magic, whether the keyboard or mouse, can not be compared with it.
SPI AMI EFI BIOS
Intel Baytrail J1900
Intel Baytrail J1800
SO-DIMM, DDR3L, Max. up to 8GB
Intel HD Graphics Gen7
2*Intel I211AT, expansion with Wifi/3G/4G
1x 2.5’’ SATA + 1x mSATA
Realtek ACL 282 controller
Programmable 1~255 seconds
Win7, Win8, Win 10, Linux, Unix
2x RJ45, 10/100/1000 Mbps
4x USB 2.0 + 1x USB 3.0
6x RS232 (Surge and electrostatic protection)
COM4/5 support RS232/RS485
COM6 support RS232/TTL
1*2 pins, phoenix terminal
24.0’’ TFT LCD
1920 * 1080 (XGA)
WLED, 30 000 hours
531.36 x 298.89 mm (H*V)
Projective capacitive (P-cap.)
>100 000 000 times
Anti-finger treatment (AF)
Optional Resistive touch
High-temp. precision 5 wires Resistive touch
USB (Optional RS232)
4096 x 4096
250g/ 35 000 000 times
PET film laminated
Magnesium-aluminum alloy, Anodizing treatment
SGCC Galvanized plate sheet, Sand-blasting
Finned aluminum heatsinks, fan-less design
IP65 front panel
Panel mounting, support VESA 75/100
573 x 340 mm (W*H)
582 x 349.2 x 84 mm (W*H*D)
Power and Environmental
DC 9~24V (Over-current, Over-voltage and reverse polarity protection)
About 30 W
50~500Hz,1.5G,0.15mm peak to peak
FAQ1: optical bonding adhesive types:
There are a wide variety of adhesives used for optical bonding processes. Three of the most commonly used are silicone, epoxy, and polyurethane.
Below are overviews of the pros/cons of each adhesive type.
Silicone: The most commonly found adhesive in optical bonding processes that dates back to the 1970s as a solution . Silicone's core properties of low conductivity and chemical reactivity, thermal stability, and ability to repel water and form watertight seals make it a common solution for optical bonding. Also, because it is a soft material, it is very feasible to rework for bonds that become damaged over time. However, debris often forms around the edges of the bonds if they are rubbed during handling. To reduce this, edges of optically bonded displays should be covered or configured so that edges are not exposed.
Epoxy: When used as a structural glue, epoxy resin creates a more rigid bond than silicone, thus eliminating the formation of particulate debris, which is common with silicone bonding processes. However, epoxy bonding is not rework-able.
24.0'', 1920*1080, Intel Baytrail J1900, 1*USB3.0+4*USB2.0, 6*RS232, PCAP TOUCH, 2*GLAN, DC 12V Adapter
24.0'', 1920*1080, Intel Baytrail J1800, 1*USB3.0+4*USB2.0, 6*RS232, PCAP TOUCH, 2*GLAN, DC 12V Adapter
24.0'', 1920*1080, Intel Baytrail J1900, 1*USB3.0+4*USB2.0, 6*RS232, Resistive TOUCH, 2*GLAN, DC 12V Adapter
24.0'', 1920*1080, Intel Baytrail J1800, 1*USB3.0+4*USB2.0, 6*RS232, Resistive TOUCH, 2*GLAN, DC 12V Adapter
24.0'', 1920*1080, Intel Baytrail J1900, 1*USB3.0+4*USB2.0, 6*RS232, NO TOUCH, 2*GLAN, DC 12V Adapter
24.0'', 1920*1080, Intel Baytrail J1800, 1*USB3.0+4*USB2.0, 6*RS232, NO TOUCH, 2*GLAN, DC 12V Adapter
WIFI: 802.11 b/g/n Mini PCIe
3G/4G/LTE: All network module
TPC-PC Series VESA bracket