15"/15.6"/17"/18.5"/21.5" fanless panel pc with 13th gen intel core i7/i5/i3 processor (62 pages)
Summary of Contents for Advantech PPC-321W TGL
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User Manual PPC-315W/318W/321W/ 324W TGL 15.6"/18.5"/21.5"/23.8" Panel PC with ® TFT LED and 11th Gen Intel Core™ i Processor...
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No part of this manual may be reproduced, copied, translated, or transmitted in any form or by any means without the prior written permission of Advantech Co., Ltd. The information provided in this manual is intended to be accurate and reliable.
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(ESD) or electromagnetic interference (EMI) leakage, we strongly recommend using CE-compliant industrial enclosure products. Technical Support and Assistance Visit the Advantech website at http://support.advantech.com to obtain the latest product information. Contact your distributor, sales representative, or Advantech's customer service center for technical support if you need additional assistance. Please have the following information at hand before calling: –...
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Warning: Ensure that the voltage of the power source is correct before connect- ing the equipment to a power outlet. The power outlet socket should have a grounded connection. Avertissement: Assurez-vous que la tension de la source d’alimentation est cor- recte avant de connecter l’appareil à...
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AVERTISSEMENT: Ces instructions sont fournies conformément aux normes IEC 704-1. Advantech decline toute responsabilité quant à la précision de toute déclaration contenue dans le présent document. Do not expose the equipment to direct sunlight, or install the equipment in an environment with direct sunlight, as this may cause damage.
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Manual Conventions Warning! Warnings indicate conditions that, if not observed, can cause personal injury! Caution! Cautions are included to prevent hardware damage and data loss. For example, “Batteries are at risk of exploding if replaced with an incor- rect type. Replace only with the same or equivalent type recommended by the manufacturer.
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Figure 2.25Panel Mount Rear View..........21 2.3.3 Arm Mounting ................22 Figure 2.26Arm Mount for a Panel PC ........22 2.3.4 Stand Mounting................22 Figure 2.27VESA Mount Screw Holes........23 Figure 2.28Securing the VESA Mount Base ......24 Figure 2.29Securing the VESA Mount Bracket ......24 Figure 2.30Securing the Stand Mount Hinge Cover....
Chapter General Information This chapter details general infor- mation regarding PPC-315W/ 318W/321W/324W TGL. Introduction Specifications Dimensions...
Introduction Advantech's PPC-315W/318W/321W/324W TGL is an all-in-one light panel PC with a wide format 15.6"/18.5"/21.5"/23.8" full HD LCD screen. It is powered by an 11th ® Gen Intel Core™ i processor, PPC-315W/318W/321W/324W TGL to provide high performance, optimal memory, graphics, and peripheral I/O support in a compact, fanless, embedded system.
Rear Panel The PPC-315W/318W/321W/324W TGL rear panel features four VESA mount (100 x 100 mm /3.93 x 3.93 in) holes located on its bottom side, as demonstrated below: VESA mount screws: 4 x M4 screws, screw depth: 12 mm (max.) Figure 1.2 Rear Panel Panel Bottom The system’s I/O components, located on the bottom of the device, (Figures 1.3) are...
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Table 1.1: Specifications Durability Greater than 35 million touches in one location without failure (Touches) Enclosure Aluminum Processor 11th gen Intel® Core™ i processor Memory 2 x SODIMM DDR4 3200, Max 32GB x 2 1 x 2.5” SATA bay; 1 x M.2 2280 bay, (Co-lay SATA, for storage only ) support Storage RAID 0,1, support NVME Network...
Ordering Information Part Number Description Image PPC-315W-PB50A PPC-315W-PB30A PPC-315W-PB70A PPC-321W-PB50A PPC-321W-PB30A ® PPC-321W-PB70A Panel PC with 11th Gen Intel Core™ i PPC-318W-PB3A processor PPC-318W-PB5A PPC-318W-PB7A PPC-324W-PB3A PPC-324W-PB5A PPC-324W-PB7A Power adapter 100-240V , 150W, 96PSA-A150W19P2-4 PPC-WLAN-C1E Wi-Fi module with antenna PPC-WLAN-D2 PPC-ARM-A03 Arm mount VESA standard PPC-174T-WL-MTE...
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PPC-315W/318W/321W/324W-TGL User Manual...
Chapter System Installation and Setup Quick System Tour Memory Card Installation HDD Installation M.2 Installation Wireless LAN Card Installation Mounting the System...
Quick System Tour Before setting up the panel PC, take a moment to identify the locations of the device controls, drives, connectors, and ports (as shown in Figure 2.3). When placed upright, the PPC-315W/318W/321W/324W TGL front panel should appear as shown in Figure 2.1.
Figure 2.3 Panel PC Bottom with I/O A. COM2: RS-232/422/485 B. 1 X Line-out C. 2 x LAN D. 1 X HDMI E. 1 x USB 3.2 / 1 x USB 2.0 F. 2 x USB 3.2 G. 1 x Type-C H.
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Install the memory. a. If installing 2 pieces of memory, use a thermal pad thickness of 1.5 mm. The bottom, middle, and top thermal pad thickness is 1.0 mm. Remember to remove the protective film before using the thermal pad. Figure 2.5 Memory Card Installation b.
2.2.2 Install the SSD Remove the screw from the rear cover. Remove the 4 screws on the HDD bracket. Figure 2.7 Retention Screws on the HDD Bracket Take out the screws and cable from the accessory box. Figure 2.8 HDD Module Bracket Insert the cable into the SSD.
Assemble the SSD on the bracket. Figure 2.10 Secure the SATA HDD with Screws Install the SSD kit in the machine. Figure 2.11 SATA HDD Connected to the Motherboard 2.2.3 Install M.2 Devices Remove the rear cover. Install the M.2 on the motherboard as shown. Figure 2.12 M.2 Installation PPC-315W/318W/321W/324W-TGL User Manual...
Take out the thermal pad from the accessory box, and affix it to the M.2. Figure 2.13 Affix the Thermal Pad to the M.2 2.2.4 Install the Wi-Fi Module Remove the rear cover. Assemble the antenna brackets to the antenna cables. Figure 2.14 Assemble the Brackets to the Antenna Cables PPC-315W/318W/321W/324W-TGL User Manual...
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Assemble the Wi-Fi card. Figure 2.15 Assemble the Wi-Fi Card Assemble the rear cover, and attach the antennae. Figure 2.16 Attach the Wi-Fi Antennae PPC-315W/318W/321W/324W-TGL User Manual...
2.2.5 System Power On A 2-pin power connector is included in the accessory box. Connect the power con- nector to 12-30 V power lines and plug the power lines into the system power receptor. The DC power source should comply with ES1 requirements. The output rating is 12-30 Vdc, 8-4 A, with a maximum operating temperature of 50 °C.
Mounting the System Warning! When mounting the panel PC, more than one person should perform the installation to prevent accidental damage to the panel or personal injury. Le comité constate qu’el-nasr “mounting, Plus d’une personne installa- tion to prevent the cadre accidental damage to the personal injury. The panel PC supports various mounting options, as listed below.
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Insert four M4 screws into the holes on the panel PC and tighten them to secure the bracket to the rear panel. Figure 2.19 Rear Panel Screw Locations Warning! Ensure that the thread depth of the screws on the rear panel does not exceed 4 mm (0.15 in).
Secure the panel PC in place by tightening the screws on the wall mount bracket. Figure 2.21 Securing the Panel PC 2.3.2 Panel Mounting To mount the flat bezel panel PC onto a panel, follow the steps below. Prepare a panel cutout according to the Panel PC dimensions. Panel cutout dimensions: PPC-315W: 413 x 262 mm / 16.26 x 10.31 in PPC-318W: 479.3 x 300.3 mm /18.87 x 11.82 in...
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Insert the hook brackets into the holes following the direction of the arrows shown in Figure 2.25 and hang the panel PC. Figure 2.23 Hook Bracket Locations Tighten the screws to secure the panel PC in place (Figure 2.26). Figure 2.24 Fasten the Hook Brackets Figure 2.25 Panel Mount Rear View (Using PPC-315W as an example) PPC-315W/318W/321W/324W-TGL User Manual...
2.3.3 Arm Mounting PPC-315W/318W/321W/324W TGL can be mounted on a VESA-compliant arm mount with a 100 mm (3.93 in) interface pad. To attach the panel PC to an arm mount, follow the steps below. Refer to the installation instructions of the mounting arm to correctly mount the arm onto the surface as a base.
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To mount the panel PC onto the stand, follow the steps below: Use four M4 x 8L screws to attach the VESA bracket to the panel PC. Users can choose a 100 x 100 mm (3.93 x 3.93 in) VESA mount according to their require- ments.
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Figure 2.28 Securing the VESA Mount Base Use four M4 x 6L screws to secure the mount stand to the VESA mount bracket. Figure 2.29 Securing the VESA Mount Bracket Use one M4 x 5L screw to secure the stand mount hinge cover. PPC-315W/318W/321W/324W-TGL User Manual...
Figure 2.30 Securing the Stand Mount Hinge Cover Figure 2.31 Completed Stand Mount 2.3.5 Cabinet Installation and Grounding Follow these instructions to install the PPC system, and pay attention to the ground pin which should be connected to the earth/ground. The PPC system should give the best performance for optimum EMI immunity, ESD immunity, surge immunity, and system isolation.
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Figure 2.32 Install the PPC into the Cabinet Step A: Connect the cabinet to the earth/ground. Step B: Embed the null PPC system into the cabinet without any I/O or power cables. System wiring. Figure 2.33 System Wiring Cabinet Step A: Connect the cabinet to the earth/ground. Step B: Ensure that all cabinets have been grounded together.
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Step F: Connect the V+ and V- of the power supply to the PPC system. Note! The wire of the protective earthing conductor should be green-and-yel- low, xx AWG 0.75mm2 and connected to the earth of the building. Ensure that the voltage of the power source is correct before connecting the equipment to a power outlet.
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PPC-315W/318W/321W/324W-TGL User Manual...
Motherboard Jumpers and Connectors The motherboard connectors are shown below (Figure 3.1). The internal peripheral connectors are accessible when the motherboard is outside of the chassis. Figure 3.1 Motherboard The internal jumpers and connectors on the motherboard and their pinouts are listed in the table below.
3.1.2 RTC Select Function 1-2pin Normal (Default*) 2-3pin Clear CMOS 3.1.3 ATX/AT Select Function 2-3pin ATX power (Default*) 1-2pin AT power 3.1.4 Touch Power Select Function Open Closed Note: For the resistive touch model, JP3 needs to have a jumper added. For the pro- jected capacitive touch model, JP3 needs the jumper pulled off.
External COM Ports and Pin Definitions Figure 3.2 Locations of COM1 and COM2 Ports COM1: RS-232 COM1 Pin 9 is set as “RI” by default. This setting can be changed to 5V or 12V output using a jumper. COM2: RS-232/422/485 Note! COM2 does not support the ring function.
Driver Installation Before installing software on the panel PC, install the corresponding drivers to ensure full functionality. All drivers can be downloaded from the Advantech website: http://www.advantech.com BIOS Setup Utility 4.2.1 Main Setup You can enter the BIOS setup utility by pressing “Delete” during startup.
4.2.2 Advanced BIOS Features Setup The following is the COM2 Mode Selection (RS232/RS422/RS485): Select NCT6126D Super IO Configuration in the Advanced tab. Select the Serial Port 2 Configuration option. PPC-315W/318W/321W/324W-TGL User Manual...
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Select the Serial Port 2 Mode option to set COM2 operation mode as RS232, RS422, or RS485. If COM2 mode is set as RS485, the RS485 Auto Flow control option can be Enabled or Disabled. PPC-315W/318W/321W/324W-TGL User Manual...
4.2.3 Chipset Configuration The following is regarding Wake-on-LAN: Select the PCH-IO Configuration option in the Chipset tab. Set the PCIE Wake option to Enabled. PPC-315W/318W/321W/324W-TGL User Manual...
4.2.5 Boot Setup Prompt Timeout This item allows users to set the number of seconds to wait for the setup activa- tion key. 65535 (oxFFFF) means indefinite waiting. Bootup NumLock State This item allows users to select the keyboard NumLock state. Quiet Boot ...
4.2.6 Save and Exit Save Changes and Exit This item allows users to exit the system setup after saving changes. Discard Changes and Exit This item allows users to exit the system setup without saving changes. Save Changes and Reset ...
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