The CP6700 and CP6706 built-in Panel PCs are designed for installation in the front of a control cabinet or control housing and, with their highly integrated 3½-inch motherboard, they represent a powerful platform for use in machine construction and plant engineering, for example with the TwinCAT automation software running on Windows 10 IoT Enterprise. They are available with two different touch screen displays with a 7 or 10.1-inch screen size.
Scalable performance
Both sizes are equipped with Intel Atom® processors with up to four cores and with a screen size of 7 or 10.1-inch.
Highest data availability and data security
Due to the fanless design and the use of a CFast card, the CP6700 and CP6706 Panel PCs contain no rotating components. A 24 V power supply unit is included with both variants, optionally also with a capacitive uninterruptible power supply (1-second UPS).
Flexible expansion options
The optional C9900-G07x push-button extensions supplement the built-in Panel PCs by an emergency stop and three push-buttons with signal lamps. In addition, a third Ethernet interface can be integrated.
Accessibility of the components
The CFast card and the lithium battery for the system clock are accessible from the rear side in the connector bracket.
Central EtherCAT control
Due to the two independent Ethernet interfaces, the CP6700 and CP6706 Panel PCs are ideally suited for use as the compact central unit of an EtherCAT controller.
Advantage at the very core: the Beckhoff Industrial PCs
Beckhoff is a pioneer in PC-based automation technology and has been developing and producing its own PC hardware since 1986. The technology know-how that has grown over the past decades is incorporated today into all Beckhoff Industrial PCs. Their principle feature is the use of state-of-the-art components and processors of the highest performance class. Combined with a high in-house production depth, including proprietary motherboard production, long-term component availability, extremely flexible configuration and customer-specific adaptations, Beckhoff presents itself today as one of the world's leading Industrial PC manufacturers.
Product status:
regular delivery
Product information
Technical data | CP6700-0001-0050 | Options |
---|---|---|
Device type | Economy built-in Panel PC | |
Housing | aluminum front with sheet-steel rear cover | |
Slots for hard disk/flash | 1 slot for CFast | |
Installation | pull-out clamping levers for fast installation without loose parts | |
Protection rating | front side IP54, rear side IP20 | |
Operating temperature | 0…55°C | |
Display size/resolution | 10.1" 1024 x 600 | |
Touch screen | single-finger touch screen | |
Processor | Intel Atom® E3815, 1.46 GHz, 1 core (TC2, TC3: 40) | up to Intel Atom® E3845 1.91 GHz, 4 cores (TC2, TC3: 50) |
Motherboard | 3½-inch motherboard for Intel Atom® E38xx | |
Memory | 2 GB DDR3L RAM | up to 8 GB DDR3L RAM ex factory |
Graphic adapter | integrated in the processor | |
Ethernet | 2 x 100/1000BASE-T on-board | 1 additional 100/1000BASE-T |
Hard disks/flash | 40 GB CFast card | up to 320 GB CFast card |
Interfaces | 4 x USB 2.0, 1 x DVI | |
Power supply | 24 V DC | 1-second UPS |
Operating system | Windows Embedded Compact 7, English | Windows Embedded Standard 7, Windows 10 IoT Enterprise |
Options | 10.1-inch economy Panel PC |
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C9900-C572 | processor Intel Atom® E3827, 1.75 GHz, 2 cores (TC2, TC3: 40), instead of Intel Atom® E3815, 1.46 GHz (TC2, TC3: 40).
With Windows Embedded Compact 7 only one core is supported. Multicore support is available with Windows Embedded Standard 7 and Windows 10 IoT Enterprise. |
C9900-C573 | processor Intel Atom® E3845, 1.91 GHz, 4 cores (TC2, TC3: 50), instead of Intel Atom® E3815, 1.46 GHz (TC2, TC3: 40).
With Windows Embedded Compact 7 only one core is supported. Multicore support is available with Windows Embedded Standard 7 and Windows 10 IoT Enterprise. |
C9900-R257 | memory extension to 4 GB DDR3L RAM, instead of 2 GB, requires a 64 bit operating system or only 3 GB are addressable |
C9900-R258 | memory extension to 8 GB DDR3L RAM, instead of 2 GB, requires a 64 bit operating system |
C9900-B415 | third on-board Ethernet adapter on the 3½-inch motherboard for Intel Atom®, wired out with a 100/1000BASE-T connector inside the connector bracket at the connection section |
C9900-H620 | 80 GB CFast card, 3D flash, extended temperature range, instead of 40 GB CFast card |
C9900-H628 | 160 GB CFast card, 3D flash, extended temperature range, instead of 40 GB CFast card |
C9900-H673 | 320 GB CFast card, 3D flash, extended temperature range, instead of 40 GB CFast card |
C9900-U214 | internal, capacitive 1-second UPS to ensure secure backup of persistent application data on the flash card, requires TwinCAT |
C9900-S706 | TwinCAT 2 PLC runtime for Windows Embedded Compact 7 |
C9900-S707 | TwinCAT 2 NC PTP runtime for Windows Embedded Compact 7 |
C9900-S708 | TwinCAT 2 NC I runtime for Windows Embedded Compact 7 |
C9900-G072 | Push-button extension for CP6x00 with landscape 10.1-inch display
– push-button extension on the bottom side – 3 push-buttons with signal lamp, type RAFI RAFIX 22FS+, round, 30 mm – 1 emergency stop, type RAFI RAFIX 22FS+ – Labels for push-button caps for individual marking of each push-button can be ordered as an option. – The emergency stop is wired with two normally-closed contacts, the red push-button with one normally-closed contact and the remaining push-buttons each with one normally-open contact to a terminal row. – Additionally, all push-buttons are transmitted with a normally-open contact via USB. – The LEDs of the push-buttons are controlled via USB only. |
C9900-G073 | Push-button extension for CP6x00 with landscape 10.1-inch display
– push-button extension on the bottom side – 3 push-buttons with signal lamp, type RAFI RAFIX 22FS+, round, 30 mm – 1 emergency stop, type RAFI RAFIX 22FS+ – Labels for push-button caps for individual marking of each push-button can be ordered as an option. – The emergency stop and the red push-button are wired each with two normally-closed contacts to a terminal row. The remaining push-buttons are wired each with two normally-open contacts to a terminal row. – The LEDs of the push-buttons are wired to a terminal row. |
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