2 System Description. KEB E22 Book Mount IPC
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SySTEM DESCRIPTION
2 System Description
C6 E22 BM is a wall book mounting BOX PC designed for installation in industrial control cabinets.
C6 E22 BM is based on the Intel® Bay Trail™ SoC (System on chip) platform, with a quad core Celeron J1900 processor 2.0 GHz (2.42 GHz Burst Frequency), cooled by an internal passive sink placed inside the aluminium housing, that enables fanless operation up to 50°C.
C6 E22 BM provides one DVI-I (DVI-I + VGA) output, two Ethernet 10/100/1000 Mbps interfaces and two USB 2.0 ports on the top side, to simplify the cabling of the unit inside the control cabinet. On the front side, C6 E22 BM provides LED signaling to give a better view of operating signals and, behind the front cover, it provides an external access
CFast slot, a system battery slot and one USB 3.0 port.
The system provides either one SATA II mSATA SSD slot or one connector, for SATA II
2.5“ HDD or SSD (alternately), and RAM configurable up to 8 GB with a single DDR3
SODIMM module.
C6 E22 BM has a 24 V DC power supply unit with galvanic isolation and an optional integrated UPS (Uninterruptible Power Supply), with an external battery pack (also with wall book mounting). UPS and Micro UPS are described in a separate user manual.
C6 E22 BM, as an alternative to the DVI-I output, can integrate the KEB Remote Video
Link, providing remotation of DVI-I and USB 2.0 signals up to 100 m, with an RJ45 connector output (to be used in combination with a standard CAT5 SF-UTP cable). The IPC can also be equipped with add-on cards providing:
1 x Ethernet 10/100/1000 Mbps + 1 x RS232/422/485 (DB15 male, optionally isolated), or 2 x RS232 (DB9 male) + 1 x RS232/422/485 (DB15 male, optionally isolated).
2.1 Key features
• Fanless book mounting PC (0÷50°C operating temperature)
- Compact dimensions
- Cabling from top
- Front access to signalling, interfaces and removable devices
• Intel® SoC Bay Trail Celeron J1900 quad core processor –2,00 GHz (2,42 GHz burst frequency)
• System RAM memory up to 8GB
• ‘on top’ interfaces
- 2 x Ethernet 10/100/1000 Mbps
- 2 x USB 2.0
- 1 x DVI-I or 1 x Remote Video link (DVI-I and USB 2.0 up to 100 m)
- add-on (optional, only one):
• 1 x Ethernet 10/100/1000 Mbps + 1 x RS232/422/485 isolated (DB15)
• 2 x RS232 (DB9) + 1 x RS232/422/485 isolated (DB15)
• ‘on front’ interfaces
- Signalling leds and control buttons (run/stop, reset)
- 1 x CFast slot
- 1 x USB 3.0
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SySTEM DESCRIPTION
• Mass storage either mSATA SSD or 2,5” HDD/SSD with SATA II interface
• 24V DC power supply with galvanic isolation and optionally
- UPS with external battery pack
2.1.1 Isolated Power Supply
Isolated Power supply with galvanic isolation to prevent:
• Common mode noise at low/medium frequencies on the power supply line
• Ground loop noise
• Extra-voltage caused by lightning
• Power supply with grounded positive terminal (e.g. Japan)
Figure 1: Isolated Power Supply
2.2 Package
Package consists of:
C6 E22 BM n.1 Power supply plug (pre-installed on the system) n.1 Power supply cover
Figure 2: Package
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SySTEM DESCRIPTION
2.3 front
Compact solid and robust full aluminium.
2.4 Rear
Figure 3: Front detail
The back of the system is made of a full aluminium plate.
1 1
20
2
1 Fixing holes
2 Rear fixing plate
Figure 4: Rear detail
1 1
SySTEM DESCRIPTION
2.4.1 Connectors
To access the connectors, it is necessary to open the frontal flap.
1
2
3
4
5
1 Front door
2 USB 3.0 connector
3 Battery slot
4 CFAST slot sata2
5 Opening handle
Figure 5: Connector detail
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SySTEM DESCRIPTION
2.4.2 Top Connectors
1 Power DC input connector
2 DVI-I connector
3 LAN1 connector
4 LAN2 connector
5 USB2 connector
6 USB1 connector
Figure 6: Top connectors detail
1
2
3
4
5
6
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SySTEM DESCRIPTION
2.4.3 RVL - Top Connectors / LED
1 Power DC input connector
2 RVL LINK LED
3 RVL OUT
4 LAN1 connector
5 LAN2 connector
6 USB2 connector
7 USB1 connector
Figure 7: Top connectors detail (RVL)
4
5
6
2
3
7
1
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SySTEM DESCRIPTION
2.4.4 KEB Remote Video Link
C6 E22 BM RVL integrates all the circuitry that allows the DVI-D and USB 2.0 signals to be reliably transmitted to a monitor up to 100 m away using a Cat 5e SF/UTP or Cat 6A
SFTP (Shield Foil Twisted pair) cable.
The remotation system is composed by C6 E22 BM RVL and a KEB industrial monitor
C6 Monitor or C6 AMM that integrates the RVL receiver section.
Cat 5e SF/UTP
Cat 6A S/FTP up tp 100 mt
C6 Monitor with integrated remotation
Figure 8: Remote Video Link detail
REMOTATION
CABLE
Cat 5e SF/UTP
Cat 6A S/FTP up tp 100 mt
C6 AMM with integrated remotation
Figure 9: Remote Video Link detail
REMOTATION
CABLE
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SySTEM DESCRIPTION
2.4.5 LED Signaling
1
1 LED signaling area
Figure 10: LED signaling detail
1
5
6
7
2
3
4
1 Power on LED
2 UPS LED
3 HDD activity LED
4 Over temperature / Battery fault LED
5 Watchdog / Reset factory default LED
6 PLC status LED
7 Bus status LED
Figure 11: Buttons area detail
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SySTEM DESCRIPTION
2.4.6 Buttons area
1 Buttons area
Figure 12: Buttons area detail
1 Power on reset
2 System reset
3 Watchdog reset
4 Factory default reset
5 PLC Run/Stop/Reset
Figure 13: Buttons area detail
1
2
3
4
5
1
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SySTEM DESCRIPTION
2.4.7 Power Supply / Earth Screw
2
1
1 Earth screw
2 Power supply area
Figure 14: Power Supply area detail
1 Earth screw
Figure 15: Power Supply area detail
1 UPS connector
2 Power supply socket
Figure 16: Power Supply area detail
1
1
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SySTEM DESCRIPTION
2.4.8 Battery CR2032 3V
1
1 Battery
Figure 17: Battery slot detail
DaNGER Risk of explosion!
If the battery is replaced with an incorrect type.
Dispose of used batteries according to the instructions.
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SySTEM DESCRIPTION
2.4.9 Cfast
1
1 CFast
Figure 18: CFast slot detail
WaRNING Only use KEB approved CFast cards for industrial application.
All the CFast cards intended for other uses (digital cameras, consumer products) do not have the endurance, the performance and the security features (as data reliability in case of a sudden power-off) required for an industrial application.
WaRNING Removing the system memory card while the project is running. If you remove memory card while a project is running, the project may stop.
WaRNING Potential data loss
Data on the memory card is lost if you attempt to remove it while the system is accessing its data.
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SySTEM DESCRIPTION
2.4.10 Micro UPS
UPS (uninterruptable Power Supply) devices are normally used to provide the continuity in the power supply circuitry to electronic devices where the elec-tronics itself or the user’s application hosted by the devices is critical from the possibility of a sudden loose of power. KEB μUPS is designed to be used in combination with CONTROL Soft PLC.
The Micro UPS module is installed on the internal power supply unit.
Energy storage
Charging time
Typical operating time
Maintenance
Installation
Local memory directly managed by the power supply
System’s actions taken when in UNDER_VOLTAGE
Handling of retentive data in
KEB CONTROL runtime implementation
User’s application compatibility
Software utility
Table 1: Micro UPS data
4 super-capacitors 28F 2.7V connected in series.
15s
Greater than 500ms
None
Built-in electronics and super-capacitors
Non volatile 512KB MRAM for Soft PLC retain feature; real available memory
64KB for RETAIN segment + 128KB for PERSISTENT segment
LCD is switched OFF
USB power supply is switched OFF
When receiving the UNDER_VOLTAGE signal the CPU starts a 20ms timer.
When the timer is elapsed the system checks again the UNDER_VOLTAGE.
If the signal is still active the system checks for the MICRO_UPS_VCAP_OK.
If this signal is high the super-capacitors are ready and the peripherals are switched off (see previous point).
The memory data block (128KB) is copied the MRAM memory.
In case the super-capacitors are not ready, no data is saved to avoid possible data corruption. The data saving process can be estimated never exceeding
250ms at maximum.
After the data copy has been completed if the UNDER_VOLTAGE signal is still active the system is turned off; if the UNDER_VOLTAGE signal is OFF the system is restarted automatically.
In case of a shutdown command the data is saved and the system turned off.
Note: Sleep mode is not supported.
YES, applications can subscribe μUPS “power-down event” form μUPS APIs.
Note: no shutdown command is sent to the OS, hence no files nor databases can be automatically closed without proper handling of the event.
Note: If KEB CONTROL has to manage retain variables the user’s “eventapplication” must work on a priority level greater than 10.
Note: please contact KEB support for further details about APIs availability and use.
Micro UPS diagnostic utility (available on request).
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SySTEM DESCRIPTION
2.4.11 Labels position
On the lateral panel the following label is present:
2
1
3
1 Model
2 CE marking
3 Marial number
4 COMBIVIS connect license
5 COMBIVIS HMI license
Figure 19: Labels position
4
5
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