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hi YOU CAN FIND THE SOLUTION FOR YOUR HUB
Warranty Period
:
Lifetime Warranty
Integrated/Included Cable Length
:
1.8m Belkin Pro Series USB Device Cable
LED Indicators
:
1 x Power LED (Green), 4 x Port Indicator LEDs (Green)
Max. Load Per Port
:
500mA
Package Contents
:
USB 4-Port Hub, USB Device Cable (A-B), User Guide,
Power Supply
Power Supply Specifications
:
5 V DC 4 A (Provided)
Option to Expand/Cascade
:
Yes, via Hubs of this design (stackable) or other
Enclosure Type
:
High-Impact Plastic Enclosure
If you no longer have the manual for you're Intel D815EEA motherboard, open the link provided and download it; http://downloadcenter.intel.com/Detail_Desc.aspx?agr=Y&DwnldID=17793&ProdId=385&lang=eng You will also need Adobe reader installed to view the manual; http://www.adobe.com/products/reader/ Read over pages 65 to 68. Once completed turn to page 68 Figure 23. Front Panel connectors. Figure 23 shows two views. View - (left figure), shows J9C1 as you look down at the front panel pins. The right figure will not be needed. Connect each jumper or each pair as shown. Wire colors are important and do vary from case to case. The common color of each pair will most likely be used for negative. Wire colors such as blue, light blue, green, light green, red and light red are commonly used as positive. Pin 1 will be positive and pin 3 will be negative. This is letter - C. Hard drive activity LED. Pin 2 is positive and pin 4 is negative. Case power LED, and so forth. As mentioned on page 65, the case front panel pins use 5 volts DC. If you make a mistake and place a jumper backwards (No LED light), just power off the switch on the back of the power supply and correct the jumper by turning it 180 deg. If you’re case’s LEDs do not light up than you will need to connect letter G and letter H. The electronic circuits under the motherboard should supply all 16 motherboard pins with the 5 volt DC and ground needed.
Power led on the front of the tower, it should be solid green when on. Flashing Amber is generally an indication of a bad power supply inside the tower
Power LED Solid AMBER indicates system is not finishing the power on self test (POST) and you remove all connections from the tower except power and try turning on again. If no change, remove all PCI and PCI-E cards from system, try again, no change replace motherboard.
On the back of the tower are 4 diagnostic LEDs near the ps2 ports marked ABCD, after the POST, during a normal boot the will flash in several sequences and with boot is finished all 4 should be green. If they stop an a different pattern, then that indicates a failure Yellow Yellow Green Green indicate bad RAM for example
If the LEDs on front and back are Green then the system appears to be booting but the monitor display is not functional
The green LED on the motherboard means the board is in "Stand by mode". This green LED uses 5V DC to light the LED. After replacing your PS back into your system it may function just fine.
This is the indicator configuration for the 2600, if the lights are yellow there is a problem.
The following indicator LEDs provide power, activity, and status information:
• POWER (green)—Lit when power is on
• RPS (green)
– Off—No redundant power supply (RPS) is present
– Blinking—System is booted, RPS is present, RPS failure
– Continuous on—System is booted, RPS is present, no RPS failure
• ACTIVITY (green)
– Slow, steady blinking—System is booting
– Blinks during system activity, such as interrupts and packet transfers
I suggest going to Cisco.com for full documentation on this product.
Hi Franceso, plz specify Is it powering ON ? Which LED is glowing? These leds are there on the front panel :
1 Power On/Standby button 2 System power LED Green = Power on Amber = System shut down, but power still applied Off = No power
3 Internal health LED (Wave sign in BOX) Green = Normal Amber = System degraded. To identify the component in a degraded state, refer to system board LEDs. Red = System critical. To identify the component in a critical state, refer to system board LEDs. Off = Normal (when in standby mode)
4 External health LED (power supply) Green = Normal Amber = Power redundancy failure Red = Critical power supply failure 5 NIC 1 activity LED Green = Network link Flashing = Network link and activity Off = No link to network. 6 UID LED Blue = Activated Flashing = System remotely managed Off = Deactivated 7 UID button
If it is Internal health led then any internal h/w issue is suspected. If it is external health led then any power supply or power source related issue is suspected. Also
check the status of the server & its IML (Integrated Management
Logs) in ilo (Integrated Lights Out ) if it is configured. (2nd RJ45
port in rear)
Remove the rear panel. With the TV on you should see a red LED near the center of the PCB. There should also be 5 green leds, 3 to the left a 2 behind. If there is no red leds, check the fuses. If there are no green leds or maybe 1 or 2, disconect PSD5. It's a connector on the left side of the power board that connects to the audio board. It's the 3rd on fro the back. It's labled. With that disconected, turn on the set and look for the green leds. If all 5 light, the power supply is OK and you have a problem beyond that. If they don't all light you have a bad power supply.
Are you using a Kofax SCSI card or an normal SCSI controller like Adaptec?
By using a normal SCSI controller, is there an ASPI driver problem after a
WIN XP update? After an update check the ASPI dlls in \sytem32. They should be version
4.71 or higher.
Check the SCSI connector pins and the terminator. If available change the cable.
Scanner check: Is the green lamp (Ready) on or is the red lamp (Error) on?
- green lamp on: the internal self test is ok, but the internal SCSI interface may possibly faulty.
- red lamp on: the internal selftest detect an error. It's possible that the DC/DC power board, the CPU board or the power supply inside the scanner is defective. After reassembling the front side camera you will see at the bottom a PCA board with some LEDs whitch indicate by red light the different voltages when power is on. You find the different voltages printed at the PCA close to the LEDs. In case on or more LEDs don't shine the according DC/DC transformer on the PCA is defective. Futher you see LEDs at the camera PCAs. They should be on too.
In case the CPU board has an defect you must have an special Kodak activation tool to unlock an new or used CPU board after exchange.
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