Please open the URL below and follow the instructions.
https://drive.google.com/drive/folders/1wfBmGgBiIg0ZlkSD2_8Lh5mhnvtPEH7u?usp=sharing

I. Preliminary inspection
1. The cable for display, connect to USB 2.0 port right and tightly on MB?

2. Download software from the official Ocypus website：
https://www.ocypus.com/download.html

3. Click Ocypus Logo in bottom right on PC screen, whether it shows 1 device?
**If 1 means the right installation for Ocypus digital software.
**If 0 means the wrong installation for Ocypus digital software.

4. Meanwhile“ON”and“CPU”is opened（golden color means opened）

II. If the device still cannot be displayed correctly, please assist in checking the question:

1. Uninstall the software, close the antivirus software, then download the newest Ocypus software from website again.

2.Add the installation folder to the exclusions and whitelisting the application in Windows Defender.

III. If device show 0, pls follow this link and provide the screen shoot to ocypus team(support@ocypus.com)
https://drive.google.com/drive/folders/1Janus93JYa67VyehCIE8Kok2uhwhUDKu?usp=sharing

Please open the URL below and follow the instructions:

https://docs.google.com/document/d/1Zi10Xd7OivkPQhs_LnUzr-W6nplTFke2/edit?usp=drive_link&ouid=109292035685800971749&rtpof=true&sd=true

For assistance, please contact our customer service at support@ocypus.com.

LGA1851 kits will be available for the all series.

The wiring for the Ocypus digital display air coolers is all similar; depending on the specific model, the number of fans may vary. Generally, there are three connectors that need to be plugged in to get your digital display air cooler functioning: the USB 2.0 connector for data, the PWM connector (an included PWM splitter will be necessary for two fan models), and the ARGB sync connector.

There are a few things that you should check if you are getting a CPU Fan error:
• Make sure that the fan connector is plugged securely into the CPU_Fan header.
• Test if the CPU_Fan header is faulty by plugging in another fan, and seeing if the CPU Fan Error is thrown again. If it does get thrown again, it is likely the sensor on the motherboard that is the issue.
• Make sure the fan speed is not too low. Go into the BIOS and increase the fan speed if it is low.
• Use compressed air to clean the dust off the fan and to clear out any other obstructions.

Please check to see that there is nothing obstructing the fan blades or the bearing of the fan. Clean all dust particles out of the motor hub with compressed air if possible. We would also recommend that you reseat the fan, as misalignments can be responsible for fan noise.

The working temperatures on modern CPUs can vary, but Intel officially claims the working temperature of their processors is below 100°C. AMD states that the working temperature of their processors is below 95°C.

The composition of the vapor in a heat pipe is basically distilled water droplets.

The pre-applied thermal paste is the proper amount of thermal paste that should be used for your installation. Adding more paste is not necessary, and can actually introduce other issues involved with using excessive thermal paste. You would just need to replace the thermal paste after every year of usage.

We would not recommend that any heatsink be used on a CPU without a cooling fan. You would see a sharp rise in temperature that would easily exceed 100℃.

You can find the TDP and socket compatibility information of our coolers at the specification tab on their respective product pages

There are numerous reasons why an air cooler would fail to cool certain CPUs.

• The first thing to check is that the the cooler's stated TDP can handle the CPU at boost levels; CPU manufacturers state TDP at PL1 (pre boost) levels. TDP may not be the most accurate way of rating cooling capability, but it is the easiest metric to apply.
• A user can also try reseating the cooler on the CPU with fresh thermal paste, while making sure that even pressure is applied during installation.
• Also, check that the fan(s) are plugged into the CPU_Fan header.
• The last piece of advice is to double check that the protective sticker on the cold plate is removed; it is very common for someone to forget to remove the sticker while installing coolers.

This is the result of how the heat pipes are sealed off. Please do not worry, as that is how the ends of the heat pipes are expected to look. There are no performance degrades.

The fan should be mounted in such a way that the airflow will be blown through the heat sink. There is a small arrow on the frame of the fan that will show you what direction the airflow will be going. Usually, the fan is mounted on the front side of the cooler, facing the front of the case; the airflow in this orientation would be coming from the front of the case, through the heatsink, and exiting to the rear.

The RAM clearance for the Iota A62 series air cooler is 35mm, and the height comes in at 156mm tall. If you want to clear more room for RAM with higher profiles, you would mount the fan higher up the heatsink to a maximum of 49mm of RAM clearance, but you will have to keep in mind, for every mm higher you mount the fan, the taller the unit's overall height will be. So, make sure that is taken into consideration.

Most Ocypus products that have addressable RGB (or standard RGB) can be controlled with compatible motherboards. The software that must be used depends on the motherboard, as that is the actual component that will send the addressable RGB (or standard RGB) signal to the LEDs. It is recommended that users look up the exact motherboard model on the manufacturer's website, and download the proper lighting software. Generally speaking, the lighting software will be as follows:

• Asus motherboards will be Aura/Armoury Crate
• MSI motherboards will be Mystic Light/Dragon Center
• Gigabyte motherboards will need Fusion 2.0
• AsRock motherboards will require PolyChrome
• If the motherboard is also compatible with Razer Chroma, it can also be used to control the addressable RGB (or standard RGB) of Ocypus Products.

There are quite a number of differences between Addressable RGB (ADD-RGB, ARGB) and standard RGB.

• The first thing to note is that they are not the same technology, and are not cross compatible with each other. ADD-RGB has the ability to control each LED individually; this is how ADD-RGB can do multi-color patterns at the same time.
• ADD-RGB utilizes 3 pins and sends signals in a different way (5v, Data, Ground). In contrast, standard RGB can only display a single color at any given time.
• RGB pins are quite different in the way they control the LEDs. The first pin is the 12v line, the remaining 3 pins dictates what level of each color you will see. The pinout order is 12v, Green, Red, and Blue.

Unfortunately, coolers and fans with single-color LEDs share the same power source on the internal PCB; as a result, the LEDs and power for the fan/cooler to spin can not be disabled separately.

The LGA1200 socket uses the same 75mm x 75mm mounting pattern that is used on the LGA115x sockets. Please follow the mounting instructions for the LGA115x socket for your installation.

All Ocypus liquid cooler products are compatible with the Intel socket LGA115X/1200/1700/1851.

• Plug the digital display's cable into an open USB 2.0 connector on your motherboard.
• Connect the fans on radiator using a Fan Splitter 1 to 2/3 Converter and plug the 4pin connector into a 4-Pin fan header on your motherboard (CPU_FAN/CPU_OPT).
• Plug the 3-Pin pump connector into a pump header on your motherboard (AIO_PUMP/W_PUMP/CPU_OPT).
• Plug the 5V ARGB sync connector (3-Pin) in pump to the ARGB header (3-Pin) on the motherboard.

The fans that are found on the Iota L24/36 series liquid cooler are not available in retail form. At this point in time, you can only find them on specific Ocypus cpu coolers.

The fans that are found on the Delta L24/36 ARGB V2 series liquid cooler are not available in retail form. At this point in time, you can only find them on specific Ocypus cpu coolers.

It is strongly recommended that you leave the transparent peel that protects your display panel on until you complete your build; this will greatly reduce the chances of getting fingerprints or even scratching the surface during the installation of your new Iota L24/36 series liquid cooler.

There can be numerous reasons why an AIO would fail to properly cool a CPU that is within the given rated TDP for the cooler. Here are a few things to check:
• Make sure the protective sticker on heat plate is removed.
• Make sure the cooler can handle the CPU's thermal output at load. The stated TDP from a CPU manufacturer is not rated at load, so be aware of that.
• Double-check to see if you have the pump power connector plugged into either the AIO_PUMP/W_PUMP/CPU_OPT headers.
• Make sure the pump is running at full speed.
• Please make sure the heat plate on the pump is making sufficient contact with the CPU heat spreader. Also, make sure to use a proper amount of thermal paste as well.
• Please test the cooler at stock clock speeds. An overclocked CPU will increase in thermal output exponentially once it starts to use more of the CPU's processing power.
• Check that the fans are functioning correctly, and that the airflow is blowing in the proper direction for your installation.
• Try testing the CPU at different loads with different software. Some stress testing software will have a much harder load on the CPU than others.

There are numerous ways to check if the pump is functional. The two most common way is by feeling for vibrations or listening for sounds from the pump. I would check the BIOS and check for an RPM reading for the fan header that you plugged the pump into. There is also numerous monitoring software out there that can be of great use, like CPUID and AIDA64.

The freezing point of the coolant in Ocypus AIOs is 15℃ below zero.

The tube length for all Ocypus AIOs is 400mm.

Each Ocypus CPU liquid cooler has different specifications, so you need to check the specification tab on their respective product pages.

You can plug the 3-Pin connector from the pump into any 4-Pin fan header. The last pin will just not be occupied. There will be a small plastic guide on the fan header that makes sure that you slide the 3-Pin connector on the first 3 pins.

For the best performance of the Sigma PRO series AIO, we suggest that the inlets/outlets be located on the downward in INTEL platforms. But on AMD platforms we suggest the inlets/outlets be located on the right side.

Please open the URL below and follow the instructions.


https://drive.google.com/drive/folders/1TL6JGoVxTxA-6NVJW68ZyQ_yNjzHcF6O?usp=drive_link

The Iota Series line is rated Gold by 80 Plus.

The most common way to test if your PSU is defective (once you have verified the power outlet is getting power, the power cable is good, and the power switch was "ON" were not the issue) is to do the Paper Clip Jump test.

• This involves completely unplugging everything from a modular PSU except for the 24-pin ATX cable
• Short pins 15 and 16 with a paperclip on the 24-pin connector
• Plug the power cable into a power outlet, and switching the power switch on.
• If the fan spins, that is usually a sign that the PSU is likely working.
• If the fan doesn't spin, you more than likely have a defective unit, and might need to request an RMA.

All series of PSUs all feature Active PFC.
Are Ocypus power supplies CSA or CUL approved? If they are, where on the unit will it show this certification?
Ocypus PSUs are not CSA or CUL approved. However, our PSUs are CE/CB/EAC/TUV/TUVUS certified. CE is the certification for the European Economic Area, while CB is an international certification. The Delta and Iota series also comes with FCC certification.

All Ocypus PSUs can be mounted in any orientation. The PSUs can be mounted in the horizontal or vertical positions. Often, the build of your case would dictate what the best orientation is for your setup. The most common orientation is where the fan is facing down and pulling cool air from a vent at the bottom of the case.

The type of capacitors depends on the PSU model. Iota series uses 100% Japanese capacitors, while the other models usually utilize capacitors from made in china or made in taiwan

Unfortunately, we cannot provide you with these diagrams as they are considered confidential internal information. We would also not recommend disassembling the unit and repairing it yourself due to possible warranty issues and unexpected risk involving capacitance and ESD. If your unit is covered under the warranty policy, we can assist you with an RMA.

Unfortunately, it is quite difficult for most end users to test for unstable power. Generally, a user will experience random shutdowns and failures at higher loads as a symptom of unstable power. The issue with diagnosing the power supply as the problem is that other failing components can cause similar failures. A user could swap out the power supply with another unit to test if the failures continue.

Unfortunately, all the modular cables for Ocypus power supplies are of a fixed length; we are not able to take customer orders for shorter cables.

In consideration of capacitance and ESD (electrostatic discharge), we do not recommend that customers disassemble Ocypus PSUs. There are numerous unexpected risks involved in working with the internal parts of a PSU. There is also differences in starting voltages; so, we would not be able to guarantee that any other fan will be stable and run as intended in our PSUs.

Ocypus PWM capable PSUs are controlled by the intelligent temperature control feature that is built into the PSU. You would not be able to control the fan speed by traditional PWM signals from the motherboard. The fan will only spin at a lower speed when the power load and internal PSU temperatures are lower. Also, make sure the intake for the PSU is clear of any dust or debris and has a clear path for air to enter.

Modular cables can differ between PSU models. You would need to get the cables with the connectors and pinouts that correspond to your unit. The only way to be 100% sure that you have functioning cables is to get the cables made for your specific PSU model.

The CPU temperature display found on some Ocypus cases displays the CPU Package temperature reading. If HWInfo64 is showing a different reading, please make sure you have the polling period set to 1000 ms under sensor settings.

1. Please make sure the power cord is connected securely to the power supply and the power outlet. Ensure the power supply switch is in the ON position (The on position is in the picture below).
2. Please double check that the pw sw connector is properly seated on power sw pins of the motherboard.
3. Please pull out pw sw connector, and short the pw sw pins on the motherboard by using a screwdriver. If you can not boot up the pc, then there could be an issue with the motherboard or PSU. If it powers up, then there could be an issue with the power button module or pw sw pins on the motherboard.
4.If the power button still do not work, it is recommended that you request an RMA for the offending part.
NOTE: Shorting the wrong pins can damage components. If you are not sure if you have everything plugged into the right places, please get professional assistance.

The front panel is secured by expansion clasps and can be removed by pulling the bottom of the front panel cutout slightly away from the case.

1. You need to remove the screws at the rear of the case securing the panels onto the frame of the case.
2. Due to the initial side panel assembly, the panel may have a tight fit and will require extra force to remove it.

1.Please double-check whether the USB connector is correctly connected to the corresponding interface of the motherboard. (USB2.0 and USB3.0 are marked on the motherboard)
2.Please plug the USB device directly into the USB port at the rear I/O of the motherboard, or replace other USB devices to confirm whether the USB device functions normally.
3.Mobile HDDs require a lot more power than other USB devices. Due to the cable overall length (front-end interface cable + mobile hard disk cable). the power at the drive may not be sufficient. It is recommended that HDDs be plugged into a USB port directly on the motherboard's rear I/O panel, or supply the external drive with more power.
4.If the USB ports still do not work, it is recommended that you request an RMA for the offending part.

1.Please double-check whether the "HD Audio” is correctly plugged into the corresponding interface of the motherboard. Normally, it is located at the lower-left corner of the motherboard, and different motherboards manufacturers label it with different names.
2.Please double-check whether the mic and earphones are correctly plugged into the front audio port of the case. Do not mix the position up.
3.Please double-check whether the mic and earphones work well. (You may test the mic and earphone via the rear audio port of the motherboard)
4.Please double-check or update the audio driver.
If you tried all the above steps, your issue is still existing. we recommend you replace I/O PCB to fix this problem.

The LEDs in the I/O panels of some Ocypus cases will remain on because they share a power source with the wires attached to the motherboard. Many PSUs will still provide 5v power in standby mode; in these instances, the easiest method to shut off those LEDs is to flip the off the power switch on the PSU itself.

Ocypus cases feature standard 3.5mm earphone jacks with stereo audio (also known as TRS) and support all 3-ring audio plugs. Due to different manufacturer's 4-ring audio design, some of the 4-ring audio plugs are not compatible with our 3.5mm audio jacks.

All Series Case hard drive can be moved.

Unfortunately, our tempered glass/solid front paneled cases do not have mesh options. The cases will come with one or the other type of panel; due to slight variations between models, the front panels are not usually interchangeable.

Ocypus cases will come with most of the standoffs preinstalled. There are some situations where some of the standoffs will come in the accessories pack; in those circumstances, the user will need to install the standoffs necessary for their motherboard's form factor.

Tempered glass can shatter if it incurs stress point damage, large temperature changes, from impact, etc. Things like overtightening/removing panels screws can create stress cracks, and handling it at a later time can shatter the glass. There is also the less common possibility of NiS impurities in the glass. Depending on the situation, there might be coverage for the panel. If the case arrived with the tempered glass panel already broken, please contact the vendor and request an exchange, as that is likely a result of mishandling during logistics.

In order to avoid cross threading when tightening screws/nuts, it is recommended that the screws/nuts be rotated counterclockwise before screwing them in; by doing this, the installer will align the threading on the screw with the threading in the hole of the bracket/nut/etc.

• Plug the 4-Pin PWM connector into a 4-Pin fan header (SYS_FAN/CHAS_FAN) on your motherboard.
• Plug the ARGB sync connector (3-Pin) to the ARGB header (3-Pin) on the motherboard.

The default rainbow pattern can only be changed if you plug in the sync connector from the specialized adapter cable into a compatible ARGB header on the motherboard. Once that is done, the lighting can be controlled via the motherboard's lighting software.

Each fan has different specifications, so you need to check the specification tab on their respective product pages. The air pressure of a fan is measured in mm/H2O.

8 independent LEDs are found in the center of the fan and 18 independent LEDs are found in the frame of the fan. Total 26 independent LEDs are found in the fan.

8 independent LEDs are found in the center of the fan.

Fan noises can be annoying, but not all noises are indicative of a defect. Noises like rattling, rubbing, and grinding are usual indicators of bad bearings. There are a couple of tips that may alleviate the noises from fans:
• Re-seat the fan, do not over tighten the mounting fan screws (this can affect the efficacy of the vibration pads)
• Mount the fan by tightening down the screws in a criss cross pattern (uneven mounting can cause slight tweaks to the frame and promote rubbing)
• Make sure there are no obstructions in the way of moving parts.
If the noises persist, there is a strong possibility that the fan does have defective bearings.

For assistance, please contact our customer service at support@ocypus.com.

Please open the URL below and follow the instructions:

https://docs.google.com/document/d/1twoy0VSGdPjNy0x2RoRmUQPv6ijJ442K/edit?usp=drive_link&ouid=109292035685800971749&rtpof=true&sd=true

In such cases, simply disconnect the USB cable connecting the cooler to the motherboard, and that will do the trick.

Pls download the theme package you requested from the below link, then import it into the software.Welcome to follow the link for more themes if interested.

https://drive.google.com/drive/folders/1DPrt9wI2-hDNpuew2CLwkHX1oKN7by2v?usp=drive_link