EVGA E1 Carbon Fiber Frame Installation Guide
- October 27, 2023
- EVGA
Table of Contents
- Included Accessories
- E1 Carbon Fiber Frame Overview
- PSU Bracket & PSU Installation
- Motherboard Installation
- VGA Vertical Kit & Vertical VGA Installation
- Top & Front Radiator Installation
- Analog Gauge & Front I/O Installation
- Front I/O Installation
- Suspension System Overview
- Suspension System Maintenance
- Radiator Mount Installation
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
E1 Carbon Fiber Frame
Installation Guide
Included Accessories
E1 Carbon Fiber Frame Overview
PSU Bracket & PSU Installation
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Use 3x M3x6mm screws(B) to fasten the PSU Bracket(A).
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Use 2x M3x10mm screws(C) to fasten the PSU Holder(D).
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Place your PSU on the PSU holder(D) and slide it into the PSU Bracket(A). Use the mounting screws provided with your PSU to fasten your PSU to the bracket(A)
Motherboard Installation
- Use 9x M3x6mm screws(B) with included hex key(A) to install your motherboard.
*Please note that these directions apply to the EVGA Z690 DARK motherboard.
Please consult your motherboard manual if using a different motherboard.
VGA Vertical Kit & Vertical VGA Installation
*Compatible only with 2 Slot PCI brackets or smaller.
1. Use 3x M3x10mm screws(B) to fasten the baseplate(A).| 2. Use the 2x
M3x6mm flat head screws(D) to
fasten the rear bracket(C).
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Use the 2x M3x6mm flat head screws(D) to fasten the rear bracket(C).
Install your graphics card and fasten 1x M3x6mm screw(G) to the rear
bracket(C).
Top & Front Radiator Installation
Fasten your radiator to an available mount location using the screws provided
by your radiator or AIO device.
*The EVGA E1 top and front radiator mounts provide the best compatibility with a 360mm radiator. 240mm and 120mm radiators can also be mounted, but will only be supported by two screws. EVGA does not recommend to use a 240mm or 120mm radiator.
Analog Gauge & Front I/O Installation
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With the clasp open, attach the Analog Gauge and front I/O to the E1 Carbon Fiber frame.
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Once the module is in position, lift up the clasps to lock the module in place.
Front I/O Installation
A USB Type-C Extension
B Front Panel Connector
C USB Connector
D Meter Connector
E HD AUDIO Connector
F USB Extension x2
Plug (A)-(F) to the backside of the front I/O panel and connect the other end
of the cables to your motherboard.
*Meter connector(D) originates from the Analog Gauges and only needs to be installed into the front I/O panel.
*This connector layout applies to the EVGA Z690 DARK motherboard. Please consult your motherboard manual if using a different motherboard.
EVGA E1 Control Software
To activate the Analog Gauges, you must connect the USB 2.0 cable from the
Front I/O to the USB 2.0 Header on your motherboard(C), and run the E1 Control
Software. If the Analog Gauges are not active, please confirm that the E1
Control Software is running.
Scan to download E1 Control
https://www.evga.com/qr.asp?ID=35147
Suspension System Overview
Suspension System Maintenance
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Use both hex keys(D) – use one to hold the sleeve holder(B) and use the other hex key as leverage to spin the metal sleeve(A) clock-wise until loose.
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Use hex key(D) to loosen all 3x M4x5mm full threaded screws(C) on the sleeve holder(B) and loosen the steel cable(E).
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Pull out the steel cable(E) and install or remove the front/top radiator mount.
*WARNING:** EVGA highly recommends to avoid loosening the suspension system unless you need to install or remove the top and/or front radiator mounts, or other components. Each time you reconfigure the suspension system, it is recommended to install a newsteel cable(E) to ensure maximum tension.
Radiator Mount Installation
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Put rubber grommet(G) into the hook(F).
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Fasten M3x6mm screw(H) to fix the hook(F) and radiator mount.
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Slide the steel cable(E) thru the hook(F) and rubber grommet(G).
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Thread the steel cable(E) into the sleeve holder(B), tighten the full threaded screws(C), and use the 2x hex keys(D) to fasten the sleeve holder(B) to the metal sleeve(A) in a counterclockwise direction. (Please refer to p.18.)