Thin Client / Small PC Enclosure Frequently Asked Questions

In this article:

What are the advantages of the Hope Industrial enclosure over an off-the-shelf industrial enclosure?

For years, customers have used off-the-shelf enclosures along with Hope Industrial displays, keyboards, and mounts to create full stand-alone workstations. Using basic enclosures requires solving a common set of engineering problems: mounting the thin client or PC, mounting the enclosure, supplying power, cooling, and routing cables. Our enclosure solves these problems, allowing the customer to concentrate on selecting the proper thin client or small form factor PC and on the application itself.

  • Thin Client Ready - Internal mounting plate includes standard 75mm and 100mm VESA mounting holes, as well as mounting patterns for a variety of 3rd-party thin clients (see below). The oversized mounting plate can be drilled to accommodate any other required mounting pattern.
  • Ruggedizes Non-Industrial Hardware - Provides a safe environment for an office-rated thin client; makes an inexpensive office-grade thin client feasible on the factory floor.
  • Integrated Cooling - A single internal circulating fan cools the integrated power supply, circulates the air inside the enclosure, and also directs air flow over the thin client or PC to minimize heat rise. Air is circulated over 735 in2 of surface area to cool the enclosure interior without circulating outside air.
  • Stainless Steel - Rugged stainless steel construction (black carbon steel optional) is tougher than plastic while maintaining a full NEMA Type 4/4X (IP65/66) rating for wash-down applications.
  • Integrated Power Supply - Integrated industrial power supply provides up to 22 W of power at 5 VDC (ENCL-TC01 and
    ENCL-TC02 models only) and 40 W at 12 VDC (24 VDC for ENCL-TC02 models; 19 VDC for ENCL-TC03 models), meeting the needs of most thin clients and many small form factor PCs. Input power is integrated with display AC power so only a single AC input is required, and DC output is provided via convenient terminal block connections.
  • Integration with Hope Industrial Mounts - The enclosure is pre-drilled and fitted for use with Hope Industrial pedestal mount options. All cable routing is handled internally without any additional drilling or sealing by the customer.
  • Wall Mount Option - When a full pedestal is not required, the enclosure can be mounted directly to a wall using an optional bracket (Hope Part No.: WB-ENCL1-SS4).
  • Internal Cable Management - Included, pre-fit cable raceway comes pre-mounted, ensuring a clean installation.

Which Thin Clients or Small Form Factor PCs will work with this enclosure?

The enclosure can be used with most devices that will physically fit inside the enclosure, and will not give off more heat than can be safely dissipated by the enclosure's cooling mechanism while maintaining an operating temperature that is within the device's normal operating range. This section addresses physical fit and device mounting, while the next addresses heat.

Physical Constraints

Physically, the enclosure can usually accommodate a device up to (W x H x D) 228 mm x 325 mm x 93 mm (9.0" x 12.8" x 3.7") which includes an allowance for typical cable connectors plugged into the back of the device. It does not include any allowance for mounting brackets that may be needed on the top and bottom. The maximum allowable space is (W x H x D) 305 mm x 325 mm x 93 mm (12.0" x 12.8" x 3.7").

To mount the thin client or small form factor PC, an internal mounting plate is provided which includes standard 75mm and 100mm VESA mounting holes, as well as mounting patterns for a variety of 3rd-party thin clients and small PCs. The oversized mounting plate can be drilled to accommodate other mounting patterns. The following chart illustrates several popular thin clients and PCs, their preferred mounting method, and whether a separate bracket is required:

Model Mounting Method Optional Mfg. Bracket (if needed)
Thin Clients
HP t5145, t5325, t5540, t5545, t5630,
t5730, t5735, t5740, t5745,
st5742, st5747, gt7720, gt7725
Existing mounting holes and
optional HP bracket
HP Quick Release and
VESA Side Panels (FV248AA)
HP MultiSeat t100 Existing mounting holes and
included HP bracket
Arista MicroBox-6824A-ACP Existing mounting studs  
Arista MicroBox-7824A-ACP Existing mounting holes  
Arista AP-3200-ACP, AP-3300-ACP Existing mounting holes and
optional Arista bracket
Arista VESA Mounting Kit
Advantech C-UNO-2053E-ACP Existing mounting holes  
Wyse S Class (S10, S30, S50) Existing mounting holes and
optional Wyse bracket
Wyse Wall Mount (920277-01L)
Wyse C Class (C10, C30, C90) Existing mounting holes and
optional Wyse bracket
Wyse Wall Mount (920277-01L)
Wyse V Class (V10, V30, V50, V90) Existing mounting holes and
optional Wyse bracket
Wyse Wall Mount (920278-01L)
Small Form Factor PCs
Advantech UNO-2173 Existing mounting holes  
Advantech ARK-3202 Existing mounting holes  
Advantech ARK-6320 Existing mounting holes  
Advantech UNO-2182 Existing mounting holes  
Intel NUC D54250WYK Included Intel bracket  

Don't see your device listed? Contact us

Power Supply Limits

The integrated power supply in ENCL-TC01 enclosures outputs 5/12 VDC (22 W at 5 VDC and 40 W at 12 VDC), while the ENCL-TC02 outputs 5/24 VDC (22 W at 5 VDC and 40 W at 24 VDC), and the ENCL-TC03 outputs 40 W at 19 VDC.

Will my Thin Client, Small Form Factor PC, or other devices run too hot inside this enclosure?

Using Hope-Industrial-Tested Thin Clients and Small PCs

Hope Industrial has tested many devices to determine the actual heat-rise around the units' circuit boards when mounted in our enclosure. Thanks to the internal circulating fan, many vented commercial devices designed to be placed on a desk, will actually run cooler inside our enclosure than they would in a typical office environment.

For example, when testing a Wyse S10 placed on a desk, we found that the operating temperature surrounding the electronics inside the device was 17°C (31°F) higher than the ambient temperature; meaning that in a 72°F office the device electronics are actually running at ~103°F.

When the same device was placed inside the Hope Industrial enclosure, the temperature rise around the electronics was only 8.3°C (14.9°F), since the enclosure's internal fan removes heat from the thin client and convects that heat to the inner walls of the enclosure. This means that the Wyse S10 will run cooler inside our enclosure than sitting on a desk in the same environment.

The fan has a great impact on devices with case vents like the S10, but unvented devices will get a similar benefit; circulating air takes heat away from the device. Heat inside the enclosure is generally not an issue for industrial-rated (noncommercial) devices since they are designed to keep the internal electronics cool. Tests using a popular Advantech thin client (rated to an operating temperature of 55°C) showed an internal heat rise of ~11°C (19.8°F). When inside our enclosure, the internal heat rise was still only 17°C (30.6°F). Either way, the thin client can easily handle the vast majority of industrial environments.

The following chart lists the test results of popular thin clients and small form factor PCs when placed in the Hope Industrial enclosure.

In most cases, the net increase in temperature of the device components when the device is placed in our enclosure is negligible!

Manufacturer Model Mfg. Max
Temp Rating
Typical Operating
(as measured)
Heat Rise around
Circuit board,
on Desktop
Heat Rise around
Circuit board, in Hope
Industrial Enclosure
Thin Clients
Wyse S10 40°C 6.6 W 8°C 5°C
Wyse V90 40°C
14.1 W 10°C 3°C
HP T5145 40°C 18 W 18°C 19°C
Advantech UNO-2053 55°C 15 W 11°C 17°C
Arista MicroBox-7824A-ACP 50°C 24 W 20°C 21°C
Small Form Factor PCs
Advantech UNO-2173A/AF 70°C 10W 13°C 13°C
Advantech ARK-3202 60°C 15W 17°C 21°C
Advantech ARK-6320-6M01E 50°C 40W 19°C 23°C
Advantech UNO-2182-D12E 60°C 25W 29°C 31°C
Intel NUC D54250WYK 50°C 13W 23°C 29°C
Intel NUC NUC5i3MYHE 50°C 21W 36°C 41°C

Don't see your device listed? Contact us and we will gladly review your device to determine what type of additional heat benefits the enclosure can provide.

Using Other Devices Inside the Enclosure

To determine the maximum wattage of small PCs (or any other combination of hardware not yet tested by Hope Industrial), you must take into account the total wattage consumed by the equipment, the maximum expected ambient temperature (outside the enclosure), and the maximum rated operating temperature of the device. Please contact us for a consultation, or use the following steps:

  1. Calculate the total expected wattage that will be consumed by the equipment you will place in the enclosure.
  2. Refer to the chart below to determine the expected heat rise inside the enclosure at the wattage determined in step 1.
  3. Determine the maximum ambient temperature expected outside the enclosure and add this to the heat rise determined in step 2.
  4. Compare this to the maximum rated operating temperature of the equipment to make sure that the calculated temperature does not exceed the rated temperature of the device.

When selecting a small form factor PC or other device, keep in mind that vented devices and those with lower-wattage consumption will typically run cooler inside the enclosure. Cooler operating temperatures will extend the life of most electronic components.

Internal Enclosure Temperature Rise Graph

Note that this graph does not take into account the additional benefits of circulating air through the vented enclosure of some commercial thin clients, which provides additional heat handling. Also, this graph assumes that the internal circulating fan is running. If the fan is bypassed or disabled in any way, this graph is no longer valid.

For applications where additional cooling is needed, contact us for information on active cooling options, which can extend the heat handling capability of the enclosure up to 175 watts.

Graph showing how temperature rises in the Thin Client Enclosure as total wattage of components inside increases