Okay, let's break this down, keeping in mind that "short run" and "looks nice" aren't always code compliant. We need to consider the NEC (National Electrical Code), which is the standard in the US (and often forms the basis of electrical codes in other regions).

Understanding the Situation

You're describing a short run of conduit with symmetrical bends that you're considering not strapping (supporting). You like the aesthetic, but you want to know if it's a code violation.

Why Strapping Matters (The Code Perspective)

The NEC requires conduit to be supported for several key reasons: Mechanical Integrity

Supports prevent the conduit from sagging, moving, or being damaged by physical stress. This is critical for protecting the conductors inside.

Strain Relief

Conduit supports prevent stress on the terminations (where the wires connect to devices like panels, boxes, or equipment). Without support, movement can loosen connections, leading to arcing, overheating, and potential fire hazards.

Proper Grounding/Bonding

If the conduit is used as a grounding conductor (metallic conduit is often used this way), proper support ensures a continuous and reliable ground path. Loose or unsupported conduit can compromise the grounding system.

Safety

Falling or shifting conduit can be a safety hazard, especially in accessible areas.

Code Requirements - Key Sections to Consider (NEC - consult the current edition for precise language and updates) NEC 344.30 (IMC) / 352.30 (RMC) / 358.30 (EMT) / 356.30 (LFMC) / 350.30 (FMC) - Support. This is the main section. It outlines the requirements for supporting conduit. The specific distances vary depending on the type of conduit (IMC, RMC, EMT, PVC, LFMC, FMC). The NEC includes tables (like Table 344.30(B)(2) for IMC) that specify maximum support intervals. NEC 300.11 - Securing and Supporting. This is a general section that applies to all wiring methods, including conduit. It focuses on making sure the wiring is securely fastened in place. NEC 314 - Junction Boxes, Pull Boxes, and Conduit Bodies. While not directly about strapping the conduit itself, this section addresses how conduit is secured to boxes and enclosures. The method of securing the conduit to the box often contributes to overall support. The relevant Article for your particular type of conduit as noted above, for example Article 344 for IMC.

Key Factors in Determining Code Compliance1. Conduit Type

Is it EMT (thinwall), RMC (rigid metal), IMC (intermediate metal), PVC, LFMC (liquidtight flexible metal), or FMC (flexible metal)? Each has different support requirements.2.

Length of Run

Even a "short run" can violate the code if the unsupported length exceeds the maximum allowed distance between supports.3.

Size of Conduit

Larger diameter conduit generally requires more support.4.

Application

Are there vibrations or other stresses that might affect the conduit? If so, more frequent support may be needed.5.

Local Amendments

Your local jurisdiction may have amendments to the NEC that are more stringent. Always check with your local building department.

The "Symmetrical Bends" Issue

The symmetrical bends themselves aren't inherently a code violation, provided the conduit is adequately supported after the bends. The bends introduce stress points, which increases the likelihood the conduit can move or sag.

The Problem With Un-strapped, Symmetrical Bends on a "Short Run"

Even on a short run, the symmetrical bends reduce the rigidity of the conduit. Without support, those bends will act as points of leverage, making the conduit more susceptible to movement and strain.

Scenario 1: Likely Violation

Let's say you're using 1/2" EMT in a dry location, and you have a 3-foot run with two 90-degree symmetrical bends, and no straps. EMT requires support every 10 feet, but any bend increases strain and leverage on the length of the conduit. Because of the bends, the 3ft run is likely considered not to be a secure and stable installation by an inspector and you might be asked to add supports.

Scenario 2: Less Clear, but Still Potentially Problematic

Let's say it's a very short run (maybe 12 inches) of rigid metal conduit (RMC) directly between two rigidly mounted boxes, and the conduit is securely screwed into both boxes. In this case, an inspector might be lenient, especially if the conduit is a small diameter. However, even then, if the inspector thinks the conduit is subject to any stress or movement, they can still require support.

The Bottom Line It's highly likely that your un-strapped conduit with symmetrical bends, even on a short run, would be considered a code violation. The bends weaken the structural integrity and increase the risk of movement. Err on the side of caution and install supports. Use appropriate conduit straps or hangers that are listed for the type and size of conduit you are using. Consult the NEC and your local electrical inspector. They have the final say. If Aesthetics Are Important

Use conduit straps that are visually appealing. There are many different styles and finishes available. You can also try to conceal the straps behind other elements if possible. Consider using offset conduit nipples if you have a small gap to bridge that would negate the need for bending.

How to "Get Away" with Minimal Strapping (While Still Being Safe and Code-Compliant)1. Use Rigid Conduit

RMC or IMC offers the most mechanical strength and allows for longer support intervals.2.

Securely Mount to Boxes

Make sure the conduit is tightly connected to the boxes or enclosures at each end. Use locknuts correctly.3.

Short, Straight Runs

Avoid bends if possible, and keep the run as short as possible.4.

Consult Your Inspector

Before you start, discuss your plan with your local electrical inspector. They can give you specific guidance based on your situation.

In summary, while you can try to be creative, never compromise safety or code compliance. A well-supported conduit system is essential for a safe and reliable electrical installation. Flag for review