Краеугольный камень нашего успеха
Standard guide rails follow established international profiles — most commonly the T-section rails defined under EN 81 (Europe) or ASME A17.1 (North America). They're produced at scale, widely stocked, and interoperable across most lift systems.
Custom guide rails are manufactured to specific dimensions, tolerances, or material specs that fall outside those standard profiles. They might have a non-standard cross-section, special surface treatments, tighter straightness tolerances, or be made from a different steel grade altogether.
| Factor | Standard Rails | Custom Rails |
|---|---|---|
| Unit Cost | Lower — competitive market pricing | Higher — tooling and small-batch production |
| Lead Time | Days to 2 weeks (often in stock) | 4–12 weeks, sometimes longer |
| Compliance | Pre-certified to EN 81 / ASME A17.1 | Requires additional testing and documentation |
| Installation Fit | Good for standard shaft sizes | Excellent for unusual or constrained shafts |
| Spare Parts | Widely available from multiple sources | May depend on original manufacturer |
| Lifecycle Cost | Predictable and low | Can be lower if it avoids ongoing adaptations |
| Supplier Risk | Low — multiple qualified suppliers | Medium to high — limited supplier options |
There's no universal right answer — it comes down to your project type. Here's how most scenarios break down:
After the basic cost and lead time comparison, here are the details that tend to catch procurement teams off guard:
Standard T89 or T114 rails come in different tolerance grades (e.g., T89/1 through T89/3 in EN standards). A higher accuracy grade isn't always necessary — but for speeds above 2.5 m/s, specifying the wrong grade leads to increased vibration and passenger discomfort. Make sure your specs align with the car speed, not just the load.
The splice plates (fishplates) that connect rail sections are not always interchangeable between manufacturers, even for "standard" profiles. If you're sourcing rails and fishplates separately — or mixing suppliers across a multi-site project — verify compatibility upfront. This is one of those small details that becomes a big problem on site.
Don't just ask if a supplier has ISO 9001. For elevator guide rails specifically, look for documented compliance with EN 15419 (the European guide rail standard) or equivalent, plus CE marking if you're supplying into Europe. For custom rails, ask specifically what third-party testing was done on the custom profile — not just the material certificates.
Run through these before finalising your guide rail spec on any project:
