Inquiry Checklist for UAE Fabricators: Key Pre-Quote Confirmations

• Indoor cranes are protected from weather but need to fit your ceiling height and layout.
• Outdoor cranes need protection against sun, dust, and high temperatures (common in the UAE).

• Some cranes stay in one spot (like near a cutting table).
• Others travel the full length of the building to handle different jobs.

The crane type affects how it's built, where it's installed, and what kind of protection it needs. If you choose the wrong type, you might face changes, extra costs, or delays later on. Starting with the right one saves time and trouble.

• Is it for occasional lifting (a few times a day), or continuous use (multiple lifts per hour, every shift)?
• This helps decide the crane's duty class (A3 to A7). In fabrication workshops, A5 or A6 is often used.

• Be specific: Steel plates, I-beams, coils, fabricated structures, machines, or containers.
• If loads are long, wide, or uneven, mention that too. Some loads need special lifting beams or adjustable spreaders.

These details decide the size and strength of the hoist, motor power, brake system, and even the hook type. If the crane is too weak, it risks failure. If it's too strong, you may be overpaying. Getting the load specs right helps the supplier build a crane that fits your work—not just any crane.

• This is how far the crane needs to travel along the length of your workshop or yard.
• For instance, if your workshop is 60 meters long and the crane needs to reach from one end to the other, then the runway length is 60 meters.
• If the crane only serves part of the building, mention that too (e.g., "only 40m travel needed out of total 80m shop length").

The crane span affects the main girder size and wheelbase, while the runway length affects the travel motor size and cable arrangement. If the supplier doesn't have the correct measurements, the quote might be off—or worse, the crane won't fit when it arrives. Getting these numbers right helps avoid costly changes later.

• Check for low ceilings, overhead beams, ventilation ducts, lighting fixtures, or mezzanines that might limit crane height.
• If space is tight, a low-headroom hoist or compact girder design may be needed.

Lifting height affects the hoist model, trolley configuration, and main girder profile. In workshops with limited space, a standard crane might not fit. Knowing your true lifting needs helps the supplier pick the most efficient and space-saving design.

• Mention if your site has voltage drops, fluctuations, or long cable distances that could affect performance.
• If your location is remote or uses a generator, you may need special transformers or surge protection.

Using the wrong voltage or unprotected systems can damage crane motors and panels. Confirming your power specs early ensures the motor, VFD (variable frequency drive), and control panel are correctly configured for safe, smooth operation.

• Is there exposure to dust, humidity, sandstorms, corrosive fumes, or welding smoke?
• For example, steel fabrication yards near the sea may need anti-rust treatment or stainless components.

• In summer, outdoor temperatures in the UAE can reach 48–50°C.
• Mention if cranes will be working during peak heat or in poorly ventilated buildings.

High heat and airborne particles affect motor cooling, brake performance, and electrical safety. Confirming environmental conditions helps the supplier choose proper IP-rated enclosures, cooling fans, UV-resistant paint, and other protective features. It reduces the risk of overheating or failure in real working conditions.

• If you're handling repetitive lifting (e.g., loading/unloading steel plates), automation can improve speed and accuracy.
• Let the supplier know early if you're exploring these options so they can offer suitable control systems and sensors.

The control method affects the electrical layout, safety features, and overall cost of the crane. For example, remote control systems may need additional receivers and safety relays, while cabin controls require platforms and cab wiring. Choosing the right method makes your crane easier—and safer—to use in daily operations.

• If yes, provide drawings or basic measurements (column spacing, rail height, beam specs).
• If not, mention whether you need help designing or fabricating it.

• Share information about access roads, overhead clearance, crane unloading area, and working space for erection.
• Let the supplier know if your facility is still under construction or already in use.

• Common requests include CE marking, ISO 9001, or inspection by SGS, Bureau Veritas, or similar agencies.
• These are often needed for international projects or to meet your client's specifications.

• For example, if you're supplying to ADNOC, DEWA, or a government project, they may have specific requirements for electrical components, testing, or safety documentation.
• Also, check if your facility is in a free zone (like JAFZA or KIZAD), as they may require registration or technical approvals.

If compliance needs are not shared early, the crane design might miss key specs—leading to redesigns, delays, or even non-approval during final inspection. Clear communication upfront helps the supplier prepare the correct documents, use compliant components, and coordinate with the right inspectors to keep your project on track.

• Sharing your budget helps the supplier recommend the best options within your price range.
• It also avoids surprises later if the initial quote is outside what you expected.

Knowing your schedule and budget helps the supplier design a crane that meets your priorities—whether that's speed, cost-efficiency, or extra features. It also allows them to allocate resources and give you a realistic timeline for delivery and installation.