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  • DIN 582 Eye Nut
  • DIN 582 Eye Nut
  • DIN 582 Eye Nut
  • DIN 582 Eye Nut

DIN 582 Eye Nut

No.706002

The H-Lift DIN 582 Eye Nut is a forged C15E carbon steel lifting point compliant with DIN 582 standards. Designed to thread onto bolts or studs, it provides a secure lifting anchor for machinery. Suitable for vertical lifts, with limited angular loading capability when properly derated.

  • Manufactured to DIN 582 standard specifications
  • Material: Drop-forged Carbon Steel C15E, normalized
  • Available Sizes: M6 to M64 with metric threads
  • Designed for axial lifting; side loads require derating
  • Ideal for creating removable lifting points on existing studs
  • Technical Data

  • Guide to Eye Nuts

H-Lift DIN 582 Lifting Eye Nuts are the global standard for removable metric lifting points. Forged from high-quality C15 or C15E carbon steel, these eye nuts are designed to be screwed onto threaded studs or bolts to create a secure lifting point for heavy machinery, motors, and equipment.

DIN 582 Eye Nut Zinc Plated
📜 DIN 582 Compliant

Manufactured strictly to DIN 582 specifications, ensuring consistent quality, dimensional accuracy, and load ratings for industrial use.

🏗️ Premium C15E Steel

Forged from C15 or C15E (enhanced) carbon steel, offering superior grain structure and impact resistance compared to standard casting.

🛡️ 6:1 Safety Factor

Designed with a minimum breaking load of 6 times the Working Load Limit (WLL), providing a high margin of safety for critical lifts.

📏 Massive Size Range

Stocked in a comprehensive range of Metric coarse threads from M6 to M64, with WLLs ranging from 0.08 tons to 16 tons.

Q: What is a DIN 582 eye nut used for?
A: It is a lifting accessory screwed onto a threaded bolt or stud to create a lifting point. It is commonly used to lift heavy components like motors, gearboxes, and control cabinets.

Q: Can DIN 582 eye nuts be used for angular lifting?
A: Yes, providing the collar (shoulder) is fully seated flush against the mating surface. However, the Working Load Limit (WLL) must be derated for angular lifts (e.g., at 45°).

⚠️ CRITICAL INSTALLATION RULES
  • Flush Seating: The eye nut must be screwed down until the collar is in 100% contact with the surface. Gaps will cause bending failure.
  • Thread Engagement: The stud must have a length at least equal to the depth of the nut's thread.
  • Orientation: For angular lifts, the plane of the eye must align with the direction of the pull. Use shims if necessary.
  • No Cross-Loading: Never apply a load perpendicular to the plane of the eye (sideways).

Technical Specifications

Item No. Size (d) W.L.L. (Ton) Dimensions (mm) Weight Product Code
A B C D kg
HK2406 M6 0.08 20 36 20 8 0.045 706002006
HK2408 M8 0.14 20 36 20 8 0.05 706002008
HK2410 M10 0.23 25 45 25 10 0.09 706002010
HK2412 M12 0.34 30 54 30 12 0.16 706002012
HK2414 M14 0.49 35 63 35 14 0.24 706002014
HK2416 M16 0.70 35 63 35 14 0.24 706002016
HK2418 M18 0.95 40 72 40 16 0.36 706002018
HK2420 M20 1.20 40 72 40 16 0.36 706002020
HK2422 M22 1.50 45 81 45 18 0.58 706002022
HK2424 M24 1.80 50 90 50 20 0.72 706002024
HK2427 M27 2.50 50 90 50 20 0.70 706002027
HK2430 M30 3.60 65 108 60 24 1.32 706002030
HK2433 M33 4.30 65 108 60 24 1.30 706002033
HK2436 M36 5.10 75 126 70 28 2.08 706002036
HK2439 M39 6.10 75 126 70 28 2.02 706002039
HK2442 M42 7.00 85 144 80 32 3.11 706002042
HK2445 M45 8.00 85 144 80 32 3.04 706002045
HK2448 M48 8.60 100 166 90 38 5.02 706002048
HK2452 M52 9.90 100 166 90 38 4.95 706002052
HK2456 M56 11.50 110 184 100 42 6.69 706002056
HK2464 M64 16.00 120 206 110 48 9.30 706002064

A Complete Guide to Eye Bolts

Types, Installation, Safety & Working Load Limits

What is an Eye Bolt?

An eye bolt is a mechanical fastener with a threaded shaft and a loop (eye) at one end. It is designed to be screwed into a structure or equipment to provide a secure lifting point or a tie-down point.

Eye bolts are critical components in rigging operations, allowing wire ropes, shackles, or cables to be attached to loads such as motors, containers, mold plates, and machinery for lifting, tensioning, or securing.

Main Types of Eye Bolts

Choosing the correct pattern is crucial for safety. The two most common types are:

Machinery Eye Bolt (Shoulder Pattern)

Features: Has a "shoulder" or "collar" between the eye and the threaded shank.

Use: Essential for angular lifting (lifting at an angle). The shoulder presses against the mating surface to support the bolt and prevent bending.

  • Suitable for vertical and angular lifts (up to 45°).
  • Most common in heavy industrial rigging.

Machinery Eye Bolt (Plain Pattern)

Features: No shoulder; the thread transitions directly to the eye.

Use: Designed strictly for vertical lifting only (in line with the bolt axis).

  • DANGER: Do not use for angular lifting. The shank can bend or break under side load.
  • Lower cost, good for simple vertical pulls.

Nut Eye Bolt

Features: Designed to be passed through a hole and secured with a nut on the other side.

Use: Typically used when there is no pre-tapped hole available, such as through a beam or a post.

Screw Eye (Lag Eye)

Features: Has a coarse lag screw thread and a sharp point.

Use: Designed for screwing into wood or light duty anchors. Not for heavy machinery lifting.

Proper Installation Methods

The Golden Rule: Flush Seating

For Machinery Eye Bolts (Shoulder Pattern), the shoulder must sit completely flush and firm against the mating surface. If there is a gap, the bolt is acting as a lever and is significantly weaker.

Installation Steps:

  1. Inspect the Hole: Ensure the tapped hole is clean, has good thread condition, and is deep enough for the full shank.
  2. Check Surface: The area around the hole must be flat and clean to allow the shoulder to seat properly.
  3. Screw In: Screw the eye bolt down until the shoulder contacts the load surface securely.
  4. Alignment (Shimming): If the eye is not aligned with the direction of the pull, use a washer (shim) of the correct thickness under the shoulder to adjust the angle. Never unscrew the bolt to align it.
  5. Engagement: Thread engagement length should be at least:
    • 1.5x diameter for steel
    • 2.5x diameter for aluminum/soft metals

Safety Precautions & Working Load Limits (WLL)

⚠ WARNING: Angular Lifting Reduces Capacity

Lifting at an angle significantly reduces the Working Load Limit (WLL) of an eye bolt. Plain pattern eye bolts must NEVER be used for angular lifts.

Reduction Factors for Shoulder Pattern Eye Bolts

When lifting at an angle, you must de-rate the bolt's capacity. Standard carbon steel eye bolts generally follow these guidelines:

Direction of Pull Angle (from Vertical) Remaining Capacity (% of WLL)
Vertical Pull 100% WLL
Slight Angle 1° – 15° 55% - 80% WLL (Check Mfr Specs)
Standard Angular Lift 16° – 45° 25% - 30% WLL
Extreme Angle > 45° NOT RECOMMENDED (Use Swivel Hoist Ring)

*Note: Always consult the specific manufacturer's load chart, as values can vary by brand and material (e.g., DIN 580 vs. ASTM A489).

General Safety Checklist

  • Inspect before use: Look for bent shanks, cracks, nicked threads, or deformation of the eye. Destroy and replace damaged bolts.
  • No Side Loading: Never load an eye bolt perpendicular to the plane of the eye (side loading). This will bend the eye.
  • Do not modify: Never grind, machine, or weld an eye bolt, as this alters its thermal properties and strength.
  • Use Swivel Rings for Rotation: If the load needs to rotate or flip, use a Swivel Hoist Ring instead of an eye bolt to prevent unscrewing.

Materials and Finishes

  • Carbon Steel (Drop Forged): The industry standard for heavy-duty lifting. Usually heat-treated (normalized or quenched & tempered).
  • 304 / 316 Stainless Steel: Essential for marine, food processing, or chemical environments. Note that stainless steel typically has a lower WLL than carbon steel of the same size.
  • Galvanized Finish: Provides a zinc coating for rust protection in outdoor applications.

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