IEEE Std C57.12.28 figure 4 Pushing tool for for high-force applications in electrical testing, transformer maintenance, and mechanical stress

Pushing Tool | Compliance: IEEE Std C57.12.28-Figure 4

Max. Load: 1000N

Resolution: 1N

Error: ±0.5%F.S

Dimension: 260*66*36 mm

According to:IEEE Std C57.12.28-figure4

square face:12.7mm*12.7mm

1. Max Load Capacity

• 1000 Newtons (N)

  • Equivalent to ~102 kg (kilogram-force) or ~225 lbs (pound-force).

  • Ideal for high-force applications in electrical testing, transformer maintenance, and mechanical stress analysis.

2. Resolution

• 1 Newton (N)

  • Precise force measurement increments for accurate, granular control.

  • Critical for applications requiring fine-tuned pressure adjustments.

3. Accuracy & Error Margin

• ±0.5% of Full Scale (F.S)

  • Translates to ±5N at max load (1000N).

  • Meets industrial standards for repeatability and reliability.

4. Dimensions

• 260 mm (L) × 66 mm (W) × 36 mm (H)

  • Compact design for easy handling in confined spaces.

5. Standard Compliance

• IEEE Std C57.12.28-Figure 4

  • Specifically designed for transformer bushing and electrical component testing.

  • Validated for safety and performance in high-voltage environments.

6. Contact Face Specifications

• Square Face: 12.7 mm × 12.7 mm

  • Precision-machined for uniform force distribution.

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IEEE Std C57.12.28 figure 4 Pushing tool for for high-force applications in electrical testing, transformer maintenance, and mechanical stress Images