Redding
Redding Model No. 2 Master Powder Scale 505 Grain
Redding Model No. 2 Master Powder Scale 505 Grain
The Redding Model No. 2 Master Scale is a mechanical beam scale built for reloaders who need precise, repeatable powder and bullet measurements. Its 505 grain capacity and 1/10 grain accuracy let you work across a wide range of charges, while the magnetically dampened beam settles quickly for fast, stable readings.
Hardened and ground knife edges rest on precision milled stainless steel bearing seats, and the two counterpoise system with 1/10 grain over/under graduations makes fine adjustments straightforward. A pour spout pan and flat pan platform handle both poured powder and weighed bullets, and because the scale is fully mechanical, there are no batteries or electronics to fail.
Key Features
| Brand | Redding |
| Model | Model No. 2 Master Scale |
| Product Type | Mechanical Beam Scale |
| Capacity | 505 grain |
| Accuracy | 1/10 grain |
| Beam Damping | Magnetically dampened |
| Knife Edges | Hardened and ground |
| Bearing Seats | Precision milled stainless steel |
| Counterpoise System | Two counterpoise |
| Graduations | 1/10 grain over/under |
| Pan Type | Pour spout pan and flat pan platform |
| Power Source | None (mechanical) |
| Manufacturer SKU | RDNG-02000 |
| UPC | 611760020001 |
| Condition | New |
Highlights
- 505 grain capacity with 1/10 grain accuracy
- Magnetically dampened beam for fast, stable readings
- Hardened and ground knife edges with precision milled stainless steel bearing seats
- Convenient pour spout pan and flat pan platform
- Simple two counterpoise system
- 1/10 grain over/under graduations
- No batteries or electronics to fail
How to use
Place the scale on a level surface and use the two counterpoise system to set your desired charge weight. The 1/10 grain over/under graduations allow fine adjustment, and the magnetically dampened beam settles quickly for fast, stable readings. Use the pour spout pan for powder or the flat pan platform for bullets.
Frequently asked questions
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