Ohaus i-D15B1R New Bases Scale

Ohaus i-D15B1R New Bases Scale

Product Description

The Ohaus i-D15B1R New Bases is a durable and precise weighing base designed for industrial, commercial, agricultural, and laboratory applications. With a 15 kg capacity and 2 g readability (5 g certified readability), it provides dependable accuracy for small-to-medium weighing tasks. Built with a corrosion-resistant stainless steel platform and a sturdy 7.2 kg frame, this base ensures long-term reliability even in challenging environments. Its compact footprint makes it space-efficient while maintaining stability and ruggedness.

Features

• High-precision weighing with 2 g readability and 5 g certified readability

• Durable stainless steel platform (355 × 305 mm), corrosion-resistant and easy to clean

• Compact yet sturdy design with a stable 7.2 kg build

• Reliable performance in environments from -10°C to 40°C at up to 85% RH non-condensing

• Flexible integration with Ohaus indicators for a complete weighing system

Applications

• Industrial Weighing: Ideal for production lines, packaging, and quality control processes

• Commercial Operations: Suitable for warehouses, logistics, and distribution centers

• Food & Agriculture: Stainless steel platform ensures hygienic weighing for food products and farm goods

• Laboratory Use: Provides stable and accurate results for scientific research and testing

Specifications

• Maximum Capacity: 15 kg

• Readability: 2 g

• Certified Readability: 5 g

• Platform Size: 355 × 305 mm

• Dimensions (L × H × W): 355 × 122 × 305 mm

• Net Weight: 7.2 kg

• Platform Construction: Stainless steel

• Protection Rating: Not applicable

• Legal for Trade: Not applicable

• Working Environment: -10°C to 40°C, up to 85% RH non-condensing

Conclusion

The Ohaus i-D15B1R New Bases Scale offers the perfect balance of accuracy, durability, and compact design. With its stainless steel platform, robust construction, and reliable precision, it is an excellent choice for industrial, commercial, agricultural, and laboratory environments requiring consistent small-to-medium capacity weighing.