Configured Reliable Stand-to-Platform Scale

The Configured Reliable Stand-to-Platform Scale is a versatile and robust weighing solution designed for industrial, commercial, and warehouse applications. Combining a sturdy platform with an adjustable stand-mounted indicator, this scale allows operators to view weight readings conveniently from a standing position, improving workflow efficiency and safety in high-traffic environments.

Built with durable stainless steel and high-precision load cells, this scale offers accurate, repeatable weight measurements for a variety of applications, including shipping, manufacturing, and bulk material handling. Its modular design allows for easy installation and configuration to meet the specific needs of different industrial setups.

Key Features:

• Sturdy platform with adjustable stand-mounted digital indicator
• High-precision load cells for reliable weight measurement
• Large, easy-to-read LED/LCD display for optimal visibility
• Multiple units of measurement: kg, lb, and customizable options
• Maximum weight capacity configurable based on platform size
• Durable stainless steel construction suitable for heavy-duty use
• Optional RS232/USB connectivity for data logging or printing
• Modular design for flexible installation in diverse environments

Specifications: Configured Reliable Stand-to-Platform Scale

Feature	Specification
Model	SRPS Series
Maximum Capacity	300 kg – 5000 kg (model-dependent)
Readability / Resolution	0.1 kg – 1 kg
Accuracy	±0.05% – 0.1% of full scale
Platform Material	Stainless steel
Platform Size	Customizable (standard: 800mm x 800mm to 1200mm x 1200mm)
Display Type	LED/LCD digital indicator mounted on stand
Units of Measurement	kg, lb (other units optional)
Power Supply	AC 220V / 110V; optional rechargeable battery
Connectivity	Optional RS232 / USB / wireless output
Operating Temperature	-10°C to 40°C
Durability	Heavy-duty, corrosion-resistant design
Optional Features	Tare, counting, overload alarm, data output
Compliance / Certification	OIML / NTEP (model-dependent)