SLB615D Digital Shear Beam Load Cell for industrial Weighing Applications

SLB615D Digital Shear Beam Load Cell for Industrial Weighing Applications

1.Product Overview

The SLB615D POWERCELL® load cell delivers exceptional accuracy for industrial weighing applications, with performance up to three times better than standard load cells. Its integrated microprocessor continuously compensates for environmental factors while actively monitoring critical parameters to ensure reliable operation. 
 

2.Key Features  

• High Accuracy: OIML C3, C6, C10 and NTEP 5000d/10000d III M certifications

• Durable Construction: Aluminum, passivated with IP68/IP69k protection rating

• Smart Diagnostics: Active condition monitoring for immediate fault detection

• Easy Installation: Daisy-chain network with M12 industrial connectors

• Hazardous Area Approved: ATEX, FM, IECEx certifications for Zone 1/21 environments 
 

3.Advanced Features  

Digital Connectivity: The CAN Bus digital signal transmission eliminates errors from cable length or environmental factors, with no junction box required.

Smart Diagnostics: Immediate detection of overload conditions, asymmetry errors, or temperature variations helps maintain system uptime.

CalFree™ Plus Technology: Onboard microprocessor stores calibration data for quick system setup and easy recalibration when replacing load cells. 
 

4.Frequently Asked Questions  

What are the capacity ranges for POWERCELL SLB615D?  

Available in capacities from 220 kg to 4400 kg (500 lb to 10000 lb) to suit various industrial weighing applications.  

What approvals does POWERCELL SLB615D carry?  

Certified to OIML C3, C6, C10 and NTEP 5000d/10000d III M accuracy standards with hazardous area approvals including ATEX, FM, and IECEx for Zone 1/21 environments.

Is POWERCELL SLB615D suitable for washdown environments?

Yes, with its IP68/IP69k protection rating, the SLB615D is designed to withstand harsh washdown conditions in food processing and pharmaceutical applications. 
 

5.Product Specifications