AVAILABLE AT AUTOMATION FAIR - November 2025! The HI5034-WS weigh scale module features powerful digital signal processing combined with a 24-bit sigma-delta (Σ-Δ) analog-to-digital converter (ADC). The HI5034-WS delivers accurate, fast and stable weight data for control systems in even the most adverse conditions where noise and mechanical vibration plague process control.
Designed to plug directly into Rockwell Automation® PointMax™ I/O adaptors, Hardy’s HI5034 scale module improves system performance by serving as a co-processer to the control system, delivering post-processed (filtered) weigh data at a rate of 125 updates per second directly to the adaptor backplane.
REDUCE TIME TO COMMISSION
Benefit from tight integration of a scale system by using Add-On-Profiles, Add-On-Instructions and Faceplates available from Hardy and native to Studio5000 Logix Designer®. Industries such as Chemical, Food & Beverage, Life Sci-ences, Metals & Mining, Aerospace, Oil & Gas, and Plastics benefit from the Hardy Productivity Toolbox – C2® calibration and Integrated Technician® scale diag-nostics – enabling a proactive mainte-nance strategy and troubleshooting with the touch of a button.
SIMPLE SET-UP & CALIBRATION
Use load sensors with Hardy's exclusive C2® Calibration for automatic scale system calibration saving hours in commissioning and routine maintenance. By reading the calibration certificate embedded electronically in C2 sensors, the weigh scale system can be calibrated with the touch of a button.
MAINTENANCE & DIAGNOSTICS
For quick and easy troubleshooting, the HI5034 scale modules feature built in diagnostics that include 3 LEDs per module that indicate Plug-In-Module and weigh scale status. With Integrated Technician®, the module monitors and troubleshoots the weighing system by diagnosing individual sensors without the need to disconnect.
HI5034-WS Plug-in Weight Module for PointMax I/O
Performance:
Resolution
• Stable processed weight 1:10,000
• Internal resolution 1:8,388,608
• Update rate to backplane: 125 times per second
• A/D conversion rate: up to 4800 times per sec
Number of Load Cells:
• Up to 8 350 Ω
Modes:
• Gross, Net
Units of Measure:
• Ounce, Pound, Ton, Gram, Kg, Metric Ton
Weight Processing
• WAVERSAVER®: .25 Hz to 7.5 Hz
• Averaging:1 to 255 User-selectable in single increments
Calibration Methods:
• C2® calibration without test weights
• Traditional calibration with test weights
Output:
• Excitation 5VDC
Inputs:
• Signal, -0.3 mV to +15 mV
• Sense, +5 Vdc
• C2® Electronic Calibration
Mounting
• Directly to Backplane
• Recommended Terminal Base Cat#5034-RTB18 (RTB Screw)
Backplane Ratings:
• MOD Power: 3.3 VDC, 60 mA
• SA Passthrough Max: 24 VDC@ 58 mA
Temperature:
• Operating: 0 °C -+ 60 °C (32 °F - +140 °F)
• Storage: -40 °C - +85 °C (-40 °F - +185 °F)
Humidity:
• 5-95% non-condensing
Certifications:
• Safety: UL & CUL, CE
• Environment: RoHS3 and REACH Compliant
• Hazardous: Class I, II, III/Div2
Warranty:
• Two-year warranty against defects in workmanship
The Hardy Process Toolbox is a set of productivity tools that support industrial weighing functions. Each tool saves time, increases accuracy, improves efficiency, or reduces risk in process weighing applications, including WAVERSAVER® to eliminate vibration, C2® electronic calibration, and Integrated Technician® to name just a few.
The HI5034-WS Weigh Scale Module for PointMax I/O Systems features the following Toolbox technologies:
WAVERSAVER® Vibration Eliminator
Hardy's WAVERSAVER core technology eliminates the effects that surrounding vibration has on the scale weight signal, providing only true data for fast, accurate weight reading.
C2® (or eCAL) Electronic Calibration
The Hardy C2® (or eCAL as it is known in China) core feature provides quick and easy electronic calibration of a weighing system without the need for heavy test weights.
INTEGRATED TECHNICIAN® Operator Diagnostics
Hardy's INTEGRATED TECHNICIAN (IT) core feature helps you troubleshoot your weighing system and diagnose problems from the front of the instrument or via the PLC. These tests display system weights, voltages, and pass/fail displays to help isolate a problem to the instrument, cabling, or sensors, helping to reduce maintenance costs.