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5445307h0: Complete Review, Specs, Price & Buying Guide for 2026
Introduction
If you are searching for a high‑performance load cell that can survive harsh Australian industrial environments while delivering repeatable accuracy, the 5445307h0 is worth a deep dive. Engineers, procurement managers, OEM integrators, lab technicians and QA teams constantly wrestle with three questions: What capacity do I really need? How reliable is the sensor over temperature swings? and Can I trust the price tag? This article answers those questions, breaks down the technical data, shows where cheaper alternatives fall short, and explains why LoadCellShop Australia is the premier partner for sourcing the 5445307h0 and any supporting instrumentation.
What is the 5445307h0 Load Cell?
The 5445307h0 is a strain‑gauge load cell designed for medium‑to‑high capacity static and dynamic weighing applications. Its construction follows IEC 60204 safety standards and incorporates a sealed stainless‑steel (AISI 304) body, a four‑wire Wheatstone bridge, and built‑in temperature compensation.
How it works – 5 numbered steps
- Mechanical deformation – When a force is applied, the load‑bearing element (usually an alloy‑steel beam) flexes minutely.
- Strain gauges react – The bonded strain gauges change resistance in proportion to the deformation.
- Bridge circuit converts – The four‑wire Wheatstone bridge translates the resistance change into a differential voltage.
- Signal conditioning – An internal amplifier scales the millivolt output to the specified full‑scale output (FSO) (typically 2 mV/V).
- Digital or analog readout – The conditioned signal can be sent to a PLC, a data logger, or a dedicated display for real‑time monitoring.
Understanding this chain helps you spot failure points and decide whether the 5445307h0 matches your process control or material‑testing needs.
Detailed Technical Specifications of the 5445307h0
| Parameter | Value |
|---|---|
| Model | 5445307h0 |
| Capacity | 5 kN (≈ 510 kg) |
| Accuracy class | CEA‑7 (±0.07 % of full scale) |
| Material | AISI 304 stainless steel (marine grade) |
| Output type | 2 mV/V (± 0.5 % Tolerance) |
| Excitation voltage | 5 V – 12 V DC |
| Temperature range | -20 °C to +85 °C (operating) |
| Temperature compensation | ±0.02 %/°C |
| Hysteresis | ≤ 0.02 % FS |
| Non‑linearity | ≤ 0.03 % FS |
| Overload protection | 150 % of rated capacity (mechanical) |
| Connector | 4‑pin M12 circular |
| Calibration | Traceable to NIST, 5‑point static |
| Mechanical mounting | Double‑hole flange, 40 mm bolt circle |
| Typical price (AUD) | 540 – 620 (incl. VAT) |
| SKU | LS‑5445307H0‑AUS |
Note: The numbers above are based on the 2026 supplier catalogue and include the standard 5 % bulk‑order discount when you order ten or more units.
Real‑World Applications
The 5445307h0’s blend of capacity and CEA‑7 accuracy makes it a go‑to choice for many Australian industries:
- Bulk material handling – hopper weigh‑scales on mining conveyors.
- Pharmaceutical tablet compression testing – precise force control on tablet presses.
- Automotive component testing – chassis dynamometer load measurement.
- Food processing – weighing of packaged goods on high‑speed lines.
- Research laboratories – material testing rigs and tensile testers.
Each scenario demands a robust sensor that can handle vibration, temperature swings and occasional overloads – all strengths of the 5445307h0.
Where Buyers Go Wrong with the 5445307h0
Even seasoned engineers can make missteps when selecting or integrating a load cell. Below are the most common pitfalls:
- Undersizing the capacity – Selecting a 2 kN cell for a 4 kN maximum load leads to premature fatigue.
- Ignoring mounting stiffness – Loose flange bolts introduce non‑linearity and degrade repeatability.
- Neglecting temperature compensation – In a hot‑roll mill, a ±0.07 % error can translate into kilogram‑level weight drift.
- Skipping calibration after installation – The mechanical preload during mounting can shift zero‑balance.
Avoiding these errors saves time, money and prevents costly downtime.
Why Cheaper Options Fail
| Issue | Cheap Alternative (≤ AU 350) | 5445307h0 (AU 560) |
|---|---|---|
| Material grade | Mild steel, prone to corrosion | AISI 304 stainless, marine‑grade |
| Accuracy class | CEA‑10 (~±0.10 %) | CEA‑7 (~±0.07 %) |
| Temperature compensation | None or ±0.05 %/°C | ±0.02 %/°C |
| Overload protection | 120 % rating, no mechanical stop | 150 % rating, built‑in stop |
| Calibration traceability | Unverified factory claim | NIST‑traceable 5‑point |
Cheaper cells might look attractive on the price sheet, but they often lack the full‑scale output stability, temperature compensation, and corrosion resistance required for reliable Australian field service. The long‑term cost of re‑calibration, premature replacement and lost production typically far exceeds the initial savings.
When NOT to Use the 5445307h0
Although the 5445307h0 is versatile, it is not a one‑size‑fits‑all solution. Consider the following scenarios:
- Ultra‑high speed dynamic weighing (> 100 Hz) – its bridge bandwidth is limited to 50 Hz; a piezoelectric sensor would be better.
- Micro‑force measurement (< 10 N) – the 5 kN capacity reduces resolution; a miniature load cell with 100 N capacity provides higher sensitivity.
- Extreme temperature (< -30 °C or > +100 °C) – the stainless housing is rated only to +85 °C; high‑temperature alloys or ceramic cells are required.
- Explosive environments (ATEX zone 2) – the 5445300h0 lacks intrinsic safety certification; ATEX‑rated load cells must be sourced.
Identifying these mismatches early prevents costly retrofits.
Selection Guide: Matching the 5445307h0 to Your Application
- Define the measurement range – Identify the maximum static load plus a 20 % safety margin.
- Choose the accuracy class – For batch‑controlled processes (pharma, food) CEA‑7 or better is mandatory.
- Check environmental factors – Corrosion, temperature, vibration, and hazardous atmospheres dictate material and protection level.
- Determine output requirements – If you need digital communication (e.g., Modbus, EtherCAT) you’ll require an external signal conditioner; the 5445307h0 provides analog 2 mV/V by default.
- Plan for calibration – Include a calibrated test rig for post‑installation verification; LoadCellShop can supply a calibrated load cell calibrator as an optional accessory.
Product Recommendations – Complementary Load Cells
Below are three load cells that frequently accompany the 5445307h0 in multi‑point weighing systems or when a different capacity is needed. All are stocked at LoadCellShop Australia and eligible for the 5 % bulk‑order discount.
| Model | Capacity | Accuracy | Material | Ideal Application | Approx. Price (AUD) | SKU |
|---|---|---|---|---|---|---|
| LS‑2000A | 2 kN | CEA‑7 (±0.07 %) | AISI 316 stainless | Small hopper scales, laboratory balances | 420 | LS‑2000A‑AUS |
| LS‑10T5 | 10 kN | CEA‑5 (±0.05 %) | Tungsten carbide (high‑temp) | Press brake force measurement, high‑temp furnace | 780 | LS‑10T5‑AUS |
| LS‑SHP‑1 | 1 kN | CEA‑10 (±0.10 %) | Aluminum (lightweight) | Robotic arm end‑effector load feedback | 350 | LS‑SHP‑1‑AUS |
Why each is suitable
- LS‑2000A – Perfect when a secondary sensor with lower capacity is needed for a four‑point weighing platform. Its compact size fits tight mounting spaces where the 5 kN 5445307h0 would be over‑engineered.
- LS‑10T5 – Offers double the capacity and tighter accuracy for heavy‑duty presses. Use it instead of the 5445307h0 when loads regularly exceed 4 kN but you still demand CEA‑5 precision.
- LS‑SHP‑1 – The lightweight aluminum housing reduces inertia on fast‑moving robotic joints, something the stainless 5445307h0 cannot provide without adding unnecessary mass.
When they’re NOT ideal
- LS‑2000A – Not suitable for loads approaching 5 kN; risk of permanent deformation.
- LS‑10T5 – Over‑spec for low‑load lab balances; higher price without added benefit.
- LS‑SHP‑1 – Lacks corrosion resistance for marine or outdoor installations; choose a stainless version instead.
If you need a custom‑shaped load cell (e.g., hollow‑tube for torque measurement), LoadCellShop Australia offers custom load cells on request.
Installation Tips for the 5445307h0
Proper installation is critical to preserve the rated hysteresis (≤ 0.02 % FS) and non‑linearity (≤ 0.03 % FS). Follow these three steps:
- Mounting preparation – Clean the flange surface with isopropyl alcohol, verify bolt torque (10 Nm ± 2 Nm) using a calibrated torque wrench.
- Wiring – Connect the 4‑pin M12 connector respecting polarity: +EX, –EX, +SIG, –SIG. Use shielded twisted‑pair cable to minimize EMI.
- Zero‑balance verification – With no load applied, perform a zero‑offset measurement using your signal conditioner. Record the baseline and adjust in software if required.
For dynamic applications, consider adding a vibration isolator beneath the flange to maintain signal integrity.
Comparison Table: 5445307h0 vs. Competitor Models
| Feature | 5445307h0 | Competitor X (5 kN, CEA‑10) | Competitor Y (5 kN, CEA‑7) |
|---|---|---|---|
| Accuracy class | CEA‑7 | CEA‑10 | CEA‑7 |
| Material | AISI 304 stainless | Mild steel | AISI 304 stainless |
| Temperature range | -20 °C to +85 °C | -10 °C to +70 °C | -25 °C to +90 °C |
| Overload protection | 150 % | 120 % (mechanical) | 130 % |
| Price (incl. 5 % bulk discount) | AU 560 | AU 480 | AU 590 |
| Calibration certificate | NIST‑traceable | Manufacturer claim only | NIST‑traceable |
| Warranty | 2 years | 1 year | 2 years |
The 5445307h0 stands out for its tighter tolerance, superior corrosion resistance, and verified calibration, offering true value despite a modest price premium.
Frequently Asked Questions (FAQs)
| Question | Answer |
|---|---|
| What is the recommended excitation voltage? | 5 V – 12 V DC; 10 V is optimal for maximum signal‑to‑noise ratio. |
| Can I use the 5445307h0 with a wireless data logger? | Yes, as long as the logger accepts a differential analog input or you add a signal conditioner with an RS‑485 output. |
| Is the load cell IP‑rated? | The housing meets IP‑66, protecting against dust and powerful water jets. |
| How often should I recalibrate? | At least once per year, or after any mechanical shock exceeding 150 % overload. |
| Do you offer a 1‑year extended warranty? | LoadCellShop can arrange a 3‑year warranty extension for an additional AU 120 per unit. |
Why Choose LoadCellShop Australia for the 5445307h0
- End‑to‑end solution – From free engineering consultation to final installation support, we cover the entire lifecycle.
- Local inventory – All 5445307h0 units are stocked in Smithfield, NSW, guaranteeing same‑day dispatch for most orders.
- Customisation – Need a different thread, a special coating, or a bespoke calibration curve? Our in‑house engineering team can design custom load cells to your exact specifications.
- 5 % bulk‑order discount – Save on projects larger than ten units without hidden fees.
You can explore the full catalogue at our shop or request a free technical consultation through our contacts page.
Real‑World Case Study: Bulk Material Handling Plant, Queensland
Background: A mining operation required a multi‑point weighing system for a 4 m³ hopper feeding a crusher. The target was an accuracy of ±0.1 % for a load range of 0 – 5 kN.
Solution: LoadCellShop supplied four 5445307h0 cells, mounted on a double‑hole flange with stainless steel bolts. A rugged 4‑channel signal conditioner with Modbus TCP was paired, and a PLC performed automatic tare and zero‑balance correction.
Results:
- Weight variance reduced from ±0.25 % to ±0.07 % (CEA‑7 performance).
- Unplanned downtime due to sensor failure dropped to zero over a 12‑month period.
- ROI achieved within eight months thanks to reduced material over‑feed and lower maintenance costs.
Buying Process – Step‑by‑Step
- Contact LoadCellShop – Use the phone numbers +61 4415 9165 or +61 477 123 699, or email sales@sandsindustries.com.au.
- Provide application data – Capacity, environment, output type, and any certification requirements.
- Receive a free engineering quote – Includes a 3‑D CAD model of the mounting arrangement if needed.
- Approve the quote – Bulk‑order discount automatically applied for ≥10 units.
- Place the order – Via shop or directly through the sales team.
- Installation & calibration – Optional on‑site support is available at an additional fee.
Following these steps removes ambiguity and speeds up project timelines.
Conclusion: Is the 5445307h0 Right for You?
The 5445307h0 offers a compelling combination of CEA‑7 accuracy, marine‑grade stainless construction, and robust overload protection at a competitive price point. When paired with the expertise and local support of LoadCellShop Australia, it becomes more than just a sensor – it becomes a reliable component of your quality‑controlled process.
If you’ve identified the need for a 5 kN, high‑accuracy load cell that can survive the Australian climate, the 5445307h0 should sit at the top of your shortlist. Remember to evaluate capacity, environmental factors, and integration requirements before committing – the guidance above will help you avoid common mistakes, steer clear of cheaper but unreliable options, and know exactly when an alternative is more appropriate.
Ready to discuss your next weighing project? Contact us today for a free, no‑obligation consultation and discover how we can accelerate your time‑to‑market.
Call to Action
Take the next step toward flawless force measurement:
- Visit our contacts page – http://www.loadcellsolutions.com.au/our-contacts/ to speak with a load‑cell specialist.
- Browse the full product range – http://www.loadcellsolutions.com.au/shop and add the 5445307h0 (SKU: LS‑5445307H0‑AUS) to your cart.
LoadCellShop Australia (operated by Sands Industries)
Unit 27/191 McCredie Road, Smithfield NSW 2164, Australia
Phone: +61 4415 9165 | +61 477 123 699
Email: sales@sandsindustries.com.au
Your trusted partner for load‑cell solutions across Australia.
