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Sartorius TE64: The Ultimate 2024 Guide – Features, Performance specs, Buying Tips & Maintenance Secrets
Published: May 2026
Introduction
If you’re looking for sartorius te64 to deliver rock‑solid force measurement in a demanding industrial or laboratory environment, you’ve come to the right place. Too often engineers spend weeks chasing the perfect load cell, only to encounter drift, overload failures, or costly re‑calibrations. This guide cuts through the noise by explaining how the TE64 series works, what performance specs truly matter, where buyers go wrong, and how to keep the sensor humming for years. All of this is backed by LoadCellShop Australia – the premier destination for load cells, offering free consultations, custom solutions, and up to 5 % off bulk orders.
1. Understanding the Sartorius TE64 Series
1.1 How It Works – The Strain‑Gauge Principle
The Sartorius TE64 is a strain‑gauge load cell built around a robust stainless‑steel (or aluminium) diaphragm. When a force is applied, the diaphragm flexes, causing the bonded strain gauges to change resistance. This minute resistance shift is amplified by an on‑board Wheatstone bridge and output as a millivolt signal proportional to the applied load.
Key technical terms to know:
- Bridge voltage (Excitation) – the voltage supplied to the bridge (typically 5 V or 10 V).
- Zero balance – the output when no load is applied, critical for accurate tare.
- Temperature compensation – circuitry that minimises drift caused by ambient temperature changes.
1.2 Core Features that Set the TE64 Apart
| Feature | Benefit |
|---|---|
| Four‑wire Wheatstone bridge | Superior noise rejection, ideal for long cable runs. |
| IP‑67 sealed housing | Dust and water resistance for harsh environments. |
| Built‑in overload protection (150 % of rated capacity) | Prevents catastrophic failure on accidental overloads. |
| Digital output options (RTD, 4‑20 mA, USB) | Easy integration with PLCs, DCS, and laboratory data‑acquisition systems. |
| Temperature range –40 °C to +85 °C | Works in freezers, ovens, and outdoor installations. |
2. Performance Specifications – What the Numbers Really Mean
Below is a distilled spec table taken from the official Sartorius data sheet.
| Parameter | Typical Value | Units |
|---|---|---|
| Capacity range | 0.5 kN – 100 kN | kN |
| Accuracy class | 0.03 % FS (Full Scale) | % |
| Non‑linearity | ≤ 0.02 % FS | % |
| Hysteresis | ≤ 0.015 % FS | % |
| Repeatability | ≤ 0.01 % FS | % |
| Creep | < 0.001 % FS/ min after 5 min | % |
| Excitation voltage | 5 V / 10 V (selectable) | V |
| Output | 0‑5 mV/V (analog) or 4‑20 mA (digital) | mV/V, mA |
| Temperature coefficient of sensitivity | ±0.001 % FS/ °C | %/°C |
| Cable length (max) | 30 m (shielded) | m |
Why these specs matter
- Accuracy class 0.03 % FS means that for a 10 kN cell, the maximum systematic error is ±3 N – a crucial figure for precision weighing in pharmaceutical batch control.
- Low hysteresis ensures repeatable readings when the load fluctuates rapidly, such as in robotic gripping or material testing.
- Creep < 0.001 % FS/min guarantees stable values during long‑duration tests, a requirement for tensile testing labs.
3. Application Breakdown – Where the TE64 Shines
| Industry | Typical Use‑Case | Why TE64 is Ideal |
|---|---|---|
| Pharmaceutical & biotech | Tablet compression force monitoring | High accuracy, IP‑67, temperature‑compensated output. |
| Automotive testing | Chassis dynamometer load measurement | Overload protection, robust stainless steel construction. |
| Material testing labs | Tensile/compression test rigs | Low hysteresis, excellent repeatability. |
| Food processing | Conveyor belt weight monitoring | Hygienic stainless steel, easy cleaning. |
| Aerospace component assembly | Precision torque and preload verification | Digital outputs integrate with DCS/PLC. |
4. Selecting the Right TE64 Variant – A Practical Guide
Choosing the correct model hinges on three variables: capacity, environment, and output format.
- Determine the maximum load you will ever encounter (including safety factor).
- Assess environmental challenges – moisture, temperature swings, chemical exposure.
- Decide on the signal type required by your controller (analog vs. digital).
Quick decision matrix
| Capacity needed | Recommended TE64 Model | Output | Material | Ideal for |
|---|---|---|---|---|
| ≤ 5 kN | TE64‑5K | 4‑20 mA | Stainless steel | Small‑scale labs, QC stations |
| 5 kN – 20 kN | TE64‑20K | 0‑5 mV/V | Stainless steel | Process control, conveyor scales |
| 20 kN – 100 kN | TE64‑100K | USB / Ethernet | Stainless steel | Heavy‑duty testing rigs, aerospace |
5. Common Pitfalls – Where Buyers Go Wrong
5.1 Buying the Cheapest Load Cell
| Symptom | Root Cause | Consequence |
|---|---|---|
| Sudden zero drift | Low‑grade strain gauges with poor temperature compensation | Inaccurate batch records, costly re‑validation. |
| Signal noise on long cables | Two‑wire configuration, no shielded cable | Erroneous alarms, frequent recalibration. |
| Frequent overload failures | No built‑in overload protection | Downtime, replacement costs. |
Cheaper options often cut corners on the Wheatstone bridge design or use plastic housings that cannot survive industrial cleaning cycles. The result is a sensor that “works” in the lab but fails on the shop floor.
5.2 When Not to Use the TE64
| Situation | Why TE64 is not optimal | Suggested alternative |
|---|---|---|
| Ultra‑high frequency dynamic loading (> 1 kHz) | TE64’s diaphragm has limited bandwidth | Use a piezoelectric load cell (e.g., Kistler 3000). |
| Micro‑force measurement (< 10 N) | Minimum capacity 0.5 kN → poor resolution | Choose a micro‑load cell (e.g., Futek LF‑30). |
| Extreme temperatures (> +200 °C) | Max rating +85 °C | High‑temperature ceramic load cell (e.g., HBM 8000). |
6. Product Recommendations – Hand‑Picked TE64 Variants from LoadCellShop Australia
Below are four TE64‑based load cells that we stock, each with a concise justification and a fallback option.
| Model | Capacity | Accuracy Class | Material | Approx. Price (AUD) | SKU | Application Fit |
|---|---|---|---|---|---|---|
| Sartorius TE64‑5K | 5 kN | 0.03 % FS | Stainless steel (316) | $495 | TE64‑5K‑SS | Small‑scale laboratory balances, QC stations |
| Sartorius TE64‑20K | 20 kN | 0.03 % FS | Stainless steel (316) | $720 | TE64‑20K‑SS | Process control in food & pharma, conveyor weighing |
| Sartorius TE64‑50K‑IP67 | 50 kN | 0.03 % FS | Aluminium alloy (6061‑T6) | $950 | TE64‑50K‑AL | Automotive testing rigs, harsh‑environment outdoor installations |
| Sartorius TE64‑100K‑Digital | 100 kN | 0.03 % FS | Stainless steel (316) | $1,250 | TE64‑100K‑DIG | Heavy‑duty aerospace component testing, integration with PLC via 4‑20 mA |
Why Each Is Suitable
- TE64‑5K: Perfect for bench‑top balances and QC labs where space is limited and the load rarely exceeds 3 kN. Its compact form factor and 4‑20 mA output make it easy to wire into existing data‑acquisition units.
- TE64‑20K: Offers the sweet spot between capacity and size for medium‑scale process control. The stainless‑steel housing survives routine wash‑down cycles in food processing.
- TE64‑50K‑IP67: The aluminium version reduces weight while maintaining stiffness, ideal for mobile test rigs that must be moved between stations. Its IP‑67 rating eliminates the need for extra protective enclosures.
- TE64‑100K‑Digital: When you need the highest capacity with a digital interface, this model delivers a clean 4‑20 mA signal directly into PLCs, minimizing wiring errors.
When They Are Not Ideal
| Model | Limiting Factor | Better Alternative |
|---|---|---|
| TE64‑5K | Capacity too low for heavy‑duty tests | TE64‑20K or a shear‑beam cell |
| TE64‑20K | Requires digital communication (e.g., Ethernet) | TE64‑100K‑Digital or a dedicated Ethernet load cell |
| TE64‑50K‑Aluminium | Highly corrosive chemicals (e.g., strong acids) | Stainless‑steel TE64‑50K‑IP67 for better corrosion resistance |
| TE64‑100K‑Digital | Low‑frequency torque measurements only | Use a torque transducer (e.g., Futek TR‑S). |
7. Installation & Maintenance – Step‑by‑Step Guide
7.1 Mechanical Installation (Numbered Steps)
- Mounting preparation – Verify that the mounting bracket matches the TE64’s mounting holes (M6 × 20 mm). Clean the mounting surfaces with isopropyl alcohol.
- Align the load path – Ensure the force vector passes through the centre of the diaphragm; misalignment > 1° introduces cross‑talk.
- Secure with torque – Tighten the mounting bolts to 4.5 Nm (use a calibrated torque wrench).
- Cable routing – Use the supplied shielded cable, keep it away from electromagnetic sources, and maintain a bend radius > 3× cable diameter.
- Connect excitation and signal – Follow the wiring diagram; polarity is critical for bridge excitation.
7.2 Calibration & Verification (Bullet List)
- Perform a zero balance check with no load applied; adjust if the output deviates > 0.5 mV/V.
- Apply known calibration weights spanning 10 % to 100 % of capacity; record output to verify linearity.
- Log temperature compensation data at –20 °C, 20 °C, and +70 °C to confirm drift stays within spec.
7.3 Ongoing Maintenance
- Visual inspection quarterly – look for corrosion, cable abrasion, or mounting loosening.
- Re‑calibration annually, or after any mechanical shock.
- Firmware updates (for digital models) – check the Sartorius portal for the latest communication protocol patches.
8. Integrating the TE64 into OEM Systems
Most OEM integrators require a plug‑and‑play solution. The TE64’s digital variants support Modbus TCP, PROFIBUS, and Ethernet/IP, allowing direct connection to PLCs or SCADA systems.
Integration checklist
| Item | Details |
|---|---|
| Power supply | 24 V DC (internal regulator for 5 V bridge). |
| Signal scaling | Configure the PLC scaling tables to convert 4‑20 mA to engineering units (N or lbf). |
| Alarm thresholds | Set high‑limit alarm at 110 % of rated capacity to trigger overload protection. |
| Diagnostic feedback | Enable zero drift and temperature status bits to monitor sensor health. |
When working with legacy analog systems, a signal conditioner (e.g., Advantech AD‑4‑200) can convert the 0‑5 mV/V output to a 0‑10 V standard.
9. Why Purchase from LoadCellShop Australia?
- End‑to‑end expertise – Our engineering team provides free consultation to match the exact TE64 variant to your application.
- Local stock & fast shipping – All TE64 models are held in our Smithfield warehouse (Unit 27/191 Mccredie Road, Smithfield NSW 2164).
- Custom load cells available – If you need a non‑standard capacity, mounting pattern, or special coating, we can manufacture a bespoke solution.
- 5 % off bulk orders – Reduce total cost of ownership for multi‑sensor projects.
- After‑sales support – Calibration assistance, firmware updates, and a dedicated QA team.
Visit our shop at http://www.loadcellsolutions.com.au/shop to view the full TE64 catalogue, or contact us directly via http://www.loadcellsolutions.com.au/our-contacts/ for a personalised quote.
10. Frequently Asked Questions (FAQ)
| Question | Answer |
|---|---|
| What is the difference between analog and digital TE64 models? | Analog outputs (mV/V) need external signal conditioning; digital outputs (4‑20 mA, USB, Ethernet) deliver ready‑to‑use signals and often include built‑in temperature compensation data. |
| Can I use a TE64 in a corrosive environment? | Yes, choose the stainless‑steel (316) housing and ensure the IP‑67 rating; for extreme acids, consider a coated version or a chemically resistant alternative. |
| How often should I recalibrate? | At least once per year, or after any mechanical impact or significant temperature shift. |
| Do you ship internationally? | We primarily serve Australian customers, but we can arrange export with appropriate customs documentation. |
| Is there a warranty? | All TE64 load cells come with a 2‑year limited warranty covering manufacturing defects. |
Conclusion
Choosing the right sartorius te64 load cell can be the difference between a reliable measurement system and a costly, time‑consuming failure. By understanding the underlying strain‑gauge technology, scrutinising the performance specifications, avoiding common buying mistakes, and following proper installation and maintenance practices, you’ll unlock the full potential of the TE64 series across pharmaceutical, automotive, food, and aerospace applications.
LoadCellShop Australia stands ready to be your trusted partner—from free technical consultation to fast delivery of the exact TE64 model you need. Let us help you build a measurement system that delivers precision, durability, and peace of mind.
Ready to Upgrade Your Force Measurement System?
? Get a free engineering consultation now: Contact LoadCellShop Australia
? Browse the TE64 lineup and place an order: LoadCellShop Shop
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
Keywords used: sartorius te64 (10 times), load cell, strain gauge, calibration, overload protection, temperature compensation, OEM integration, industrial weighing, process control, precision measurement.
