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  • MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree
  • MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree
  • MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree
  • MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree
  • MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree
  • MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree
MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree

MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree

  • 5 - 99 Pieces
    $8
  • 100 - 999 Pieces
    $6
  • >= 1000 Pieces
    $4

Customization:

Customized service（Min.Order: 10 pieces）
View product details

MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Temperature Precision Measurement: Designed to accurately measure loads up to 100kg in environments reaching 100°C, making it ideal for industrial ovens and high-temperature applications.
  • Resistive Output Technology: Utilizes resistive strain gauge technology to convert mechanical force into electrical signals, ensuring reliable integration with data acquisition systems.

Key features

  • 1. Corrosion-Resistant Alloy Steel Construction

    • With corrosion-resistant alloy steel, you can ensure durability in high-temperature environments like industrial ovens*, outperforming conventional load cells prone to degradation.

  • 2. Precision U-Shaped Design for Optimal Force Measurement

    • The U-shaped design enables precise force distribution, allowing accurate measurements in compact spaces*, ideal for applications requiring space efficiency.

  • 3. Resistive Technology for Stable High-Temperature Performance

    • With resistive technology, you can achieve stable output signals even under continuous high-temperature operation*, surpassing traditional sensors in thermal stability.

  • 4. High-Temperature Oven Compatibility for Industrial Use

    • Designed for oven environments, you can monitor weight reliably up to 100°C*, making it ideal for thermal processing and commercial baking systems.

  • 5. CE & RoHS Compliance for Global Safety Standards

    • With CE and RoHS certifications, you can ensure compliance with global safety and environmental standards*, reducing regulatory risks compared to uncertified alternatives.

Product details

MLC928WD Intelligent Oven High Temperature Load Cell 10kg Work on 100 Celsius Degree

The MLC928WD Intelligent Oven High Temperature Load Cell is designed for precise weight measurement in high-temperature environments, such as industrial ovens and food processing systems. Built with alloy steel and a U-shaped cutout design, it combines durability with accuracy, certified to meet CE and RoHS standards.

Technical specifications

FeatureSpecificationBenefit
MaterialAlloy SteelWith alloy steel construction, you can withstand high-temperature environments up to 100°C.
Capacity100kgWith a 100kg capacity, you can ensure precise weight measurement in food processing systems.
TemperatureUp to 100°CWith a temperature rating of 100°C, you can operate safely in industrial ovens.
Output TypeResistiveWith resistive technology, you can achieve stable electrical signals for precise data acquisition.
CertificationsCE, RoHSWith CE and RoHS certifications, you can meet global safety and environmental compliance standards.
DesignU-shaped CutoutWith a U-shaped design, you can maximize force measurement accuracy in compact spaces.
Wiring3-Wire ConfigurationWith a 3-wire configuration, you can ensure reliable signal transmission to data systems.

Customization guide

Adjust capacity (up to 200kg) or temperature tolerance (up to 150°C) to meet specialized industrial requirements.

Get inspired

The MLC928WD Load Cell combines precision engineering with high-temperature resilience, ideal for industrial ovens and food processing equipment where accuracy and durability are critical.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Capacity100kg200kg300kg
Temperature100°C150°C200°C
Accuracy±0.1%±0.05%±0.02%
MaterialAlloy SteelStainless SteelHigh-Carbon Alloy
CertificationsCE, RoHSCE, RoHS, ISO 9001CE, RoHS, ISO 9001, ATEX

Supplier's note

  1. Technical Breakthroughs:

    • Alloy Steel Material: Enables operation at 100°C, outperforming plastic-based alternatives.
    • U-shaped Design: Maximizes surface area for force measurement, improving accuracy by 30% compared to flat-plate designs.
    • Triple Certifications (Pro Model): Meets ATEX standards for explosion-proof environments, expanding use cases in hazardous zones.

  2. Version Selection Guide:

    • Base Model: Ideal for standard oven systems requiring 100kg capacity and basic compliance.
    • Advanced Model: Suitable for food processing lines needing higher loads (200kg) and ISO 9001 quality assurance.
    • Pro Model: Best for extreme environments (e.g., chemical plants) where 200°C tolerance and ±0.02% accuracy are critical. With its high-carbon alloy, it resists corrosion 50% better than stainless steel in acidic conditions.

Frequently asked questions

  • Which load cell model is best for high-temperature oven applications up to 100°C?

  • How do I maintain the MLC928WD load cell's accuracy in high-heat environments?

  • What's the maximum capacity of the MLC928WD alloy steel load cell?

  • Does the MLC928WD load cell require special cleaning for food-grade applications?

  • How does alloy steel compare to stainless steel in MLC928WD load cells?

  • Can the MLC928WD load cell be customized for 15kg capacity needs?

  • Is the MLC928WD load cell CE-certified for industrial use?

  • What temperature range ensures the resistive technology in MLC928WD remains stable?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionIndustrial machinery, high-stress environmentsIndustry: Carbon Steel (ASTM A36)
Base: Alloy Steel (ASTM A36 ▲15% stronger)
Advanced: Stainless Steel (ASTM A240 ▲30% corrosion resistance over Base)		Enhanced durability and load-bearing capacity.
Advanced: Superior corrosion resistance for harsh environments.		Base: Slightly heavier than alternatives.
Advanced: Higher cost due to premium material.
Temperature RangeHigh-temperature ovens, industrial furnacesIndustry: 70°C (IEC 60068-2-1)
Base: 100°C (▲42% higher)
Advanced: 150°C (▲50% over Base)		Operates in extreme environments.
Advanced: Suitable for ultra-high-temperature applications.		Base: Limited to 100°C.
Advanced: Requires specialized cooling for prolonged use.
Load CapacityHeavy-duty weighing systems, industrial scalesIndustry: 80kg (ISO 376)
Base: 100kg (▲125% of industry)
Advanced: 150kg (▲50% over Base)		Handles heavier loads than competitors.
Advanced: Supports complex industrial setups.		Base: May strain under extreme overloads.
Advanced: Larger physical footprint.
Certification ComplianceExport to EU, regulated industriesIndustry: CE (EN 60068)
Base: CE + RoHS (▲ adds environmental compliance)
Advanced: CE + RoHS + ISO 9001 (▲ full quality assurance)		Meets global safety and environmental standards.
Advanced: Ensures traceability and quality control.		Base: May lack advanced certifications for niche markets.
Advanced: Higher compliance costs.
Signal Output TypeBasic measurement systems, advanced automationIndustry: Analog (IEC 60770)
Base: Analog Resistance (IEC 60770)
Advanced: Digital (IEC 61131-2 ▲2x precision over Base)		Base: Cost-effective for simple setups.
Advanced: Enables precise digital integration.		Base: Requires analog-to-digital converters for advanced systems.
Advanced: Higher power requirements.
Noise LevelNoise-sensitive environments, labsIndustry: 50 dBA (ISO 1999)
Base: 43 dBA (▲14% quieter)
Advanced: 35 dBA (▲30% quieter than industry)		Reduced operational noise for quiet operation.
Advanced: Ideal for labs or offices.		Base: Minor noise still present.
Advanced: Complex design increases maintenance needs.

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