Analyzers

Analyzers are essential instruments used to provide high-precision measurements necessary for a variety of laboratory and industrial applications. These devices ensure traceable accuracy in calibrating processes, often operating within specified voltage and temperature ranges to maintain measurement fidelity and consistency.

  11. IFM SM8004 Magnetic-inductive Liquid Flow Sensor

    Mixed Lots of Test & Measurement Equipment

    IFM SM8004 Magnetic-inductive Liquid Flow Sensor

    • New in Box.
    • Produced by ifm electronic gmbh (Germany).  Supported by Malvern, PA, USA location.
    • General Design:
      • Precise measurement of flow, consumption and medium temperature
      • High accuracy, repeatability and measurement dynamics
      • Includes two precise analog outputs--one for liquid flow rate & one for temperature of the liquid.
      • Clearly visible numerical display
      • Detailed Specs:
        • Measurment range:  0.2...100 l/min   0.1...26.4 gpm
        • Suitable liquids: Conductive liquids; water; water-based media with conductivity: ≥ 20 µS/cm and viscosity: < 70 mm²/s (40 °C). 
        • Suitable for -10C to 70C liquid temperatures AND capable of monitoring temperature in -20C to 80C range.
        • 1" nominal threaded connection.
        • 20-30V DC power.
        • Please see 3-page data sheet attached to this listing. Buyer to verify all specs prior to purchase.
  12. LumaSense impac 140 IR Pyrometer

    Thermal Analysis

    LumaSense impac 140 IR Pyrometer

    • LumaSense Technologies GmbH IMPAC IS 140-PB 750-2500C IR Pyrometer.
    • Telescoping lense is clearly marked a=340-4000mm.
    • Impac and LumaSense appear to be part of Advanced Energy as of 2024: See The Global Leader in Temperature and Gas Sensing Solutions - LumaSense Technologies A/S (lumasenseinc.com) 
    • Multiple units likely to be in inventory.  Please contact Cline Innovation to confirm physical inventory with this specification.
    • Photos available upon request.

Popular Manufacturers

Advanced Energy Particle Meas Sys Datapaq MTI Instruments Hart Scientific Raytek EMCO Stanford Research Lighthouse Frontier Semi

Common Applications

Precision Measurements

Calibration Processes

Quality Control

Laboratory Analysis

Industrial Testing

Environmental Monitoring

Buying Guide

Analyzers Buying Guide

When selecting an analyzer, it's important to assess several technical specifications to ensure it aligns with your specific measurement needs.

Consider the following factors to make the most informed decision:

  • Verify the instrument's accuracy and precision specifications to match your application requirements.
  • Ensure the analyzer can operate effectively within your laboratory's voltage and temperature conditions.
  • Look for models with documented calibration traceability to international standards.
  • Check the availability of technical support and spare parts for long-term maintenance.

Frequently Asked Questions

What are the key specifications to consider for analyzers?
When choosing an analyzer, consider the operating voltage, temperature range, measurement accuracy, and calibration traceability to ensure it meets your needs.
How do analyzers ensure traceable accuracy?
Analyzers ensure traceable accuracy through regular calibration, often featuring internal standards or protocols that align with international measurement benchmarks.
What are common applications for analyzers?
Analyzers are commonly used in laboratory and industrial settings for precision measurements, calibration processes, and quality control testing.
Do analyzers require routine maintenance?
Yes, routine maintenance including calibration and periodic checks is necessary to ensure the analyzer provides accurate and reliable measurements over time.