Sensors

Sensors are devices that detect and respond to changes in an environment, transforming these changes into electrical signals for measurement. These instruments provide precise measurement capabilities across a range of specifications such as temperature, pressure, and humidity, ensuring high resolution and traceability in laboratory and industrial settings.

  2. CINCINNATI SUB-ZERO TEMP/HUMIDITY CHAMBER, 8 CUBIC FEET AIR COOLED

    Temperature & Humidity Chambers

    CINCINNATI SUB-ZERO TEMP/HUMIDITY CHAMBER, 8 CUBIC FEET AIR COOLED

    Temperature and Humidity Chamber -- Air-CooledTundra Refrigeration System

    Make: Cincinnati Sub-Zero

    Model: ZPH-8-3.5-SCT/AC

    1 unit @ Best Price

    Scotia, NY US

    Item 190372

  7. Hamlin 59135-030 Proximity Sensor

    Other Sensors

    Hamlin 59135-030 Proximity Sensor

    Hamlin 59135-030 Proximity Sensor Proximity Sensor
  9. Applied Materials 0190-23270

    Other Sensors

    Applied Materials 0190-23270

    Hokuyo DMS-HB1-Z09 Optical Sensor Tranceiver Optical Sensor Tranceiver

Common Applications

environmental monitoring

quality control

data collection

industrial processing

laboratory experiments

Buying Guide

Sensors Buying Guide

When selecting sensors, it is critical to consider the specific measurement needs of your application. This involves evaluating the sensor's capability to accurately detect changes and provide reliable data.

Check for calibration status and ensure that the sensors meet your required specifications for range and resolution. Understanding these aspects will guide your decision-making process.

  • Ensure the sensor's operating range matches your application needs (e.g., temperature, pressure).
  • Verify the resolution and accuracy specifications to meet your precision requirements.
  • Consider sensors that provide documented calibration for traceability.
  • Evaluate environmental conditions that the sensor must withstand, such as humidity or extreme temperatures.

Frequently Asked Questions

What are the primary functions of sensors?
Sensors are used to detect changes in the environment such as temperature, pressure, and humidity, converting them into electrical signals for precise measurement and monitoring.
How do sensors ensure measurement accuracy?
Sensors achieve high accuracy by utilizing precise calibration standards and maintaining resolution specifications to ensure traceable and reliable data collection.
What are the key specifications to look for in sensors?
Key specifications include operating ranges for temperature, pressure, and humidity, as well as resolution, accuracy, and calibration status to ensure precise measurement capabilities.
How are sensors applied in laboratory settings?
In laboratories, sensors are used to monitor and measure specific environmental conditions, providing vital data for experiments and quality control processes.