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Taylor

Taylor 9527 Infrared Thermometer -67°F to 428°F Fixed 0.95 Emissivity

SKU CH-2KBS-2YSG0

Measures surface temperatures from -67 °F to 428 °F with a single-dot laser sight and fixed 0.95 emissivity

  • TypeEnvironmental & Mechanical
  • Wide range covers -67 °F to 428 °F for diverse tasks
  • Fixed 0.95 emissivity gives consistent readings on common surfaces
  • Single-dot laser sighting helps target the exact measurement spot
  • ±1.1 °F accuracy delivers reliable results across the full span
  • One-second response time provides quick feedback in fast-paced environments

Taylor 9527 Infrared Thermometer

The Taylor 9527 is a handheld infrared thermometer built for quick surface-temperature checks. It suits maintenance technicians, HVAC professionals and quality-control staff who need instant readings without contact.

Fixed 0.95 emissivity and single-dot laser

Emissivity is locked at 0.95, so the meter reads accurately on common oxidised or painted surfaces but cannot be tuned for polished metal or glass. The single-dot laser shows the exact measurement spot, and the LCD displays the result within one second.

Check surface material and ambient limits

Verify that the target material emits near 0.95 or accept a larger error on reflective surfaces. The unit operates between -5 °F and 156 °F, so it must not be used in hotter environments or stored outside that range.

Highlights

  • Wide range covers -67 °F to 428 °F for diverse tasks
  • Fixed 0.95 emissivity gives consistent readings on common surfaces
  • Single-dot laser sighting helps target the exact measurement spot
  • ±1.1 °F accuracy delivers reliable results across the full span
  • One-second response time provides quick feedback in fast-paced environments

Specifications

BrandTAYLOR
TypeEnvironmental & Mechanical

Questions about this item

How does the fixed 0.95 emissivity setting limit the temperature reading accuracy on different surfaces?

The fixed 0.95 emissivity is calibrated for typical organic materials. Shiny or reflective surfaces like polished metal will read lower than actual temperature because the thermometer cannot compensate for their lower emissivity.

What physical space is required to operate the full-size body style infrared thermometer?

The full-size body requires one-handed operation with clear line-of-sight to the target. The single-dot laser sighting helps aim, but you must be within the distance-to-spot ratio range for the measurement area to be smaller than the target object.

What is the correct procedure to power on the Taylor 9527 and avoid the common mistake of measuring outside the operating range?

Install the battery, point at the target, and pull the trigger to activate the LCD display and laser. The common mistake is using it below -5°F or above 156°F ambient temperature, which can damage the sensor or cause inaccurate readings.

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