401027

Extech 401027 Pocket-Size Foot Candle Light Meter

Extech 401027 Pocket-Size Foot Candle Light Meter

Description

The Extech Pocket-Size Foot Candle Light Meter measures up to 2000Fc for basic lighting applications.

Features

  • Precision color-corrected, photo-diode sensor
  • Battery operated with low battery indication
  • Compliance with safety regulatory bodies (OSHA)
Your Price
$99.99
Usually ships in 1-2 weeks

Shipping Information
Return Policy
Why Buy From Fondriest?

Details

The Extech Pocket-Size Foot Candle Light Meter is a cost-effective solution to measure two light ranges: 200.0 (0.1Fc) and 2000 (1Fc). Readings are easily read on the large 3-1/2 digit (1999 count) LCD with over-range indication. It has a precision color-corrected, photo-diode sensor and a 5% accuracy. The meter can be used for ambient testing for light-sensitive archives.

Notable Specifications:
  • Fc range: 200, 2000Fc
  • Max. resolution: 0.1 Fc
  • Basic accuracy: +/-5%
  • Cosine & color corrected: Yes
  • Dimensions: 5.2x2.8x1" (131x70x25mm)
  • Weight: 6.9oz (195g)
  • CE: Yes
  • Warranty: 1 year
What's Included:
  • (1) Pocket-Size Foot Candle Light Meter
  • (1) remote light sensorwith 47" (1.2m) cable
  • (1) built-in stand
  • (1) 9V battery
Image Part # Product Description Price Stock Order
Extech 401027 Pocket-Size Foot Candle Light Meter 401027 Pocket-size foot candle light meter
$99.99
Usually ships in 1-2 weeks
Extech 401027 Pocket-Size Foot Candle Light Meter 401027-NIST Pocket-Size Foot Candle Light Meter, NIST traceable
$224.99
Usually ships in 1-2 weeks

In The News

Monitoring and Tracking Ocean Microbes with LRAUVs

In March and April of 2018, researchers from the University of Hawai'i at Mānoa (UH Mānoa) and the Monterey Bay Aquarium Research Institute (MBARI) deployed a small fleet of long-range autonomous underwater vehicles (LRAUVs) in the waters of the Pacific near Hawaii. These LRAUVs automatically collect and archive samples of seawater, enabling scientists to study and track ocean microbes with a level of detail that is unprecedented. Chasing eddies The team who undertook the expedition on the research vessel Falkor was hoping to survey and track Mesoscale eddies within the North Pacific Subtropical Gyre (NPSG) using a suite of oceanographic instruments.

Read More

Toxic Chemicals in Plastic Pollution Littering Freshwater Habitats

When we consider the glut of plastic rapidly accumulating all over the world , it's easy to see the problem of pollution and disposal of substances that don't biodegrade. However, it's not always as apparent to us that plastic pollution also means a growing number of toxic chemicals in the environment, many of which can be harmful to ecosystems. Plastic polymers and the products made from them are wildly diverse as to chemical properties, composition, and range of potential applications, although most plastics are made from petrochemicals. Throughout the very long lifespan of any given plastic product, the material may release various hazardous substances .

Read More

CO2 Cacophony in Acidified Oceans Will Confuse Baby Fish

Ocean acidification is a simple process that has complex effects. Increasingly acidic ocean waters create a cascading series of changes and problems for marine life, as each response to the changing conditions prompts other crises. Recent research from the University of Adelaide reveals a novel problem: baby fish will have more trouble finding and reaching shelter in the acidified oceans of our shared future, placing populations of various fish at risk. Despite how they may seem to humans, oceans are not silent worlds. They are filled with all sorts of noise, from fish sounds and whale vocalizations to the sounds produced by different kinds of habitats.

Read More