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Labino Apollo 3.1 UV Light Meter

Name: Labino Apollo 3.0 Light Meter
Brand: Labino
Price: 995 GBP
Availability: InStock

The Labino Apollo 3.1 Light Meter Measures UV, Luminance (cd/m² or fL using a specially designed tube) & Visible light via a wireless sensor.
Apollo 3.1 - A UV Radiometer, Luminance & Photometer in one instrument - made small enough to fit in your pocket!

The Apollo 3.1 version offers the possibility to measure luminance in cd/m² or fL using a specially designed tube. The application range is focused on extensive illumination fields such as screens for radiographic testing. Your Apollo 3.0 meter can be upgraded to measure luminance by purchasing an upgrade package, including calibration - contact us for a quote to upgrade.

The Labino Apollo 3.1 UV Radiometer/Photometer & Luminance Meter is an instrument for accurate measurement of UV-A irradiation, visible illumination & Luminance. Apollo 3.1 allows you to check your UV Inspection Lights are performing correctly and within specification before testing.

Versions - See Brochure for Specifications:

Labino Apollo 3.1 UV, White & Luminance Tube Standard Kit - M521

Labino Apollo 3.1 Blue Standard Kit - M517

Labino Apollo 3.1 Blue & White Kit - M519

A crucial piece of equipment for any UV Inspection.

The instrument provides fast measurement as it offers auto-ranging and concurrent measuring of visible light and UV-A irradiation.

Apollo 3.1 is traceable to NIST (National Institute of Standards & Technology) & ISO 3059-12.

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Labino Apollo 3.0 UV Light Meter - Advanced NDT LTD

PRODUCT SPECIFICATION

WHAT'S INCLUDED?

DOWNLOAD APOLLO 3.1 BROCHURE

ACCESSORIES

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Product Specifications

Product Details
Labino Apollo 3.1

The Labino Apollo 3.1 is an instrument for precise measurements of UV-A irradiation, luminance and illuminance. Extra engineering effort is taken to make an accurate measurement of visible light emission from an UV-A lamp by incorporating a superior bandpass filter containing only non-fluorescent components.

The instrument provides fast measurements as it offers auto ranging and concurrent measuring of visible light and UV-A irradiation.

It is ergonomic and easy to use due to its lightweight chassis, a wireless sensor unit and its compact size.

Apollo 3.1 is traceable to NIST (USA’s National Institute of Standards and Technology) and complies with ISO 3059. For Apollo blue, the UV-A sensor is replaced by a blue light sensor which is in compliance with CEN/TR 16638.

Wireless Sensor via Bluetooth

Apollo 2.0 UV Light Meter Advanced NDT Labino

Reader Unit - Powered by 3 'AA' Batteries that last 100 hours of active measurement.

Sensor Unit - Powered by 3 x 'AAA' batteries.

Sensor measurements and transmission of data is done via Bluetooth. This enables the user to measure from a distance of up to five meters. This feature ensures that the sensor unit is stable and no movement occurs from connecting cables during measurement.

Light and Compact

The Apollo 3.1 Light Meter is ergonomic and easy to use due to its lightweight chassis, wireless sensor unit and compact size. The reader unit weighs 194 grams (6.84 oz) and the sensor unit (TBC). The dimensions of the reader unit and the sensor unit are 145 x 89 x 25 mm and (TBC) respectively.

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Related Accessories

Labino Olympos - Measurement Stand

QUOTE PART NO: A542

Labino are proud to introduce to the market the first measurement stand for UV lights, OLYMPOS, especially designed to conduct measurements from a distance of 15 inches (38cm) and help NDT professionals to remain in compliance with the pledged standards.

The Labino Olympos measurement stand comes with different size plates. This enables all Labino LED blacklights (UVG Series, MB Series, BB Series) to be measured from the same distance using the Labino Apollo 3.0 UV and White light meter.

Apollo 2.0 UV Light Meter with Olympos Measurement Stand for accurate measurement of UV-A & White light output to stay in compliance with standards.

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Comparison

Labino Apollo 3.0

Apollo 3.0 - Advantages Over Traditional Meters

A. WIRELESS:
Sensor measurements and transmission of data is done via blue-tooth. The wireless sensor enables the user to measure from a distance of up to five meters. This feature ensures that the sensor unit is stable and no movement occurs from connecting cables during measurement.

B. CALIBRATIONS NEED NOT DISRUPT YOUR OPERATIONS:
A user can buy a double kit (1 reader, 2 sensor units) and only send one sensor for calibration, while making use of the other, so that operations are never disrupted. Each sensor unit has both a UV and White light sensor incorporated within it.

C. EASE OF USE:
The Labino Apollo 3.0 Meter is ergonomic and easy to use due to its light weight chassis, wireless sensor unit and compact size. The backlight in the display comes on automatically when measuring in a dark area and it provides an auto ranging for visible light and UV light simultaneously. The meter features both hold and peak functions.
• Hold function: By pressing the Hold button the present value is stored.
• Peak function: By pressing the Peak button the sensor automatically stores the highest value measured.

Labino Apollo 3.0 Sensor Unit Advanced NDT

Wireless Sensor measures up to a distance of 16ft from the reader unit

Apollo 3.0 vs Apollo 2.0

The popular Labino Apollo UV & Visible Light Meter has been upgraded from version 2.0 to 3.0! Apollo 3.0 version is shipping now.

What's new?

Higher IP Class for Enclosure

The sensor unit of Apollo 3.0 is IP67 classified, compared to Apollo 2.0 which is IP40.

The unit is now both dustproof & waterproof.

Batteries accessible from the outside.

The batteries are accessible from the outside in the new enclosure. Therefore, the unit does not have to be opened or re-calibrated when changing batteries.

The Apollo 3.0 is operated using Alkaline batteries.

No Lithium-Ion Batteries

Zero drift in extreme temperatures

Apollo 3.0 has close to no temperature drift within the operating temperature range.

Performing UV measurements at 0°C or 40°C shows the exact same readings.

General Fatigue Drift

The fatigue is close to non-existing.

The readings drop by 0.1% after 30 minutes irradiation with 50 000 µW/cm².

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