HIOKI TM6102 Illuminance Meter

( Brand: Hioki ), ( Manufacturer Part Number: TM6102 ), ( Part Type: Meter )

Review HIOKI Illuminance Meter

The TM-6102 Hioki Illuminance Meter is a state-of-the-art device designed for measuring light intensity in various applications. This instrument, manufactured by the renowned Japanese brand Hioki, is known for its precision, reliability, and durability.

The TM-6102 features a high-resolution LCD display that provides clear and easy-to-read measurements of illuminance in lux, foot-candles, and apical lux. The meter also includes a built-in data logger, allowing you to store up to 30,000 measurement records for later analysis. The data logger can be accessed via a USB interface, making it easy to transfer the data to a computer for further analysis or report generation.

The TM-6102 is equipped with a high-sensitivity photocell that ensures accurate measurements even in low-light conditions. The meter also features an auto-ranging function, which automatically selects the appropriate measurement range, ensuring that you get the most accurate readings. The meter is also equipped with a Class 1 laser pointer, which makes it easy to align the sensor for accurate measurements.

The TM-6102 is designed for easy use with a one-button operation. The meter is lightweight and compact, making it easy to carry around. It is also equipped with a protective rubber jacket that provides protection against drops and impacts. The meter is powered by two AAA batteries, which can be easily replaced when they run out.

In conclusion, the TM-6102 Hioki Illuminance Meter is a high-performance device that is ideal for a wide range of applications, including architectural lighting design, interior design, photography, and scientific research. Its precision, reliability, and ease of use make it a must-have tool for any professional in the field of lighting.

1. High Accuracy: The Hioki TM-6102 is known for its high accuracy, which is essential in measuring illuminance levels. It can measure illuminance from 0.01 to 100,000 lux with an error of 1% or 1 lux (whichever is greater).

2. Wide Measuring Range: It has a wide measuring range, making it suitable for various lighting conditions.

3. Rugged Design: The device is built to withstand rough conditions, making it ideal for outdoor use.

4. Long Battery Life: The TM-6102 features a long-lasting battery, ensuring you can use the meter for extended periods without worrying about running out of power.

5. Data Logging: The device has data logging capabilities, allowing you to store and analyze data later.

1. High Price: The Hioki TM-6102 is a high-end illuminance meter, and its price reflects its quality. It might be expensive for some users.

2. Complex Interface: The device has a complex interface that might be overwhelming for beginners.

3. Large Size: The TM-6102 is relatively large and heavy, which might not be convenient for carrying around all the time.

The Hioki TM-6102 is a high-quality illuminance meter that offers high accuracy, a wide measuring range, and robustness. However, its high price and complex interface might deter some potential buyers. If you are looking for an accurate and reliable illuminance meter and are willing to pay a premium, the Hioki TM-6102 is a great choice. However, if you are on a budget or prefer a simpler device, there are more affordable options available in the market.

If you are a professional looking for a high-accuracy illuminance meter for regular use, the Hioki TM-6102 is a recommended option. Its data logging feature and long battery life will also be beneficial for your work. However, if you are a hobbyist or a beginner, you might want to consider more affordable options with simpler interfaces.

Details:

Hioki TM6102 GB laser luminance meter proprietary discrete centred wave length method for photometer cut adjustment time in half with white balance navigation measure up to 9 points on 12-inch screen simultaneously the illuminance evaluates of displays that use lasers by measuring and optical power, which are key characteristics evaluation light sources, using method, a new technique directly power sources. Speak with an agent today. This keeps reflected light to a minimum and improves the instrument reliability. This allows highly precise evaluations of GB lasers with not only optical power meters but also illuminates and luminance.

Correction is applied according to the users standard light source, minimizing any differences between instruments when multiple units are used. Mysteries of laser photometer why do some colors look different even when they have the same dramatist values. Does measuring light sources result in values that are from actual colors, unlike conventional led or bulbs. Wave length measurement performance is important order get delta X. For lasers with a spectral width of several NM, it is not possible to correctly calculate the centred wave length measuring instrument that has an insufficient. As you can see, there is a significant difference between the centred wave length and maximum peak wave length , either of which needed to calculate dramatist.

Applications include processes designed to adjust and inspect GB lasers used in automotive head-up displays head-mounted by measuring radiant illumination, centred wave length , illuminance, dramatist.

This function is indispensable when making white balance adjustments in demanding conditions. 01 NM and optical power radiometric quantity for GB wave lengths calculate dramatist photo metric using color matching functions 2, 10 simultaneously output a total of 11 properties discrete centred wave length method barriers to laser photometer approximation limit normally, gristmills other kilometers use combination filters approximate. Built-in physical quantity correction function to minimize differences between instruments two functions are built in: centred wave length offset and radiometric gain. This unique adjustment navigation function from Hioki links with target values within tolerance upper and lower limits to automatically set the range.

Since the spectrum of laser light in particular fluctuates greatly due to temperature, it is necessary not only take measurements with high accuracy that can normally be accomplished an instrument such as optical analyzer, but also measure centred wave length tracks fluctuations. 00001 the discrete centred wave length method for laser photometer achieve accurate with real-time measurement of and optical power. Simultaneously adjusting dramatist and photo metric quantity, which is difficult with the conventional gristmills method, greatly reduces balance adjustment work.

Since the spectral width of a monochromatic laser is extremely narrow, both approximation error for color matching function and variability inherent in filter individual differences appear as measured values. In addition, qualifying electric test product orders are shipped free. Further, since the oblique incident light properties of GB laser illuminance meter TM6102 are similar to cosine law for angle incidence, it can be used in same manner as a conventional illuminate. Optimum optical parts low reflection paint to minimize the influence of irregular reflections all around light entrance are coated in a special so that measurements will not be affected by reflecting off instrument.

Uniformity evaluation delivering the measurement reliability required for uniform evaluations reliable traceability precise radiance using laser light sources an all-new calibration environment was developed this new GB optical instrument. Multiple peaks in the laser spectrum compared to wave length range of visible light from 400 NM 700 NM, has an extremely narrow. Separate incident light into each GB wave length using optical devices simultaneously measure centred minimum resolution.

Accurate laser measurement is guaranteed, providing highly reliable measurements that can be traced to national standards. Accurately measure centred wave length and optical power GB measurement resolution.

Reliable incident light properties TM6102 low incidence angle dependence essential for ultrashort focus projector evaluation dramatist measurement that is not affected by of required to measure the illuminance. Equipment provides electrical testing equipment and products for a wide range of applications. 01 NM dramatist x, y coordinate output resolution.

This is one of the major features discrete centred wave length method, which not influenced by optical filters. Low dependency on the angle of incidence is an important property in order to evaluate products with a large particular, such as ultrashort focus projectors.

specifications lighlumete:

• brand: Hioki
• mpn: Tm6102
• part type: Meter

Ratings:

1. Good Deal 07-05-18
2. -:-: ': .-:- FABULOUS -:- HIGHLY RECOMMEND -:-: ': .-:- 07-06-18
3. Great transaction! 07-06-18
4. Item as described, priced fairly, packaged adequately, shipped promptly. 07-05-18
5. product as described very fast delivery 07-05-18

General lighlumete:

• businessindustrial > electricaltest equipment > test equipment meters business industrial > lightlux meters
• condition: New
• in stock: Yes

Shipping lighlumete:

• type: Flat
• cost: $0.0
• handling: 20 days

Payments lighlumete:

• PayPal

Seller lighlumete:

• zipcode: 17038
• city: Jonestown, Pennsylvania

Offer lighlumete:

• bids: 0
• Started: July 6, 2018, 6:46 am
• quantity: 1
• Sold: 0
• best offer: false

Returns lighlumete:

• time: 30 Days
• type: Money Back
• paid by: Buyer
• policy: returns accepted

Hioki TM6102 Is Similar To:

• 3421 Hioki Lux Hi Tester Meter Model Ranges 300 1000 3000 Nice (37% similar) I can't check calibration but it seems to work as expected. This guy kept all of his lab equipment in tip top condition. Hioki lux hi tester meter model 3421, ranges 3/1 0 3000 nice. A rare find. Comes from the estate of a dear friend...(December 9th, 2015)
• Ft3424 Hioki Light Meter With Broad Coverage From Low To High Illuminance (36.9% similar) Speak with an agent today. Net equipment. Capable of testing even led lighting, the FT3424 provides five measurement ranges, 20 LX to 200,000 LX, to support a wide range of luminance levels. Angled incident light characteristics it is known that the luminance is proportional to the cosine of the ...(January 5th, 2016)