No products in the cart.
The UV-VIS Spectrometer is fully supported with LabQuest 2 (version 2.7.2), a standalone data logger with built-in graphing and analysis software.
Learn more about LabQuest 2 »
Product Description
£3,774.00 ex VAT | £4,528.80 Inc VAT
The Fluorescence/UV-VIS Spectrophotometer measures the absorbance and fluorescence spectra of various chemical and biochemical compounds.
Available to Order
Description
Our affordable Fluorescence/UV-VIS Spectrophotometer is designed specifically for upper-level chemistry courses. We’ve combined the functionality of a fluorometer with the power of a UV/VIS spectrophotometer to allow students to easily and accurately conduct numerous fluorescence experiments with compounds such as quinine sulfate, DAPI, GFP, and tryptophan. Exchangeable LEDs ensure you get the exact excitation wavelength needed for your experiment. To conduct emission spectra experiments simply attach the Vernier Spectrophotometer Optical Fiber.
The Fluorescence/UV-VIS Spectrophotometer connects directly to a computer or LabQuest. Data can be collected and analysed using our Logger Pro software, so there is no need to train students on yet another instrument software.
Specification
- Detection modes: Absorbance and Fluorescence
- Dimensions: 18.5 cm × 17.0 cm × 7.0 cm
- Power supply: AC adapter (included)
- Power consumption: 3 A start-up, 500 mA continuous
- Absorbance light source: deuterium (UV) and incandescent (VIS)
- Emission light source: Exchangeable LED (ships with 375 nm, 450 nm, 525 nm)
- Detector: Linear CCD
- Wavelength range: 220–850 nm
- Wavelength reporting interval: ~ 1 nm
- Optical resolution: 3.0 nm (as determined with 486 nm hydrogen emission spectral line FWHM)
- Wavelength accuracy: ± 2.0 nm (as determined with holmium oxide NIST standard)
- Absorbance photometric accuracy: ± 5.0% (as determined with potassium dichromate NIST standards)
- Absorbance photometric range (for best accuracy): 0.1–1.0
- Typical scan time: ~ 2 s
- Sample format: 10 mm × 10 mm cuvette (UV fluorescence cuvette included)
- Fluorescence emission detection limit: 1 mg/L quinine sulfate dihydrate in 0.1 M H2SO4
What's Included
- Vernier Fluorescence/UV-VIS Spectrophotometer with LED holder
- Three exchangeable LED cartridges: 375 nm, 450 nm, and 525 nm
- Starna UV fluorescence cuvette
- AC power supply
- USB cable
- Carrying case
Sensor Requirements
The Vernier Fluorescence/UV-VIS Spectrophotometer may require a compatible interface and software. Choose a platform below to see compatible interface and software options.
| Interface | Software | ||
|---|---|---|---|
| Spectral Analysis for Computers | Graphical Analysis 4 for Computers | Logger Pro | |
| NO INTERFACE REQUIRED | Full support | Incompatible | Full support |
| LabQuest 2 | Incompatible | Full support | Incompatible |
COMPATIBILITY NOTES
*Full support of this sensor is only available when LabQuest 2 is connected to a computer or Chromebook via Wireless Data Sharing. This sensor is not supported when connected to a computer or Chromebook via USB.
| Interface | Software | |
|---|---|---|
| Spectral Analysis for Chrome | Graphical Analysis 4 for Chrome | |
| NO INTERFACE REQUIRED | Full support | Incompatible |
| LabQuest 2 | Full support1 | |
COMPATIBILITY NOTES
*Full support of this sensor is only available when LabQuest 2 is connected to a Chromebook via Wireless Data Sharing. This sensor is not supported when connected to a Chromebook via USB.
INTERFACE | SOFTWARE Graphical Analysis for iOS | SOFTWARE Graphical Analysis for Android |
|---|---|---|
LabQuest 2 | Full support* | Full support* |
COMPATIBILITY NOTES
*Mobile devices can only connect to LabQuest 2 via Wireless Data Sharing.
Ideal Solutions for Enquiry Based Learning
5 Year Warranty on most items
Award Winning Products
Connectivity with iOS, Mac, Android, Windows and Chromebooks
Guaranteed Quality and Support
Extensive Support Materials
Related Products
Use the Dissolved Oxygen Probe to determine the concentration of oxygen in aqueous solutions in the field or in the laboratory. The Dissolved Oxygen Probe is great for biology, chemistry, ecology, or integrated science courses. It can be used to perform a wide variety of experiments to determine changes in dissolved oxygen levels, one of the primary indicators of the quality of an aquatic environment. Also see our NEW Optical Dissolved Oxygen Probe
£298.00 ex VAT | £357.60 Inc VAT Add to basket
Designed for much higher forces than the Dual-Range Force Sensor, the Force Plate can measure the forces developed during stepping, jumping, and other human-scale actions. For example, you can perform the following kinds of experiments:
£376.00 ex VAT | £451.20 Inc VAT Add to basket- Observe the change in normal force during a ride in a lift.
- Measure the impulse delivered by the floor during a jump.
- Measure the reaction force as a student leans against a wall.
The Flow Rate Sensor can be used for environmental or Earth science studies. Flow rate data can be used to calculate the discharge value for a stream or determine the sediment transport of a stream. The Flow Rate Sensor includes 3 riser rods, which enable the impeller to be placed at fixed depths, and is equipped with a 5 m cable so your data-collection equipment can stay on shore. The Flow Rate Sensor also separates into four sections for easy transport and convenient storage.
£168.00 ex VAT | £201.60 Inc VAT Add to basket
The Polarimeter can be used to measure chiral properties of optically active samples without chemically modifying or destroying the sample. This is a vertical polarimeter that uses a 589 nm LED, a fixed polarizer, and a manually rotated polarizer to detect changes in rotation of plane-polarized light in the presence of an optically active compound. Used with Vernier technology, students no longer have to determine the optical maximum with their eye but have a graph that shows a clear change in the light's polarization.
£649.00 ex VAT | £778.80 Inc VAT Add to basket
The CO2 Gas Sensor measures gaseous carbon dioxide levels in two selectable ranges of 0 to 10,000 ppm and 0 to 100,000 ppm (which covers human breath). Ideal for measuring changes in Carbon Dioxide levels during plant photosynthesis and respiration. You can easily monitor changes in CO2 levels occurring in respiration of organisms as small as crickets or beans! The CO2 Gas Sensor is easily calibrated using a calibration button. A chamber is included for running controlled experiments with small plants and animals. You may also wish to see our O2 Gas Sensor
£350.00 ex VAT | £420.00 Inc VAT Add to basket
The Differential Voltage Probe is designed for exploring the basic principles of electricity. Use this probe to measure voltages in low voltage AC and DC circuits.
£51.00 ex VAT | £61.20 Inc VAT Add to basket
The Vernier Optical DO Probe uses luminescent technology to provide fast, easy, and accurate results, making it a terrific choice for biology, ecology, or environmental science courses. Students can measure dissolved oxygen concentration in surface water or to perform a wide variety of experiments to determine changes in dissolved oxygen levels, one of the primary indicators of the quality of an aquatic environment. Using Plug and play technology, no filling solution is required, no warm up time needed, no stirring and no calibration.
£389.00 ex VAT | £466.80 Inc VAT Add to basket
The Anemometer can be used in a variety of experiments to measure wind speed. Can either be used hand held to measure wind speeds, or used with the accessory rod for static experiments such as in front of wind tunnels. The Vernier Anemometer is an impeller-type anemometer that measures wind speed in the range of 0.5 to 30 m/s (1 to 67 mph).
£116.00 ex VAT | £139.20 Inc VAT Add to basket
Our strain-gauge based isometric Hand Dynamometer can be used to measure grip strength, pinch strength, and to perform muscle fatigue studies. Use the hand dynamometer with other sensors (e.g., EKG Sensor) to study muscular health and activity
£144.00 ex VAT | £172.80 Inc VAT Add to basket
The Conductivity Probe determines the ionic content of an aqueous solution by measuring its conductivity. This has many applications in chemistry, biology, and environmental science. The Conductivity Probe has three ranges, providing optimal precision in any given range. Biology teachers can use this probe to demonstrate diffusion of ions through membranes. Chemistry students are able to quickly investigate the difference between ionic and molecular compounds, strong and weak acids, or ionic compounds that yield different ratios of ions. Environmental science students use it to measure TDS, total dissolved solids.
£129.00 ex VAT | £154.80 Inc VAT Add to basket
The Vernier Go Wireless Exercise Heart Rate is an excellent hands-free option for continuously monitoring heart rate before, during, and after exercise or while a person is stationary. Using the chest strap, data are wirelessly transmitted to iPad, LabQuest 2, or other mobile devices that are Bluetooth® Smart Ready. It displays live heart readouts before data collection,and is ideal for running, cycling and other physical activities. For an option to monitor heart rate with hands, please consider the Go Wireless Heart Rate.
£103.00 ex VAT | £123.60 Inc VAT Add to basket
Ideal for most acceleration experiments. Use it for studying the one-dimensional motion of a car (real and toy), lift, pendulum bob, or amusement park ride.
£116.00 ex VAT | £139.20 Inc VAT Add to basket- Range: -50 to +50 m/s2
- Typical accuracy: ±0.1 m/s
Use the Drop Counter to perform accurate, automatic titrations. Record the number of drops or calibrate the drop size to record volume of titrant added during a titration. Logger Pro software can automatically convert the number of drops into volume. The Drop Counter can be used for conductimetric or potentiometric titrations using our Conductivity Probe, Ion-Selective Electrodes or any electrode with a 0 to 5 volt output.
£129.00 ex VAT | £154.80 Inc VAT Add to basket
This is great for studying one-dimensional collisions or any motion with larger accelerations.
£125.00 ex VAT | £150.00 Inc VAT Add to basket- Range: -250 to +250 m/s2
- Typical accuracy: ±1 m/s2