ACCURIS INSTRUMENTS Smart QTM 100 Fluorometer Instruction Manual
- August 7, 2024
- ACCURIS INSTRUMENTS
Table of Contents
Operation Manual V1.1
Smart Q™100
Quantitative Fluorometer This Product is for Research Use Only
Smart QTM 100 Fluorometer
Thank you for purchasing the Smart-Q™ 100 Fluorometer. This manual details the
instrument’s features, specifications, as well as complete operating
instructions; please read it carefully prior to operation. Keep this user
manual for later use.
Important:
Please keep the box and packaging material for this instrument. If service is
required, the box will be needed to ship the instrument to our Service
Department.
Initial Inspection
Please inspect the instrument as well as all included accessories when you
first open the packaging. If you find anything damaged or missing, please
contact Benchmark Scientific or your local distributor immediately.
BENCHMARK SCIENTIFIC / ACCURIS INSTRUMENTS
PO Box 709
Edison, NJ 08818
USA
Phone: 908-769-5555
Website: www.benchmarkscientific.com /
www.accuris-usa.com
Email: info@benchmarkscientific.com /
info@accuris-usa.com
Safety Warning and Guidelines
-
Important information for safe use
Users should have a clear understanding of how to use this instrument before operation, please read this manual carefully prior to operation.
NOTICE: Please review this manual in its entirety before operating the Smart-Q™ 100.
For Research Use Only. This instrument is not a medical device and is not intended to be used for clinical testing. -
Operation and Maintenance
The operation and maintenance of the instrument should comply with the basic guidelines and warnings below. Incorrect operation or maintenance will have detrimental effects on the life, performance, and safety features of the instrument.
This instrument is for indoor use only and conforms to I class B type common equipment of standard GB9706.1.
CAUTION: Biological Contamination
All samples used with this instrument, including quality control samples, calibration samples, and components should be considered infectious and treated with caution. Always wear gloves and appropriate safety gear for protection.
The instrument should not be disassembled by the end user unless under the guidance of Benchmark’s Service Department.
The instrument should only be installed in an environment with standard room temperature, low dust, low humidity, and away from direct sunlight, electromagnetic interference, and heat sources.
Always power off the instrument when you are finished using it. Unplug the power cord and cover the instrument with a cloth or plastic sheet to prevent excessive dust from entering the housing.
Unplug the instrument immediately if any of the following occur, and contact Benchmark Scientific’s Service Department:
• Liquid enters the Instrument.
• The instrument is dropped or the outer shell damaged.
• The functions of the instrument have obviously changed. -
Maintenance
The instrument housing should be cleaned regularly using a soft, damp cloth.
To clean the touchscreen, disconnect the power cable, and clean the touchscreen with a soft cloth lightly moistened with LCD cleansing detergent. Take care not to use excessive force as this can damage the touchscreen. Do not use abrasive cleaning solutions or material to prevent the touchscreen from getting scratched.
To disinfect the instrument, disconnect the power cable and use a soft cloth lightly moistened with 70% ethanol, 70% isopropanol, or 10% bleach (0.6% sodium hypochlorite). Take care so that the cleaning solution does not enter the power inlet, the sample port, or the USB drive ports. -
Transportation and Storage Requirements
Ambient temperature: 10℃ ~ 40℃
Relative humidity: ≤ 70%
Place in a well-ventilated room, away from corrosive gas.
Introduction
The Smart-Q™ 100 Fluorometer is used for the precise quantitation of nucleic acids and proteins in microliter volumes via fluorescent detection. Under conditions of low concentrations of molecules, concentration values are linear to fluorescence intensity. Thus, unknown samples can be quantitatively analyzed. Reagent kits with fluorescent dye, buffer, and standards are available from Accuris or your local distributor.
Key Features and Benefits:
➢ 7-inch color LCD touch screen display, easy to operate
➢ Fast and accurate detection of DNA, RNA and proteins (< 6 sec)
➢ Low sample consumption, only 1-20μL of sample is needed for accurate
quantification
➢ Data storage for up to 10,000 sample records
➢ Sample data can be printed or exported via USB drive
➢ Customized sample standard curve
➢ Reagent calculator to assist with volume determinations
➢ Auto sleep function for power-saving
Specifications
-
Required Installation Environment
Environmental Temperature: 10°C~40°C
Relative Humidity: ≤ 70%
Input Voltage: 24 VDC 2A -
Specifications
Model| Smart-Q™ 100 Fluorometer
---|---
Display| 7.0-inch, color touch screen
Dynamic Range| 5 orders of magnitude
Light Source| Blue LED
Red LED
Excitation Wavelength| Blue: 460 ± 20nm Red: 625 ± 20nm
Emission Wavelength| Green: 525 – 570nm
Red: 670 – 725nm
Stability| ≤ 1.5%
Detector| Photodiodes (300-1000nm)
Measurement Speed| ≤ 5 seconds
Calibration type| 2–3-point standard
Consumable type| 0.5mL optically clear tube
Input Voltage| 24 VDC 2A
Dimensions (WxDxH)| 16.1 x 28.7 x 6.1cm / 6.34 x 11.30 x 2.40in.
Weight| 1.6kg / 3.5lbs
Instrument Overview
This chapter provides an overview of the physical characteristics of the
Smart-Q 100. When using the instrument for the first time, please read this
chapter carefully to familiarize yourself with all the parts.
Front/Side: Back:
Installation
4.1 Initial Check
Each Smart-Q 100 has been factory-inspected prior to shipping. Please refer to
the included packing list to ensure that all items are included. Contact
Accuris or your local distributor if there are any signs of damage to the
packaging upon receipt.
Carefully check the instrument’s appearance and housing for cracks, damage, or
deformation.
4.2 Installation Conditions
Install the instrument on a clean, dry, and level surface in a well-ventilated
room away from corrosive agents
Installation Steps
- Carefully remove the instrument from its packaging and place it onto a stable worktable. Remove all plastic and tape.
- Unpack the 24V 2A power adapter and plug it into the socket on the back of the instrument. Then connect another side to an AC100~240V power outlet.
- Turn on the power. The instrument will start to self-check after powering on.
4.3 Operating Conditions
The Smart-Q 100 uses 0.5ml fluorescent PCR tube to test samples.
Sample test steps:
- Insert the 0.5mL tube with sample or standards into sample holder.
- Close the lid; Click the measurement button on the interface to perform a measurement.
Software Introduction
5.1 Instrument Startup
Power the instrument on. Upon start-up, the instrument will perform a self-
check (Fig.
5.1.01). After the self-check, the Login Interface will be displayed (Fig.
5.1.02). 5.2 Main Menu Interface
After entering the user-specific password (Admin password is set by default to
“0000”), the Main Menu Interface will be displayed (Fig. 5.2.01). Table 5-1
Main Menu Interface Operations
Name
|
Function
---|---
| Select to manage account settings or to switch between users.
| Select to view the working solution calculator
| Select to enter the dsDNA Interface
| Select to enter the RNA Interface
| Select to enter the Oligo Interface
| Select to enter the Protein Interface
| Select to enter the Fluorescence Interface
| Select to enter the Standard Curve Interface
| Select to view a list of the most recent protocols created/run
| Select to enter the settings interface
5.3 dsDNA Interface
Note: As the interface of dsDNA, RNA, Protein, Oligo are identical, Only
the dsDNA Interface is described in detail in this manual.
From the Main Menu Interface, click to enter the dsDNA Interface. Three test
types are available for selection: dsDNA: High Sensitivity, dsDNA: Broad
Range, & 1x dsDNA (Fig. 5.3.01).
5.3.1 dsDNA Interface
Select the test type and click “OK” to enter next interface.
The following takes dsDNA: High Sensitivity as an example.
The specific functions are as follows:
| : Select an available standard curve.
---|---
| : Input the sample name.
| : Select the appropriate units: ng/μL, ng/mL, μg/μL, μg/mL, mg/mL.
| : Click to enter the Calibration Curve Interface (see Chapter 5.3.2).
| : Click to print all current protocol test data.
| : Click to perform a sample measurement.
| : Click to modify the protocol name.
| : Set the volume of the original sample, range 1~20μL.
Original Conc.| : Calculated concentration of the original sample.
RFU (Relative Fluorescence Units): Calculated fluorescence value of the
original
sample.
5.3.2 Calibration Curve Interface
Prior to sample measurements, a calibration curve must be created using the
standards that are typically included with a quantification kit. Only 2
standards are required to form the calibration curve.
Enter the dsDNA testing interface. Click the button and select “Calibration”
to create the calibration curve (Fig. 5.3.03). For each assay, you have the
choice to run new standards, or to use values from the previous calibration to
calibrate the assay. If a calibration has been carried out recently, the last
set data can be selected; If recalibration is required, select the button to
perform the calibrate.
Enter the calibration interface, enter the known concentration value for each
standard, and press “Read Standards” to perform measurements of the standards.
After both standards have been read, select “Save” to save the calibration
data.
5.3.3 Sample Measurements
After generating the calibration curve, input the original volume of the
sample that was added to the tube and click to perform a measurement. After
measurement, the original concentration and RFU of the sample will be
displayed. Swipe right to view data from multiple samples within the same run.
Click the name of the sample to modify the sample’s name.
| : Delete selected test results.
---|---
| : Export all result of current testing.
| : Print all result of current testing.
| : Click to enter the Molarity/Normalization Calculator Interface.
| : Click to enter the options interface. The reagent kit number and sample ID
can be adjusted in this interface.
5.3.4 Molarity Calculator
Click and select the “Molarity” tab to enter the Molarity interface.
Select the conversion units: ng/μL, ng/mL, μg/μL, μg/mL, mg/mL.
After selecting the conversion units, select the units: M, mM, μM, nM, pM.
Input the molecular weight; the default value for dsDNA is set to 660g/mol.
Input the DNA length, when “Auto-populate DNA length” in enabled, all lengths
will be automatically filled in according to the length of the first sample.
Note: The Molarity/Normalization Calculator Interface can only be
selected one sample measurements have been performed.
5.3.5 Normalization Calculator
Select the Normalization tab to enter the Normalization calculator
interface (Fig.
5.3.10). In this interface, choose the type of Normalization (for example:
molarity, concentration, and/or weight), and set the final sample molarity and
volume. Click “Calculate” to enter the results interface (Fig. 5.3.11). The
Filling List tab shows the required sample and buffer volume to be added to
achieve the desired final sample concentration within the final sample volume.
On the Conc. Ratio interface, if a secondary dilution is required, the
dilution ratio and the concentration after dilution will be displayed (Fig.
5.3.12). The Initial Conc. interface shows the concentration of the original
sample (Fig. 5.3.13). Click “Export” to export current data to an inserted USB
drive. 5.4 Fluorescence Interface
From the Main Menu Interface, select to enter the Fluorescence interface.
Three test types are available for selection: Blue 470nm, Red 635nm, & Blue &
Red (Fig. 5.4.01).
Note: The Fluorescence interface does not require the generation of a
calibration curve. Test Types: Blue 470nm and Red 635nm are single excitation
wavelength tests, whereas Blue & Red is a dual-wavelength test (Fig 5.4.03).
The Blue 470nm interface is identical to the Red 635nm interface. Click to
begin a sample measurement. After measurement, the RFU of the sample will be
displayed (Fig. 5.4.02). Data can be deleted, exported, or saved via the icons
found at the upper right corner of the display.
5.5 Working Solution Calculation Settings
Click and drag down the button to view the Working Solution Calculator (Fig.
5.5.01). This interface allows for the calculation of the total working
solution volume required based on dye-to-buffer ratios. Input the number of
samples and standards required and select “Done”. The calculated volumes for
“Dye”, “Buffer”, & “Total volume” will be displayed based on the set numbers
of samples and standards. Select “Include Overage” to account for 1 extra tube
in the calculation.
Detection Range Calculator: From the Working Solution Calculator interface,
swipe right to enter the Detection Range Calculator (Fig. 5.5.02). Here, the
assay type, units, and original sample volume can be adjusted, and a detection
range will be displayed after clicking “Done”.
5.6 Standard Curve Interface
From the Main Menu Interface, click to enter the Standard Curve Interface
(Fig. 5.6.01).
| : Select the sample type (dsDNA, RNA, Oligo, Protein).
---|---
| : Create a new standard curve.
| : Delete, import, or export the standard curve.
| : Sort the list in alphabetical order.
| : Sort the list by type of assay.
| : Sort the list by creator name.
5.6.1 New Standard Curve
Click the icon to create a new standard curve. The New Curve Selection Box
will be displayed, with adjustable values for sample type, assay type, and
curve name (Fig. 5.6.02). Once the values have been adjusted/set, click “OK”
to enter the New Standard Curve Interface (Fig. 5.6.03).
| : Highlight the previous standard.
---|---
| : Highlight the next standard, or to add an additional standard.
| : View Parameter Settings (EX / EM wavelengths + concentration units).
| : Plot the obtained sample data points to a curve.
| : Delete RFU1/RFU2/RFU3 data or to delete the standard itself.
| : Perform standard sample measurement.
Note: At least 5 standards are required to create the standard curve. For
each standard, the average RFU value taken from 3 readings is used for curve
generation.
5.6.2 Curve Management
From the Standard Curve Interface Click to enter Curve Management Interface
(Fig. 5.6.04).
| : Delete the selected curve.
---|---
| : Export the selected curve(s) to a USB drive (Fig 5.6.04).
| : Import curve(s) from a USB drive to the instrument (Fig. 5.6.05).
5.7 Reports Interface
In the main interface, click to enter the Reports Interface (Fig. 5.7.01).
Input keywords in the search box to quickly find the required report (Fig
5.7.02). Click on a report to view its saved data (Fig. 5.7.03). Click on the
sample from the row to view the detailed sample report (Fig. 5.7.04).
5.8 User Management Interface
From the Main Menu Interface, select the icon from the upper left corner of
the display. The following icons will be displayed:
: User Settings: Administrators can manage user accounts by adding, deleting,
or modifying the user name / password. Non-Administrators can only change
their own passwords in this interface.
: Switch User: Return to the Login Interface to switch to a different user.
5.9 Settings Interface
Click in the main interface to enter the Settings Interface (Fig. 5.9.01).
| System Settings
---|---
| Upgrade
| Maintenance
5.9.1 System Settings Interface Click to enter system settings (Fig.
5.9.02):
Language: Select English, or Chinese.
Date and Time: Set the system date and time.
Screen Brightness: Adjust the screen brightness.
Sleep Mode: Turn the automatic sleep mode on or off and adjust time required
to initiate Sleep Mode.
5.9.2 Upgrade Interface
From the Main Menu Interface, click to enter the Upgrade Interface (Fig
5.9.03).
The versions of the software and firmware will be displayed. To make updates,
insert a USB drive with the relevant update files and select the “>” next to
either the software or firmware version number.
5.9.3 Maintenance Interface
From the Main Menu Interface, click and input the password to enter the
Maintenance Interface. This is only available for authorized service
procedures.
Contact Accuris Instruments or your local distributor for details.
Troubleshooting
No. | Issue | Analysis | Solutions |
---|---|---|---|
1 | No display after turning on power | Power not reaching the instrument | Check |
the power supply; Check whether the plug is loose.
2| Light source not visible| Light source failure; Module poor contact| Check
the power; Check whether the module is loose, if loose Contact Accuris
Instrument or your local distributor
3| Measurement not stable| PCR tube isn’t in place| Check the PCR tube and
press it in place
4| Measurement not accurate| Standard curve is not accurate; Instrument
detection is drifting| Check standard solution and reset standard curve;
Calibrate standard curve
Quantification Kits and Detection Tubes
NS1020-HS- 100 | High Sensitivity DNA Quantification Kit, 100 assays |
---|---|
NS1020-BR- 100 | Broad Range dsDNA Quantification Kit, 100 assays |
NS1020- T | 0.5mL Fluorescence Detection Tubes, pack of 250 |