|
| |
 
|
For
more Information
|
531, SOMWAR PETH
SAMYAG CO-OP HOUSING SOCIETY
PUNE 411011 INDIA
TEL NO.6127851/6130331
FAX NO.6113788
|
UV -
VIS SPECTROPHOTOMETER : (PC BASED SCANNING) 119
ALSO AVAILABLE :
1ST
DERIVATION
OVERLAYING OF SPECTRA.
AVERAGING OF SCANS
SUBTRACTION OF TWO SCANS. |
USER FRIENDLY AND MENU DRIVEN
OPERATION
- MULTI MEASURING
MODES
-
Absorbance
-
Concentration
-
% transmission
-
Time Scan
-
MULTI OPERATING MODES
-
Single Wave length
-
Multi wave length
-
Scan
VERSATILE DATA PROCESSING
CAPABILITIES
|
|
OPTICS
High performance STABLE BEAM
optics, 1200 lines/mm Grating, Czerny Tuner mount monochromator.
WAVELENGTH
Range : 200 to 1000 nm; 0.2 nm
increment.
Accuracy : ± 1nm
Repeatability : ±0,5 nm
Bandwidth : 2nm
Slew (drive) speed : 2400 nm/min.
PHOTOMETRIC :
Range : -0.3 to 2.5 a; 0 to 100%
T.
Accuracy : ± 0.005A at 1A.
Repeatability : ± 0.002A at 1A
Noise : ±0.001A
Drift (340nm) : < 0.001A/hr after
2 hr warmup.
STRAY
LIGHT :
Less than 0.1% at 220 nm and 340
nm.
BASELINE
:
Automatic base line correction.
± 0.002A flatness (typical)
MEASURING MODES
Absorbance, %Transmission,
Concentration (K-factor; Multi
standards upto 10; four curve fitting options).
OPERATING MODES
Single/Multi wavelength, Scan
with multiscan facility
SCAN
SPEED
SLOW MEDIUM FAST (Appor. 200,
400, 600nm/min for a span of 600nm)
SAMPLE
HOLDER :
Manual 4-position sample changer
for 10 mm cuvettes.
THERE ARE OTHERS SPECTROPHOTOMETERS ALSO. (PLEASE
SEND THE DETAILS) |
SOURCE
Tungsten - Halogen lamp
Deuterium lamp
DETECTOR
Wide range, solid state Silicon
photocell.
DATA
PROCESSING
Peak-pick, Point pick
Expansion of Spectra
Overlying of spectra
1st and 2nd derivation
Averaging of scans
Subtraction of first two scans
Spectrum Store / recall.
COMPUTER
SYSTEM
PC AT 386DX, AND HIGHER with SVGA
monitor, DeskJet or LaserJet Printer Dot Matrix Printer
DATA
PRESENTATION
Display of graphic and tabular
data on computer monitor.
Permanent data storage on hard
disk
STANDARD
ACCESSORIES
2 matched 10mm Quartz cuvettes.
OPTIONAL
ACCESSORIES
Holder for 50mm cylindrical and
rectangular cuvettes.
Adaptor for 1 ml solution in 4 ml
cuvette
POWER
230 V ± 10%, 50Hz
|
FOR MORE
INFORMATION
TOP
SPECTROPHOTOMETERS
Wide spectral coverage and high resolution is achieved by using a powerful
light source and a grating-based monochromator. A conveniently placed control
enables the user to quickly orient the grating to provide monochromatic light of
desired wavelength.
The electronic processing circuits and power supplies (SMPS) are solid
state/LSI-based to ensure high accuracy, stability and long life.
SPECIFICATION :
| |
MODEL 106 |
MODEL 104 |
| Wave length |
340-960 mm |
340-960 mm |
| Spectral Bandwidth |
10nm |
10nm |
| Wavelength Resolution |
5 nm |
5 nm |
| Wavelength Accuracy |
± 5 nm |
± 5 nm |
| Photometric resolution |
0.1%T |
0.1%T |
| |
0.001A |
0.001A |
| Modes |
%T, ABS, Conc., K-Factor |
%T, Conc., K-Factor |
| K Factor |
0 to 1999 |
- - |
| Photometric |
4 digits |
4 digits |
| Read out |
LED |
LED |
| Grating |
600 lines/mm |
600 lines/mm |
| Detector |
Si-Photocell |
Si-Photocell |
| Source |
12V, 50W lamp |
12V, 50W lamp |
| Sample Holder |
Two position |
Single Position |
| |
10mm path length |
10 mm path length |
| |
Cuvette Holder |
Cuvette Holder |
| Power Requirement |
230V, ±10%, 50Hz |
230V, ±10%, 50Hz |
| Standard Accessories |
2 Nos. Glass cuvettes, Instruction Manual |
| Optional |
Single Position Holder for cylindrical /
rectangular cell upto 50 mm path length. |
| Dimension |
450 mm (W) x 310 mm (D) x 250 mm (H) |
| Weight |
8 Kg. (Approx.) |
We offer wide range, manual, micro processor based, PC based UV-VIS
Spectrophotometer for wavelength range from 190 - 1000 nm.
FOR MORE
INFORMATION
LCMS - Shimadzu's QP8000a
Liquid Chromatograph - Mass
Spectrometer
simplicity, ease-of-use,
ruggedness, compactness and affordability of a typical LC detector
What instrument qualities do you
imagine when you hear "LC/MS" (Liquid Chromatography Mass
Spectrometry) ? Many scientists may reply with negative images, such
as "difficult to operate", "hard to maintain", "very large", and
"high-cost", even though there are many advantages of mass detection
in liquid chromatography such as simultaneous structural elucidation
and selective, sensitive quantitation.
Shimadzu's answer is the New
LCMS-QP8000a,
designed to be a routine LC detector in our new VP series HPLC
system. It brings the simplicity, ease-of-use, ruggedness,
compactness and affordability of a typical LC detector into a
quadrupole LC/MS.
Our design incorporates quadrupole mass spectrometer
technology acquired through years of GC/MS production. In spite of
its small size, this design has kept operation and maintenance in
mind. The front entry interface chamber enables the user to access
the ion source for column connection or maintenance. The built-in
syringe pumps provide for infusion of the polyethylene glycol tuning
standard and for the infusion of sample directly. Direct infusion is
very useful for parameter optimization, which enables the
development of highly sensitive and selective methods.
Combining HPLC and its liquid effluent with the vacuum requirements
of mass spectrometry creates many technological challenges. Recent
developments in atmospheric pressure interfaces have solved many of
these problems. The LCMS-QP8000a offers
two such interfaces: Electrospray Ionization (ESI) and Atmospheric
Pressure Chemical Ionization (APCI). Together, these allow a wide
range of HPLC analyses under a variety of mobile phase conditions.
CLASS-8000, our new 32-bit software provides the tools you
need to be more productive and confident. All components are driven
from an intuitive graphical interface completely compliant with
Windows(R) NT. Complex instrument and data functions,
such as automatic tuning, source recognition, high throughput
analysis, library search, deconvolution of multiply charged ions and
report formatting are handled by the software. This allows you to
produce results rather than generate data.
For higher confidence in data, the CLASS-8000 has functions for
security and checks, which support GLP/GMP for the pharmaceutical
and food industries. Compliance issues are a major concern in
today's regulated laboratory. The pharmaceutical and food industries
are required to maintain detailed records associated with chain of
custody, instrument methods, system suitability and post-run data
processing. The CLASS-8000 package addresses these issues through
extensive user security, audit trail logs, reprocessing overwrite
protection and system diagnostics. |
|
|
FOR MORE
INFORMATION
TOP
DIGITAL PHOTOFLUROMETER 106,104
| It is designed for use in routine testing, QC application and in
research work. An accurate and simple instrument, it can be operated without
special skill. It incorporates high power tungsten excitation source and
enable accurate sensitive measurements. Applications include Pharma &
related industries, pollution studies biological, estimation. |
 |
Specification :
Sensitivity : Full scale deflection
obtained with 0.1 ppm quinine sulphate in 0.1 N sulphuric acid. (Primary wave
length 360nm).
Display : Three Digits, Seven segment
LEDs display.
Sample test
tubes : 15mm(D) x 80mm(L) test tubes.
Minimum sample
: 4ml
Excitation
source : 50W Tungsten Halogen Lamp
Detector : Photocell
Power
Requirement : 230V AC ±10%, 50 Hz.
Standard
Accessories : Primary filters 2 nos. (360 mm & 440 mm)
Secondary Filters 3 nos. (485 mm, 550 mm, 650 mm)
Test Tube 4 nos.
Instruction Manual
Dimension : 263 mm(W) x 280 mm(D) x 157
mm(H)
Weight : 4.6 Kg. (Approx.)
FOR MORE
INFORMATION
TOP
LIQUID CHROMATOGRAPH
LC-10Ai Bio-Inert
The LC-10Ai bio-inert HPLC Series of components
were designed especially for analysts working with fragile bio-molecules.
The biocompatible flow path of Poly Ester Ketone (PEEK) is resistant to
corrosion from harsh solvents. It is easily maintained and protects samples
from deleterious interaction and contamination. The LC-10Ai Series is
excellent for separating biological samples. The mobile phase flow path
contains no metal ions to leach from the system and interfere with samples.
Lack of ion interference, combined with system durability and corrosion
resistance, help to ensure reliable results.
..designed especially
for analysts working with fragile bio-molecules. |
High-Performance Liquid Chromatography
HPLC
has, without a doubt, grown to be the most popular and versatile of all
analytical techniques in laboratories today. Shimadzu offers complete solutions
for HPLC. You don't have to struggle to combine components made by different
manufacturers. All components are designed and manufactured by Shimadzu to work
as integrated systems.
Shimadzu HPLC components have an outstanding reputation
for long life, precision, and practically maintenance-free operation.
Systems:
| |
New! |
|
LC-2010 - High Productivity and Simple Operation |
| |
VPSeries |
| |
Analytical to Prep
|
| |
BioInert HPLC
|
| |
Drug Discovery
|
| |
Application Systems |
| |
Co-Sense Series automated sample pretreatment systems |
Components:
|
|
Controller |
| |
Solvent Delivery/Pumps |
| |
Injection/Sample Prep |
| |
Detection |
| |
Column Ovens |
| |
Accessories |
| |
Columns |
Chromatography Workstation and Data Processing System
LC World Talk:
|
|
LC World Talk is our semi-annual chromatography-related
publication.
Downloading it is FREE, but we request you fill out the information. |
History of Shimadzu High-Performance Liquid Chromatograph
Liquid Chromatograph-Mass Spectrometer(LC/MS)
|
|
LCMS-2010A |
| |
LCMS-QP8000 a |
| |
PsiPort-MDAP |
| |
LCMS-prepSTAR |
FOR MORE
INFORMATION
TOP
FOR MORE
INFORMATION
TOP
Columns for HPLC
Columns for HPLC
HT-ODS Columns/VP-ODS
Columns
HT-ODS Columns
Best Partner
For High Throughput Analysis
|
|
Recently, the demand for high throughput
analysis has increased. For HPLC methods, it is essential to save
analysis time and to obtain reliable results. To meet such
requirements, Shimadzu has developed the High Throughput (HT) column
packed with very fine non-porous, high purity silica particles. With
this column, it is possible to realize ultra high speed analyses
(Analysis times within 1 minute.) Moreover, quality certificates for
the uniformity of the packing material are provided for each column
so it's easy to comply with validation requirements.
We are sure this column makes your analyses faster and more
reliable. |
 |
High speed analysis
With 2um and non-porous packing material, it
is possible to drastically reduce the gradient analysis run times
while obtaining the same peak resolution. It is possible to finish
an analysis within 1 minute. Shim-pack HT-ODS provides the
capability of ultra high speed and high resolution analysis. |
Validation compliance
We certify the reliability of the
analysis data with a 3 column set made from different lots and
attach quality certificates for the uniformity of the packing
material.
The highest performance with Shimadzu
LC-2010, High-throughput HPLC
The combination of the Shim-pack HT-ODS
and the Shimadzu LC-2010 is sure to help you to achieve additional
high throughput in your research and analysis. |
High resolution by Non-porous silica
Fig.1 shows the time and the resolution in
gradient analyses by a column packed with porous silica and one
packed with non-porous silica. Non-porous silica shows higher
resolution.
The time to obtain the same resolution with a non-porous column is
less than the time required when using a porous silica column.
|
Fig.1 Time of gradient and resolution
Benefit of non-porous silica column -
High speed and reliable Analysis
Fig.2 shows chromatograms of gradient
analyses with the same resolution by non-porous packed column and
porous packed column. Non-porous column realizes high speed and
reliable analysis.
Non-porous silica column can save your precious time and provide you
more satisfactory performance. |
Fig.2 Comparison of retention time between non-porous
and porous columns
Specifications of column
|
P/N
|
Description
|
Dimension(mm)
|
Notes
|
|
228-37681-91
|
Shim-pack HT-ODS
|
30 X 4.6
|
|
|
228-37681-92
|
Shim-pack HT-ODS
(3 column kit)
|
30 X 4.6
|
A kit of columns with packings
from three different production lots
|
|
VP-ODS Columns
The high performance,
validated octadecysilyl columns were developed to meet GLP/GMP
requirements in pharmaceutical and quality control laboratories.
Shimadzu's VP-ODS columns are backed by a comprehensive validation
package including a physical properties certificate of compliance, a
chromatographic performance certificate of compliance, and column
performance report. Shimadzu VP-ODS columns are produced under
strict manufacturing procedures to ensure a high degree of
column-to-column as well as batch-to-batch reproducibility. Use of
silica particles with extremely low metal content and efficient
end-capping results in superior peak shape, even for acidic, basic
or chelating compounds. The high NTP-to-operating pressure ratio
enables increased flow rates to shorten analysis time without
sacrificing chromatographic performance.
Shimadzu's VP-ODS columns are available in a variety of analytical
as well as guard column sizes. Convenient three-column kits
containing columns made from different silica lots and independently
synthesized batches are also available to validate method
ruggedness. |
|
|
FOR MORE
INFORMATION
TOP
|
|
GAS
CHROMATOGRAPHS
| |
Overview of Shimadzu's GC
Since our first GC was introduced in 1955, Shimadzu
has been developing innovative Gas Chromatography solutions. The Shimadzu GC
product line encompasses the widest range of GC models, allowing the user to
find an instrument matching the application requirements. Combining
engineering expertise with the ability to listen to customer needs has
resulted in an extensive array of GCs, sample handling, and data processing
solutions.
"..an extensive array
of GCs, sample handling, and data processing solutions."
GC Solutions
Select from three GC models to find the one best
suited to your applications. The compact, economical GC-8A series is a
single-detector solution to dedicated applications. The versatile GC-14
series uses a modular design, enabling a variety of configurations for your
analysis requirements. The GC-17A series offers electronic flow and pressure
control, for rapid, accurate analyses combined with ease of operation. The
GC-2010 with GC solution workstation is the top of the line product for easy
and efficient analysis. Shimadzu also offers application-specific systems,
such as our Natural Gas Systems and Transformer Oil Gas Analysis System.
These turn-key systems meet the needs of specific industries with reliable,
superior performance.
Sample Handling Solutions
Increase laboratory productivity by automating your
analyses with Shimadzu's AOC-20 sample injection system. Proven injection
reproducibility is combined with easy operation and high throughput of up to
150 samples.
Data Processing and Instrument
Control Solutions
Shimadzu also has the answer to your data processing
needs. The C-R8A Chromatopac integrator efficiently acquires and processes
the most complex chromatograms. Shimadzu's GCsolution and CLASS-GC10
Chromatography software package offers complete instrument control and data
acquisition, managing each step of the analytical process from sample
injection to report printout.
Gas Chromatographs
|
|
GC-2010 - High-end Gas
Chromatograph |
| |
GC-17A Ver. 3 Series - Our
standard Gas Chromatographs |
| |
GC-14B Series - Rugged,
Workhorse, Modular Gas Chromatographs |
| |
GC-8A Series - Simple,
Dedicated, Single Detector Gas Chromatographs |
| |
AOC-20i/s Autoinjector - Auto
Injector |
| |
Transformer Oil Gas Analysis System |
| |
Natural Gas Systems |
Chromatography Workstation and Data Processing System
Gas Chromatograph-Mass Spectrometer(GC/MS)
|
|
GCMS-QP5050A |
| |
GCMS Solution |
| |
GCMS Accessories - Pyrolizer,
Probe, Purge and Trap, Autosampler |
| |
AOC-20i/s - Auto Injector |
|
GC-2010
Revolutionary E3 Design Leads the Way
to a New Century of GC Technology
Efficiency
The GC-2010 responds to recent requirement
to higher analytical productivity with efficient analysis by fast speed
analysis and by reduction of loss time. The GC-2010 equips, for fast speed
analysis, the Shimadzu third generation AFC (advanced flow control)
compatible with high pressure and high split ratio operation, and fast data
acquisition at maximum 4ms (milli-second). The self diagnostics function
helps preventive maintenance work to keep the system at optimum condition at
any time. The results of self-diagnostics are transferred to the
workstation, and can be used for system management information. Fast
analysis and self-diagnostics provides operation of the GC to its maximum
performance.
Excellence
To respond any requirements coming
from where a gas chromatograph shall be used, such as quality control
section or research section, petrochemical, food, pharmaceutical..., the
GC-2010 has stable performance and miscellaneous functions including GLP/GMP
support.
Easy
The GC-2010 equips a large LCD display (Gwindow).
The Gwindow displays the status of the gas chromatograph for quick
monitoring, as well as chromatogram. The easy to recognize keys are friendly
to GC beginners. The workstation operation with the GCsolution is intuitive
with assistant bar, data explorer and batch table wizard.
|
GC-17A Version 3
Validation and Productivity Tools
|
Shimadzu's GC-17A provides the parameter control
necessary for the most demanding applications and schedules.
Confidence in Results
The GC-17Av.3 ensures that all the operating
parameters are set reproducibly, including carrier gas flow, split ratio,
all heated zone temperatures, detector combustion and make-up gas flows, and
detector output range and current. Analyses are achieved quickly and
confidently with electronic flow control of all carrier gas and detector gas
functions. Shimadzu's Advanced Flow Control (AFC) of the carrier gas is
teamed with Advanced Pressure Control (APC) of the detector gases (up to 14
flow channels), providing the most accurate GC performance available.
Simple Operation
Up to ten GC parameter files can be entered, and the
GC can be directly controlled, with the intuitive keypad. Parameter data is
carefully protected by a password system which limits access to critical
settings. Set parameters automatically with the GC clock scheduler, so you
can conserve gas at night and have the instrument ready to use in the
morning.
This pJASHBINum GC combines the control and data
protection required for ultimate confidence in rapidly obtained results, and
is a cost effective solution for laboratories.
Detectors available:
- FID (Flame Ionization Detector)
- TCD (Thermal Conductivity Detector)
- ECD (Electron Capture Detector)
- FTD/NPD (Flame Thermionic Detector, Nitrogen
Phosphorous Detector)
- FPD (Flame Photometric Detector)
- PID (Photoionization Detector)
- PDID (Pulse Discharge Ionization Detector)
- ELCD (Electrolytic Conductivity Detector)
GC 17A Specifications
| Column Oven |
Inner Volume::
14.4 L (280W x 280H x 184D mm)
Temperature Range: Ambient + 4°C - 450°C (1°C increments) -90°C - 450°C
with original cryogenic accessories
Absolute temperature accuracy: ± 1% of the set temperature (Kelvins)
Temperature non-uniformity: Less than 2°C
Temperature variation coefficient: ± 0.01°C/°C
Double overheat protection: Yes
Number of temperature ramps: 5 (cooling ramp possible)
Temperature program rate: ~ 100°C/min in 1°C increments
Maximum run time: 655 min |
| Injection Port |
Number of
individually controlled zones: 2
Temperature range: ~ 450°C (1°C increments)
Temperature Program: Both heating and cooling step program
Double overheat protection: Yes
Types available: Split/splitless (standard), direct injection, on-column
PTV (programmable temperature vaporizer) |
| Auxiliary Heated Zones |
One additional
temperature-controlled heated zone (AUX1) standard, with additional 4
zones optional (AUX 2-5). |
| Detector |
Three detector
zones with individual temperature control
Double overhead protection |
| Flow Control (AFC) |
Split/Splitless
mode:
Pressure Range: ~ 400 kPA (in 1 kPA increments); Number of Program
Steps: 5; Split Ratio Range: ~ 9,999 (in 1/1 ratio increments)
Direct Injection Mode:
Pressure control mode: ~ 400 kPA (in 1 kPA increments); number of
program steps: 5; flow rate control mode: ~ 400 mL/min (in 1mL/min
increments) |
| Flow Control (APC) |
Pressure Range: ~
400kPA (in 1 kPA increments)
Number of program stops: 5 |
| Display |
Two lines on
backlit LCD display
Shows temperatures, times, pressure and other parameters. |
| Dimensions (mm), Weight (kg) |
515W x 437H x
520D, 35 |
| Power Requirements |
100, 115, 220,
230, or 240 VAC as ordered, 50/60 Hz, 1800 VA |
|
GC-8A Gas Chromatograph
| The reliable and compact GC-8A is Shimadzu's basic gas chromatograph
model for dedicated applications. Economical and simple to use, the GC-8A
supports a single detector, manual pressure or flow control, on column
injection port(s), and analog output. Isothermal or single temperature ramp
program models are available. The GC-8A is only 17.3 inches (43.9 cm) wide,
yet its large oven facilitates simple column installation and maintenance.
Detectors available:
- FID (Flame Ionization Detector)
- TCD (Thermal Conductivity Detector)
- ECD (Electron Capture Detector)
- FPD (Flame Photometric Detector)
GC-8A Specifications |
| Models available
|
Isothermal
with TCD
Temperature program with TCD
Isothermal
with FID
Temperature program with FID
Isothermal
with ECD
Temperature program with FPD |
| Column oven
temperature (isothermal models)
|
Temperature range: Ambient À 399oC (1o increments)
Temperature control: Proportional integration type
Temperature control accuracy:
ß0.1oC
Heating
speed: Ambient to 350oC in 13 minutes
Cooling
speed: 350oC to 100oC in 3.5 minutes |
| Column oven
temperature (temperature program models)
|
Temperature range: -100oC À 400oC (cryogenic
accessories required for sub-ambient temp. operation)
Temperature control: Proportional integration type
Temperature control accuracy:
ß0.1 oC
Heating
speed: Ambient to 350oC in 13 minutes
Cooling
speed: 350oC to 100oC in 3.5 minutes |
|
Temperature program
(temperature program models) |
Initial
temperature: -100oC À 399oC (1o
increments)
Final
temperature: 0oC À 400oC (10o
increments)
Program
rate: 0.5,1,2,3,4,5,6,8,10,16,20,32oC/min |
| Overheat
protection |
Two stage
protection:
- If the temp. exceeds the set temp. by 30oC,
the heater is automatically turned off
- If the temperature exceeds 420oC,
the heater is automatically turned off
|
| Injection
port/detector temperature |
Temperature range: Ambient À 400oC (10oincrements)
Ambient À
350oC (ECD model)
Temperature control: Proportional integration type
Temperature control accuracy:
ß0.1 oC
Overheat
protection: yes |
| Temperature
control (isothermal models)
|
The column oven,
injection port/detector, auxiliary temperatures are selectively
indicated; when temperatures have reached the set point, READY is
indicated. |
|
Temperature control
(temperature program models) |
The column oven,
injection port/detector, auxiliary temperatures are selectively
indicated, with pushbutton selection |
| Columns
|
Stainless
steel: 6 m x 2
Stainless
steel (FPD, ECD models): 12 m x 1
Glass: 5.4
m x 2
Glass (FPD,
ECD models): 5.4 m x 1
Capillary
(with option): 100 m x 1
Capillary
(ECD model, with option): 100 m x 1 |
| Injection port
|
Two
on-column injection ports
FPD, ECD
models: One on-column injection port |
|
Flow
control: carrier gas
(isothermal models) |
TCD, FID models: Two
pressure regulators and two column inlet pressure gauges. |
| Flow control:
carrier gas (isothermal models)
|
ECD model: One
pressure regulator and one column inlet pressure gauge |
|
Flow
control: carrier gas
(temperature program models) |
TCD, FID models: One
primary pressure indicator, one primary pressure gauge, two differential
flow controllers, and two column inlet pressure gauges |
|
Flow
control: carrier gas
(temperature program models) |
FPD model: One
primary pressure regulator, one primary pressure gauge, one differential
flow controller, and one column inlet pressure gauge |
| Flow control:
Hydrogen |
FID models: Two
pressure regulators and two column inlet pressure gauges |
| Flow control: Air
|
FID models: One
pressure regulator and one pressure gauge |
| Dimensions (mm)
and Weight (kg) (isothermal models)
|
TCD model:
440W x 405D x 435H, 26.5
FID model:
440W x 405D x 570H, 34.5
ECD model:
440W x 405D x 435H, 26.0 |
| Dimensions (mm)
and Weight (kg) (temperature program models)
|
TCD model:
440W x 405D x 625H, 36.0
FID model:
440W x 405D x 625H, 34.5
FPD model:
440W x 405D x 785H, 35.0 |
| Power
requirements |
AC 100/115V or
200/220V as ordered, 1500VA max., 50/60 Hz |
|
FOR MORE
INFORMATION
TOP
Accessories
Accessories to Increase Your
Productivity
A system is only as good as its' weakest
component. Shimadzu HPLC systems integrate the small fixtures that
are often overlooked such as flow line switching valves and and
degassers. Each is carefully engineered to provide extra convenience
for the operator.
Our genuine system options extend performance and flexibility of the
VP Series HPLC. FCV Series valves for automated mobile phase solvent
selection or column switching technique, DGU Series degassers of
different types and sizes, and other peripherals are all designed
for Shimadzu HPLC systems, ensuring total system performance.
• DGU-14A - Vacuum Membrane Degasser.
• FRC-10A - Intelligent Fraction Collector.
• Valves - FCV-11AL, FCV-11ALS, FCV-12AH, FCV-13AL, FCV-14AH,
FCV-15AL. |
Four-Line Membrane
Degasser
DGU-14A
Shimadzu's vacuum membrane degasser is
ultra-compact and stackable in design and provides you with a fast,
efficient way to obtain superior degassing of up to four solvents.
For stubborn degassing problems, channels may be connected in series
to supply even greater degassing efficiency.
The four-channel in-line degasser maintains a strong, steady vacuum
to provide the highest level of degassing efficiency. The DGU-14A
maintains a dissolved oxygen concentration of 2.0 ppm or less at
flow rates of up to 3.0 mL/min (1.5 ppm or less at 1.0 mL/min), and
can operate at flow rates of up to 20 mL/min per flow line. Maximum
flow rates of up to 80 mL/min can be accommodated by adding two
4-way or 5-way joints to connect flow lines in parallel.
The DGU-14A has an internal capacity of 10 mL per flow line, and
uses semi-permeable teflon tubing of 3 mm OD x 1 mm ID for
exceptional degassing capacity.
The DGU-14A has many safety features including a leak sensor to
detect mobile phase leakage and signal system shut-down, and
built-in self-diagnostics which can signal an alarm upon detection
of abnormalities. It also has an overheat protection mechanism for
added safety. |
|
|
Fraction Collector
FRC-10A
The Shimadzu FRC-10A fraction collector
meets the demands for continuous, automated fraction collection.
Pair the FRC-10A with the SCL-10AVP system controller for
unparalleled performance for a wide range of fraction collection
applications.
Small and Large Volume Collection Capacity
The FRC-10A collects both analytical and
preparative fractions. The standard configuration has a 144 5mL vial
capacity. The large volume kit can be added for large volume
collection.
Precise Peltier Temperature Control
For automated collection of thermally-labile
fractions, Peltier temperature control keeps temperatures stable
within a 4-70ó C range.
Simplified Graphical Parameter Entry
Set up fractionation parameters graphically
from the SCL-10AVP System Controller. Eliminate the guesswork of
determining slope and level values.
Fraction Collection Flexibility
Tailor the collection to your application
requirements. Choose from collection criteria such as volume,
threshold, and peak purity. A precise peak division feature ensures
high purity fractions. The FRC-10A automatically adjusts for
retention time shifts, so that only the peak of interest is
collected. Our slope-override capability enables continued
collection, even when the detector signal is off-scale. |
|
|
Flow-Channel Selection
Valves
Shimadzu offers a complete line of flow
selection valves to fully automate your HPLC analysis. These include
the FCV-11AL and 11ALS reservoir selection valves, the FCV-12AH high
pressure selection valve, the FCV-13AL reservoir selection valve,
the FCV-14AH column switching valve, and the FCV-15AL reservoir
selection valve.
FCV-11AL and 11ALS Reservoir Selection Valves
- Connection to the LC-10ADVP and
LC-10ATVP solvent delivery units allows switching of 2 solvents,
i.e. mobile phase and rinse solvent, etc.
- The FCV-11AL performs switching for 3
solvent delivery units; the FCV-11ALS for 1 solvent delivery unit.
FCV-12AH High Pressure Selection Valves
- Houses 6-port, 2-position valve.
- Performs automatic 2-column switching,
pretreatment and flow-line switching.
FCV-13AL Reservoir Selection Valve
- Reservoir selection valve housing 7-port,
6-position valve.
- Performs switching of up to 6 solvents
for stepwise gradient.
FCV-14AH Column Switching Valve
- Column switching valve housing 7-port,
6-position high pressure valve.
- Used for automatic multi-column
switching (2 valves required).
FCV-15AL Reservoir Selection Valve With Rinse
Pump
- Used with the LC-10ATVP. Rinses the back of
the pump's plunger seals and switches between two solvents (mobile
phase and rinse solution).
|
|
|
FOR MORE
INFORMATION
TOP
pH Meter
| |
|
|
pH Meter(RPH-7)
JASHBIN portable pH meter occupies an important position
in the laboratory. These PH meter meet all requirements from routine
measurments through quality checks up to research application. Very easy to
use routine laboratory PH meter with large multi functional display with
auto calibration system. Including electrode, calibration kit, 9 V battery.
Salient Features:
Digital Display
PH range:0.00 to 14.00pH/+1999 mV/0.0 100°C
Interchangable Electrodes
Auto Calibration pH 4.0, 7.0, 10.0
| |
pH |
Temperature |
mV or Rel mV |
| Range |
0.00 to 14.00 pH |
0 to
100°C |
± 1000mV |
| Resolution |
0.01 pH |
0.1°C |
1mV |
| Acuracy |
± 0.01 pH
|
± 0.5°C |
± 2mV |
| Calibration |
Up to 3 points |
± 5.0°C |
± 50mV |
|
|
