SECTION-I

NOTI CE INVI TI NG TENDER

National Institute of Food Technology Entrepreneurship and ManagementDeemed to be University (De-Novo Category) under Section 3 of the UGC Act, 1956

(An autonomous Institution under Ministryof Food Processing IndustriesGovernment ofIndia)

Plot 97, Sector 56, HSIIDC Industrial Estate, Kundli, Distt-Sonepat, Haryana

Email:niftem.purchasesection@gmail.com Website:w w w . niftem.ac . i n

Date ofIssue : 04/02/2015

Tender No : : N/S/K/Lab/2014/944/FTL-Part 1

Due Date ofReceipt : 04/03/2015

Opening Date:

Date Time Department

09.03.2015 11AM Food Testing Lab

FTL Equipments specification for Tender

S.No.

Name of the Equipment

Specification Quantity AMC (Yrs)

1. GC MS MS(Imported)

Bench-top triple quadrupole based Gas Chromatograph-mass spectrometer. Gas Chromatograph to provide all needed data including Temperature, Pressure/ Flow parameter, type of Carrier Gas, Carrier gas column pressure, flow rates, split flow, detector gas flow rates and all detector parameter. With Programmable Electronic Auto Control for injectors, detectors and complete system.

GC-main frame with Split / Splitless Injection port with EPC/AFC/PPC with Fast GC capability.

Injection Port heating up to 4000C minimum

High power column oven heating at least up to 4000C minimum

Mass Range essentially 10 m/z to 1000 m/z or better

Scan rate should be 6000 amu /sec or more. Higher scan rates will be preferred

Ionization modes: EI and CI Direct interface between GC & MS with

independent heating up to 300 0 C or better .

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Direct inlet (DI) probe: (For solid and liquid samples)

Direct compatibility of capillary columns with I.D. 50µm to 530µm and facility of connecting 2 columns or more simultaneously into the MS. Columns to be connected can be one polar and other non polar.

Rigid Structure, Repeller type, heated lens stack Ion Source

Independent Ion source heating up to 3500C

Variable Ionization voltage from 10 to 200 eV

Variable Ionization current from 5 to 220 A

Quadruple Analyzers, should be inert and rugged.

Q2 collision cell with energy up to 60 eV and should have preferably minimum dwell time to get maximum MRM transitions.

EI Scan Sensitivity S/N Ratio >300 for 1pg OFN m/z 272. Higher S/N ratio will be preferred

EI MRM Sensitivity S/N Ratio> 7,000 for 100fg OFN m/z 272 222. Higher S/N ratio will be preferred.

EI MRM (Instrument Detection Limit): 4fg or less octafluoronaphthalene (OFN) for 1uL injection of 10fg/uL OFN, 8 sequential injections; MS/MS transition of m/z 272→222 or better detection limit will be preferred.

PCI MRM Sensitivity S/N Ratio> 50 for 100fg Benzophenon d10 m/z 183 241. Higher S/N ratio will be preferred.

Fast scan/MRM mode should be available. Standard samples for EI scanning, MRM.

CI MRM and NCI SIM Auto liquid injector with auto sampler vial

capacity more than 100 vials, preferred latest NIST version library database. System should be supplied with complete setup of GC method and QQQ MRM conditions so that no method development is required. The database supplied with the system should have MRM conditions for various compounds.

Method development package for food analysis should be provided

GC specificationColumn Oven

Operating temperature – ambient to

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350 degree C minimum. Temp set resolution – 1 degree C or

better. Automatically resettable &

reproducible temp programming Minimum programming ramps/

plateaus – 15 or more Cool down 350 C to 50 C in less than

10 min. Electronic/pneumatic flow controller capillary injector Temp Range- ambient to 350 C

(settable in 1 C increment) Split/split less capillary column

injector

Detector: Flame ionising detector Min temp range 3500C in 10C

increment Automatic flame injection Flame out detection GC should be capable of operating

minimum two detector simultaneously

Headspace Accessory One headspace accessory to measure

the volatile compliance with Multiple method storage : min 4 Sampling method : valve : loop :

pressurized vial Vial size : 10, 20 ml at least Sampling temp range: ambient – 150

C minimum. Transfer line temp range: ambient to

200°C min. Sample tray position-100 or more

Operating Software Instrument control through suitable

computer with single software for control of all the program/parameter of GCMS and headspace. Private and Public Library Search software; GLP System Suitability, Audit Trail functions and FID signal integration capability

Compliance to 21 CFR part 11 One years warranty should be offered

for the complete GCMS/MS System AMC for five years after the warranty

period needs to be quoted

Accessories Gas cylinder ( H2, N2, He, Ar,

O2 ), regulator for operating triple QP GC-MS/MS, gas purification panel, tubings, gas cylinder mounting bracket, gas cylinder carrier, capillary columns for

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pesticide, flavonoids, alkaloids, food quality and gas analysis (min. 3 No.), syringes, fittings

Optional Consumable for trouble free

operation of the instrument for 7 years.

2.

Gas Chromatograph

(Imported)

Column Oven

Operating temperature – ambient to 3500C minimum.

Temp set resolution – 0.50C or better. Automatically resettable &

reproducible temp programming Minimum programming ramps/

plateaus – 15 or more. Heat up 50-350°C in less than 15 min

or better Upgradable to cryogenic temperature

range Injector Packed and capillary injector Temp Range- ambient to 3500C

(settable in 10C increment) Packed injector including cool septum

holder with needle guide Split/split less capillary column

injector Detector Capable of operating minimum two detector simultaneously

a) Flame ionising detector: No. of units - 02 Min temp range 3500C in 10C

increment Automatic flame injection Flame out detection

b) Electron Capture Detector: No. of units - 01 Min temp range 3500C in 10C

incrementc) Nitrogen Phosphorus detector: No. of

units - 01 Min temp range 3500C in 10C

incrementd) Thermal Conductivity Detector

(TCD): No. of units – 01e) Flame photometric Detector (FPD):

No. of units – 01f) GC should be capable of operating

minimum two detector simultaneouslyg) Detector arrangement should be as

below for three unit of GCFID and ECD, FPD and NPD,TCD and FID.

Data handling system and computer with dedicated GC software

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Method sequence & automation Optional built in printer / plotter

control Storage of methods GLP compliance Compliance to 21 CFR part 11.

Headspace Accessory

No. of units required: 01

One headspace accessory to measure the volatile compliance with

Multiple method storage : min 4 Sampling method : valve : loop :

pressurized vial Vial size : 5, 10, 20 ml at least Sampling temp range: ambient –

1500C minimum. Transfer line temp range: ambient

to 2000C min. Operating Software Sample tray position-100 or more

Columns

Required quantity of each column – 02 with following specification -

Capillary columns 30 m long, 0.32mm internal diameter with packing material equivalent to HP1, HP5, HP17, HP1701, HP35, HP50, HP624, HP-wax

Required quantity of each column – 02 with following specification -

60 m long of HP1, HP5, HP624, HP-wax or equivalent of.

AMC for minimum five years

One each Gas cylinder ( H2, N2, He, Ar, O2 ), regulator, gas purification panel, tubings, gas cylinder mounting bracket, gas cylinder carrier, micro syringe, fittings.

Optional-

Consumable for trouble free operation of the instrument for 7 years.

3. Inductively Coupled Plasma-Optical Emission Spectrometry (ICP-OES)(imported)

HIGH RESOLUTION DUAL VIEW INDUCTIVELY COUPLED PLASMA OPTICAL (ATOMIC) EMISSION SPECTROMETER WITH ALL ACCESSORIES AND COMPREHENSIVE

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SPARES

1. SPECTROMETER: The instrument must be a simultaneous reading ICP using solid- state detector technology, 70 Elements in one to two mints, The instrument must be a bench-top design. The instrument must have an Echelle-based polychomator with a focal length of 400 or more . It should utilize a single Charge Coupled Device (CCD) detector. The system must utilize a CaF2 prism cross disperser. The resolution of the system must be less than 0.009 nm at 200 nm. The entire optical system must be enclosed in a purged and thermostated optical enclosure. The detector pixels must be arranged in continuous angled arrays that are matched exactly to the spectral image of the echelle optical system.

The CCD detector must have adaptive integration capability allowing for simultaneous measurement of strong and weak emission signals simultaneously. Each pixel must have its own anti-blooming protection. The detector must be cooled by a Peltier device to a temperature of at least -35ºC to minimize detector dark current thereby enhancing instrument performance and detection limits. The instrument must view the torch radially for best sensitivity and detection limits and cover the entire dynamic range in a single view. System must have polychromator purge facility as standard for determinations made at wavelengths below 189 nm. Either nitrogen or argon may be used as purge gases and the gas flows must be controlled by the system controller. The system must include a water recirculator . The polychomator must be thermostated at 35C. Viewing of the plasma must be computer controlled. The system should have spectral range coverage of at least 180 nm to 750 nm. Instrument should have facility to update calibration using argon emission lines. System should have option to accept samples with aggressive acid like HF etc. The instrument must monitor gas pressures and flows, interlocks, water flows, and plasma stability. The interlocks must be continuously monitored and if any interlock is interrupted, the plasma is shutdown automatically. Plasma ignition and shut down must be computer controlled and totally automated. The instrument should have efficient facility to eliminate the cool end of the axial plasma to help minimize interferences , self- absorption , preferably without using Shear gas and blower type configurations. The RF generator equivalent . The generator must have an optimal power output range of 700 - 1600 watts or better , computer controlled. The RF generator must be of a free-running design

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with a solid- state switched-mode power supply. The RF generator must have power transfer efficiency of 75% into the plasma. The power output stability must be better than 0.1%. RF GENERATOR must run at a frequency of 40 MHz or 2 FLOW CONTROLS System must have nebulizer mass flow controller for The Vertically oriented, have one piece ICP torch with a facility to use de torches as well. The instrument must include a cyclonic spray chamber and a low flow concentric nebulizer. The system must be able to accommodate inert nebulizer, spraychambers, and injectors . The system must include a three channel, variable speed, computer controlled peristaltic pump which allows for on-line addition of internal standards. The instrument controlling software must be 32 Microsoft Windows XP. Gases. 3 SAMPLE INTRODUCTION SYSTEM: Dual view system with Axial/radial plasma unit 4 SOFTWARE: - Software controlled MFC for plasma, auxiliary and nebulizer gassesBit running under 5 Methods and data must be securely stored in Microsoft’s SQL 2005 database. The software must be able to display calibration curves for all of the elements analyzed simultaneously. The software must be able to display all of the peaks from an analysis simultaneously. The software must provide at least three different forms of background correction (all variations of off-peak background correction are considered as one technique) The software must have the ability to do two forms of spectral interference correction. Traditional Interfering Element Corrections (IEC) must be available and the system must be able to calculate these values automatically. The system must also have advanced, Automated Curve-fitting facility to help correct for severely structure backgrounds. The system must be able to apply spectral interference correction in addition to background correction post sample analysis, eliminating the need to reanalyze the sample thus increasing productivity. Additional QC capability must include at least three types of blank checks, multiple sample calculations including duplicates and dilution calculations, multiple spike calculations, as well as the ability to design custom QC protocols. The instrument must be able to read both background and emission data simultaneously and allow for manual or automatic background correction. Calibration curves must be stored and be able to be recalled for later use. The software must have a library of analytical wavelengths containing at least 33,000 lines whose relative intensities are

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determined on the instrument optical system. Calibration equations must include linear, weighted fit, non-linear, and forced through blank options. The software must included automatic optimization of key instrument parameters. The software must be able to monitor the analyte signal of multiple elements during the rinse stage and automatically cease rinsing when a pre-defined signal level is achieved. Should be 21CFR11 compliant as per US FDA norms( Optional) System should have have automated Hydride/vapor generation full fledged accessory, only a kit is not acceptable. The accessory should be such that both hydride and non-hydride elements can be done in that without any hardware

Automatic Hydride generator accessory continuous flow type 6 changeover.

Installation Utilities: should supply Imported Chiller for the ICP system. Filters set, Exhaust Hood suitable to ICP, 30 mts SS Tubing and 10 KVA UPS with 30 min backup etc

sampler with auto - dilution facility with minimum 100 vial One each Gas cylinder (N2, He,

O2 ), regulator, gas purification panel, tubings, gas cylinder mounting bracket, gas cylinder carrier , fittings.Operating Software

Instrument control through suitable computer with single software for control of all the program/parameter of ICP/OES, GLP System Suitability, Audit Trail functions

4. LC/MS/MS(Imported)

A high performance bench top LC/MS/MS for food toxins, drug residues, pesticide residue,provided with fast HPLC meeting with minimum following specificationsSource

ESI and APCI preferably with +ve and –ve polarity switching.

Ionisation source with switchable from ESI to APCI

Cleaning of source without venting the system(vacuum interlock).

ESI should handle flow rate upto 2ml/min

Sensitivity performance specifications ESI positive Ion Sensitivity: The

signal/noise ratio 1pg of Reserpine should be >10000:1 or better, in MRM mode of reserpine at the transition m/z 609 – m/z 195.

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The resolution of the ion at m/z 609 will be at least 0.7Da or more peak width at half height (MS1 and MS2)

Scan rateminimum 10000 amu/sec Syringe pumpShould be automated tuning and calibrationMass range5-1500 amu or betterMinimum MRM dwell time1 mS-3mSDessolvation Temperature400°C or moreQuadrupole analyser

High performance tandem quadrupole analyser of Q1 (MS1) and Q1 (MS2), two unit resolution, quadrupole analysers (MS1/MS2).

Pre-filters to maximize resolution and transmission especially at high mass

Collision cell High efficiency collision cell with beam

focusing at cell entry/exit. Collision gas introduction and pump

out should be computer controlled.Scan functions

Full scan Q1 scan / Selected ion monitoring Q3 scan / Selected ion monitoring Precursor ion scanning Product ion scanning Neutral loss scanning

Multiple reaction monitoring

Software/Hardware Single software control of entire HPLC

and MS Suitable branded computer with

windows XP license software for control, acquisition and process of data,

quantitation software, GLP compliance, IQ, OQ, PQ check

Fast HPLC pump Quaternary gradient HPLC system Operating flow rate range: 0.050

to 2.000 ml/min, in 0.001ml increments

Vacuum degassing (four channel) 400µL or more system delay

volume Maximum operating pressure:

10000 psi or more Flow precision: 0.075% RSD

Fast HPLC auto sampler Number of sample : 100 or better Injection volume range: 0.1 to 50

µl, in 0.1 µl increments

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Compressibility compensation: Automatic and continuous

Plunger seal wash integral active and programmable

Sample carry over: <0.001% or better

Programmable injector Temperature control: Below 10°C

to ambient.Fast HPLC column oven

Column temperature control: ambient to 60°C.

Fast HPLC detector Photo Diode Array

Additional items The system should be supplied with

following columns for LCMS operation –

C18, C8 - five eachAmino, Phenyl – two each Nitrogen generator should have in

built air compressor, one collision gas and Nitrogen cylinder with pressure regulator

System control Suitable computer with standard

features with single software control of HPLC, MS

Suitable printer with scan function Vacuum systemvacuum turbo molecular pump evacuating the source and analyzer, one rotary backing pump

5. Rapid ViscoAnalyzer (Imported)

Equipment required for starch pasting characteristics, rapid viscosity profile measurements ingrains like wheat, rice, corn and other cereal products. It should also be able to test other products like wheat, rice, potatoes, corn, rye flour etc. The instrument should also be capable of the following:

Analyzing the general quality of grains like Wheat by determining Starch pasting Characteristics using standard starch pasting 13 min. profile.

Analyse cooking quality of Rice in terms of qualitative effects of Amylose and Amylopectin ratios represented as an RVA curve using standard 11 min. Rice Test .

Differentiating between different rice varieties in terms of Pasting temperature, Peak Viscosity, Breakdown, Setback values in RVU units.

Time for one test for Starch pasting characteristics: 12 to 15 min.

Time for alpha amylase activity test max 5 min

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Determine flour quality in terms of its suitability for making Bread, biscuits, pasta, Noodles etc.

Least amount of Sample requirement Quickly determining pasting

characteristics of native and modified starches Confirmation for same shall be enclosed along with the tender.

Assessing weather damage and extent of sprouting in grains.

Analyzing enzyme activity as stirring number in cooked viscous starch, grains, flour, potatoes, noodles, rice, barley, wheat, sorghum etc. using standard 3 min profile.

Accessing effects of baking ingredients viz. improvers, emulsifiers etc.

Analyzing processing effects like degree of cook on quality of extruded products, snack foods etc.

Analysing properties of Whey Protein Concentrates, Skim milk Powders.

Analysing other dairy products like curd, yoghurt, cheese etc.

Analyzing protein network functionality and gelation characteristics

Analysing Modified starches, cooked foods

Note: Instrument should be a dedicated instrument for quality of different grains, flours/starches etc.Ready to use test sequences for all above applications should be available in the instrument/software. Necessary proofs for above application profiles should be enclosed along with the offer. Instrument should be a dedicated instrument for Pasting Characteristics of different flours/starches only. It should not combine pasting characteristics with flow characteristics like thixotropy, dilatancy, pseudoelasticity, stress relaxation tests etc.

Instrument should have following features: Instrument should have one paddle for

all kind of samples. Apply variable temperature and shear

rates to sample while continuously monitoring sample viscosity.

Temperature range~ between 0- 99.9 deg C

Temperature accuracy: minimum +/-0.2º C at 25º C

Heating/Cooling rate: min up to 14º C/minute (variable)

Speed Range: Infinity variable 20-2000 rpm (computer controlled)

Speed Accuracy: minimum +/- 1% at 160 rpm

Viscosity range: Between 40 to 16,000

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cp at 80 rpm Viscosity Accuracy: +/-2.5% for

S2000 Oil nom.5000 cp Display: 4 line Vacuum Florescent,

Computer Interface: RS232/USB Software should be capable to help

design multi step shear and temp profiles, linked analysis, graph and report functions.

* Specific confirmation with documentary evidence must accompany the quotation.

6. Bomb calorimeter(Indigenous)

Detection of maximum rise of Temperature, calculation of Water equivalent / Calorific values, saving of water equivalent / calorific values in each experiment, delivery of result data in report format. • Automatic graph plotting between times vs. temperature.Temperature Resolution: ± 0.001 Deg C• Memory Storage: 100 data• Battery backup for stirrer and Microprocessor unit (UPS)• RS 232C interface to connect with Computer

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7. LovibondTintometer (Imported)

Path Length: 1/2”, 1", 5¼" [Upgrade includes 5¼"]

Mode: Transmittance Range: 0.1 - 20 Red, 0.1 - 70 Yellow Resolution: 0.1 AOCS-Tintometer Red

units, 1.0 AOCS-Tintometer Yellow units

Optical system: 5 glass-filled nylon racks containing a graduated range of AOCS-Tintometer Color standards

Viewing system :Fully adjustable, prismatic with integral blue filter for light standardisation

Light source :2 x 12 Volt, 20 Watt tungsten halogen lamp

Illuminant Approximates to daylight Power pack: 12 Volt ac, autoranging

supply CE Approved Instrument housing: Fabricated sheet

steel with a tough, textured paint finishDimensions: Width 330 mm, depth 100 mm, height 480 mm

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8. Ion selective electrode/Specific ion analyzer (imported)

Capable of automating measurements using ion selective and pH electrodes.

Capable of measurement of non titrable species such as sodium, potassium, nitrate, ammonia etc.

Determine poorely defined and multiple end points.

Analyses range: less than 1 ppm for various onions of ion selective electrodes and cations.

Dispensor accuracy: minimum 0.5% Precesion: less than 1 ml±0.1 ml,

100ml±0.1ml Method storage: minimum storage

capacityof 10 methods.

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Accessories: automatic sample changer.

Printer: for data handling and processing.

Case: chemically resistant to most aquous solution.

Power requirements: 240 V±10%, 50-60 Htz.Spares: for minimum of 3 years trouble free operation.

9. Turbo vap concentrator(indegenous)

Ambient to 90oC. Temperatures below ambient can be regulated using the cooling capacity of the evaporation process.

Capacity:-for low as well as high volume samplesTimer Range1 to 99 minutes or 0.1 to 9.9 hours -- can also be set to 00 for infinite time.Gas Regulator and Gas Gauge Range0 to 20 psi (0 to 207 kPa)Gas Supply Requirements

Minimum inlet pressure :60 psi (413 kPa)

Maximum inlet pressure :100 psi (690 kPa)

Exhaust Port2" (5.1 cm) id; 12.5’ (3.8 m) of duct hose provided.Power Requirements110/120 VAC at 60 Hz (European, 230 VAC at50 Hz).

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10. Elisa Reader (Imported)

ELISA READER. 1. Should have 96 wells and should have reading capability of 1 to 96 wells individually. 2. Should have a linear measurement range of 0 to 3.000 Abs. 3. Should have wavelength range from 400 to 750nm. 4. Should have a photometric accuracy of ±3% or better. 5. Should have a resolution of 0.001Abs. 6. Should have variable speed plate shaking capability. 7. Should have easy access 8 position filter wheel8. Machine should be supplied with 4 standard filters. 9. Should have automatic filter selection. 10. Should have automatic calibration before each reading. 11. Should have at least 6 second reading speed. 12. Should have facility for storage of calibration curves. 13. Capable of doing multi standard tests and controls.

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14. Should have different types of blanking facility like air wise and well wise. 15. Should be capable of reading U, V and flat type wells 16. Should be capable of reading 8 or 12 well strip plates.17. Should use halogen light source and two spare bulbs should be provided. 18. Should have internal thermal printer and 5 rolls of thermal should be supplied along with the unit. 19. Should have minimum 64 assay protocols data storage capacity. 20. Should have external printer connectivity option. 21. Should work with input 200 to 240Vac 50 Hz supply.

11. Water Activity Meter (Imported)

1. The instrument should be capable to measure Water Activity in all kinds of Food products.

2. Measuring range 0.03 to 1.000 aw

3. Accuracy range ±0.003aw

4. Resolution: ±0.001aw

5. Repeatability: ±0.001aw

6. Measuring time: < 5 minutes

7. Temperature control : Internal 15-50° C ±0.2° C

8. Nature of sample can be analyzed: liquid and solid

9. The instrument should be supplied with sample cups and lids to test samples.

10. The instrument should also be supplied with verification standards (of different values) to calibrate the instrument.

11. The instrument should be HACCP Compliant.

12. The instrument should also be supplied with a cleaning kit to clean the sensor.

Purchase order copy of the same model by the same vendor

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12. Spectrofluorometer(imported)

a) Optics: All-reflective for focusing at all wavelengths and precise imaging for microsamples· Source: Ozone-free xenon lamp eliminates venting· Spectrometers: Plane-grating Czery-Turner/Monk Gillieson design maintains focus at all wavelengths· Excitation: 200–700 nm, or better- optimized in the UV· Emission: 200–700 nm,or better, optimized in the visible· Bandpass: starting at least from 2.5 nm and continuously adjustable from computer

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· Wavelength Accuracy: 1 nm or better nm · Emission Detector: Photomultiplier, range 200–700nm· Reference Detector: PMT·Signal-to-Noise Ratio: 1:150 and above (steady-state mode)· Accessories: (a) accessories for powder and film samplesB) 4ml, 1cm x1cm quartz cuvettes open top with cap(c) Polarization Accessory (d). Range peltier thermocouple drive –single/ 4 cell holder from below 5 to 100deg C(e) 3 KVA online UPS with 30 mins back up.

13. CHNS Analyser(imported)

Fully Automated PC controlled Elemental Analyser for solid and liquid samples like food, feed, soil and agricultural products etc. Selectable operation modes for measurement of CHNS, CHN, CNS, CN, N, and S, separately.

Sample weight Range: 0.02 to 1000 mg.

Detection Range 0 – 100% for all 4 element, with the capability of measuring atleast 10 mg absolute Carbon.

Minimum detection limit : < 100 ppm with TCDStandard deviation: ≤ 0.1% of absolute.Sample Combustion System - Should have two separate combustion and reduction furnaces with independent temperature control upto 1100 deg C for each furnace.Must have ash removal device to hold ash.Should have mass flow controller for constant flow of carrier gas.Separation SystemSeparation of gases using single or multiple column, with independent temperature control for each column.Detector System: Provision for NDIR detector for Trace Oxygen determination.Autosampler SystemAutosampler system with 80 positions or more in a single tray.Software should be Windows based and should have display of set and actual pressures, flow rates, temperatures, number of samples analyzed with provision for setting maintenance interval with warning when maintenance needed. Online display of graphics and text data is must. Should have segmented leak check through software.

Carrier gas: Possibility of using Argon and/or Helium gas as a carrier gas.

Warranty :-5 years warranty on the Detector (TCD)

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10 years warranty on the furnace

Micro Balance:- Micro balance of 1 micro gram accuracy should be offered.Consumables:To be supplied with consumables sufficient for 4,000 sample analysis.Complete system to be quoted with gas cylinders, PC and printers etc.Future upgradation possibility :-1. Should be possible to upgrade for analysis of gas samples.NOTE : please enclose at least 5 installation certificate and list of users where the instrument is being used for similar application.

14. Biosafety cabinet Class II, Type A2(indigenous)

System should be class II Type A2 with 70% recirculation and 30% Exhaust by HEPA filter having working area minimum 6 ft with filter monitoring system with ducting.

System should be 99.99% efficient supply and exhaust HEPA filters of industry standard sizes and front accessible for economical and easy replacement.

System should have 254 nm UV lamps for decontamination of germs.

System should have standard 10” (254nm) access opening.

The microprocessor must display the inflow and down flow air velocities in real-time on Display with Filter life remaining. Display to ensure the user knows whether or not the cabinet is working under safe operating conditions.

Heat rejected system should be BTU per hour:10(254)/8(203) opening.

Electric supply should be 230V/50Hz

Vacu pass cord and cable portal to allow data cables,tubing and any other small diameter cord to be safely connected between two pieces of equipment one located inside and other located outside the biosafety cabinet area.

Night smart system that idles the blower at 30% speed when the sash is fully closed to help maintain a clean environment inside the cabinet during the

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period of non-use. Complete Air change should be in

atleast 35 times/minute. Built-in interval or elapsed timer

for experiment monitoring, fluorescent light or UV light control.

Should come with removable work tray.

Touchpad control on right-hand side post for manual activation of blower, light, timer, audible alarm mute and menu selection.

Radiused type 304 stainless steel interior

Epoxy-coated steel exterior System should allows the user to

program start up and shut down operations when the sash is raised or lowered .

The cabinet noise level must be less than 67 db

Vacuum, combustible and water valve should be quoted as optional.

Cabinet should be NSF certified for 220V only.

Blower speed should be electronically regulated by a solid state speed controller.

System should come along with the entire necessary accessory and should be ready to work i.e. service valves for gas, vacuum and an extra valve should be provided.

Validation procedure will be performed every year with in warranty period.

Party should do onsite validation of system at the time of installation. For this validation vender should having it own capability with their own company trained service engineer to perform validation. No third part will be entertained. And vender will have to submit the validation certificate from their already existing user list to state that they are satisfied with their validation and company has the capability to perform validation with their own service engineer.

Warranty: - Three years onsite comprehensive warranty &

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additional 2 years AMC .

The System must have facility to accommodate sterilization procedures using vaporous hydrogen peroxide (VHP) or chlorine dioxide.

15. Digital Butyrorefractometer (Imported)

Measurement Range: Refractive index (nD) : 1.3330 to 1.70000, Brix : 0.00 to 100.00% (Automatic Temperature Compensation) . Butyro: 30 to 90. With self diagnostic feature. User scale : 100 User scales:Can measures approx IODINE value ,honey moisture,specificgravity,DMF,Ethanol,Ammonia,SodiumHydroxide,NACL,CalciumChloride,Surfactants etc. Temp:5 to 75 degree Measurement Accuracy: Refractive index (nD) : ±0.0001, Brix : ±0.1%,Butyro: ±0.3 Repeatability: ±0.00005, Brix : ±0.02% Minimum indication: Refractive index (nD) : 0.00001, Brix : 0.1/0.01by selection%, Temperature: 0.01°C. Types of Modes:Mode-1,Mode-2,Mode- 3,Mode-S.

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16. Rancimat (Imported)

Completely automated microprocessor based analyzer for testing oxidative stability/Rancidity of Natural, vegetable oils & fats

Should have a temperature range from 50o C to 210oC

It should be possible to set the working temperature in steps of 1oC

System should have facility for correction of temperature. Wither manually or automatically using suitable temperature sensor. The range for correction –9.0 oC to +9.0 oC of set temperature. In steps of 0.1 oC

Repeatability of set temperature should be better than +/- 0.2 oC

Temperature fluctuation should be less than 0.1 oC

Sample Capacity: total 8 samples per unit. Expandable to 32 Samples with addition of Additional Units. It should be possible to control up to 4 units using one software & PC. Such an expanded system should have possibility of measuring upto 32 samples at upto 8 different temperatures.

It should be possible to start measurement of each sample

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individually. System should have eight reaction

vessels & eight measuring cells for measurement of conductivity.

Continuous measurement & monitoring of conductivity for each sample channel.

Software should have fully automatic evaluation of stability time or induction time. It should be possible to convert stability time or induction time to reference temperatures as per the standard tests.

Software should have facility to extrapolate the stability time at different temperatures. So as to predict the approximate stability of the product at different storage temperatures.

Test & Calibration Kit for Calibrating temperature of the system should be provided with the system.

Consumables such as reaction vessels, measuring vessels etc. should be included in the offer.

4-8 heating blocks with individual control of blocks

Supplier should have at least 10 installation in India

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Falling Number Apparatus(Indigenous)

Complete system (stirring unit, display and control module and sample preparation mill) for determination of the alpha amylase content of wheat and cereal products by the falling number method.

Software controlled technology Control unit should have built in function

monitoring and error checking. Should be supplied with hammer type

cyclone mill with a capacity of about 300g for preparing samples for falling number analysis.

Should be supplied with two additional stainless sieves of 0.8 mm each.

Facility for blend ratio and attitude correction

Power supply 220V, 50-60 Hz

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18. Electronic Micro Balance (Imported)

Weighing Capacity: 5.0 g to 6.0 g

Readability : 0.001 mgTarring Facility : Entire range

Pan Size : ø 30 mmWeighing Chamber height: 70 mm

Repeatability : <+ 0.001 mg

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Linearity : <+ 0.004 mg

Settling Time : <8 s

Calibration: Fully automatic time & temperature

Calibration & Adjustment function Other required basic features:

Liquid Crystal Display Black & White

Operation through tactile keys.

Options to upgrade software / hardware.

Automatic, motorized, 100 % glass draft shield with learning capability

Monolithic Weighing Technology: Weigh Cell designed to have better response time and repeatability.

Configurable / Modular design: Options to Interchange or extend the modules, or Software version up -gradation facility from Web link.

Functions & Applications:

Fully automatic calibration | adjustment function

Standard interface ports: USB (built into weighing module) RS-232C port for connecting

accessories, 25-pin (in-built)Standard Test Certificate should be provided for conformity to technical Specifications.

19.

Micro centrifuge

(indigenous)

Max Speed......... 7,2 00 rpmMax RCF............. 2,350 gPower .................110V, 50/60Hz, 130mA or 220V, 50/60Hz, 65mA Rotors.................6x1.5/2.0ml angle rotor,2x8 well 0.2ml strip rotor,Six adapters fit 0.5ml tubes, Six adapters fit 0.2ml tubesDimensions......... (W)142*(D)150*(H)102mmWeight................ 650 g Color.................. light grayAmbient operating temperature

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Small Equipments for Limited Tender (Food Testing Lab)S.

No.Name of the Equipment Specification Quantity AMC

(Yrs)

20

1. Lab Stirrer (overhead stirrer)

Digital display, timer, speed regulation: 50-2000 rpm, stirring volume: up to 25 L, Constant speed even when viscosity changes.Stainless steel stirrer.

13

2. Magnetic stirrer with hot plate (Controlled heating)

Temp range(0C)- RT to 370Temp display- (will prefer LED)Work plate material- resistant to acid and alkaliSpeed rpm-0-1500Temperature sensor110V/60HzStirring volume-15LWith magnet bar for each plate

2

3

3. Vortex Mixture Variable stirring speed (up to 3000 rpm), touch and continuous mode, with good flexibility

2 3

4. Digital pH meter Display- 3 ½ digit LED0-14.00 pH±1999 mVResolution-0.01 pH

: 1 mVCalibration Points: up to 3Power: 220 V ±10% 50 Hz.Temp. Compensation : Auto / ManualIntegrated electrode stand with Swivel arm and power adopter

2

3

5. Bench scale a) Weight capacity: up to 10 kgAccuracy: 0.01gm

b) Weight capacity: up to 5 kgAccuracy: 0.001gm

c) Weight capacity: up to 2 kgAccuracy: 0.001gm

Stain lees steel top, digital display, good repatibility

1 each 3

21

6. Conductivity Meter/TDS meter

Conductivity Range0 to 19.99, 199.9, 1999 µS/cm; 19.99, 199.9 mS/cmTDS Range0 to 9.99, 99.9, 999 ppm; 9.99, 99.9 pptResolution & Accuracy0.05% Full Scale & ±1% Full Scale + 1 LSDTemperature Range-10.0 to 110.0 °C (Meter)Resolution & Accuracy0.1 °C & ±0.5 °CCalibration for ConductivityAutomatic (single or multi-point up to 4 points) / Manual (up to 5 points)Calibration for TDSManual (up to 5 points - 1 per range)No. of Calibration PointsUp to 5 points (1 per range)Temperature CompensationAutomatic / Manual (0 to 100 °C)Temperature Coefficient0.0 to 10.0%/°CNormalization Temperature20.0 or 25.0 °CTDS Factor0.40 to 1.00 (selectable)Cell Constant0.1, 1.0, 10.0 (selectable)Memory50 data setsSpecial FunctionsAuto-ranging; Hold; Stability Indicator; Self-diagnostic; & Auto-Power Off after 20 minutes (selectable)

1

3

7. Hot Air Oven Double walled construction inner chamber made of Stainless Steel 304Q & exterior made of G.I. sheets powder coated. The Gap between the two walls filled with glass wool insulation. Fully insulated door with brass lock hinges & ventilator. Heating is by specially designed heaters made of Nichrome wire. Temperature Controlled by Electronic Digital Temperature controller with PT 100 as sensor. Stainless steel perforated shelves.

Temperature Range: RT to 250oC Temperature Resolution: 0.1oC

Control Accuracy: +-0.1oC

Chamber Size: 85 liter

Selves no.3

Forced Air circulating System with Fan for temperature Uniformity

Temperature controller by Microprocessor based Auto Tune PID controller with 0.1 resolution

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22

Electronic Digital Timer

RS 485 with software for PC communication with META-LOGGER

Multi channel Data logger with printer output. (Date, Time, Set Temp, Actual Temp will be printed on reports.)

Safety thermostat

CE Certified8. Muffle Furnance Maximum Temperature-1800 0C or higher

Muffle size (Space)-5 literTemp Accuracy: ± 10CTmax- 45 minStain less steel bodyPID ControllerCE Certified

13

9. Water bath Inside chamber: stain less steel, 12 hole with lids, temp: 98 deg c, compact model, digital display

and temp control

1 3

10. Shaker water Bath Inside chamber: stain less steel, 12 flask holding with flexible clamps, smooth stirring with

variable speed control, temp: 98 deg c, compact model, digital display and temp control

1 3

11. Serological water bath 25 ltr capacity, Inside chamber: stain less steel, digital display and temp control

1 3

12. Cryo bath Up to 0 deg C or lower, 35 litre,Inside chamber: stain less steel, digital display and temp control,

with water circulating pump

1 3

13. Vacuum oven with Vacuum Pump

Triple walled Outer case in mild steel with epoxy powder coating with stainless steel quality of 304quality.

Vacuum chamber shall be robust stainless steel supplied with two stainless steel shelves.

Insulated with super fine mineral wool.The vacuum oven with glass door shall have stainless steel door and have radial locking and temp shall be maintained from RT

Size: 40-50 literPID controller,Diaphramvacumme pump

1 3

14. BOD Incubator Double wall construction, Inner chamber made up of stainless steel 304 quality & outside of M.S painted

Temperature range 5 to 60 1 & is

controlled by digital temperature incubator cum controller. Fitted with unbreakable transparent acrylicCompressor shall be fitted with reputed make Capacity: 170 literCirculating Fan: 2 nos fitted inside the chamberShelf; 3 Nos made of SS wire. The tray can be adjusted anywhere at a distance of 4 cmsWorking temperature: 5 to 50 or 10 to 50

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23

are on.

Temperature accuracy:± 1 ( or 0.5 under

ideal conditions)Temp Readability: 0.1

15. Incubator Shaker Outer Inner chamber made up of stainless steel 304 quality

Temperature range 5 to 60 1 & is

controlled by digital temperature incubator cum controller.

Orbital shaker platform (Horizontal orbital motion) with shaking amplitude of 25 mm & is fitted at bottom of inner chamber with D.C drive motor. The speed of shaker from 20-400 RPM shall be controlled by steeples electronic controller. Two stroke

The unit shall be fitted with digital speed meter (RPM counter) two nos of fluorescent tube fitted inside the chamber along with 0-20 hrs timer for cyclic operation of tubes. Supplied with one trayVolume of BOD Incubator shall be of 6 cu ft.

1 3

16. Laminar air flow Microprocessor based LED + LCD Controller (without air velocity monitor) password protection, UV tube & Front Door Interlocking, UV tube life meter, HEPA filter life meter and alarm.

Direction of Flow: VerticalCleanliness level: Class 100 as per US standard 209EWorking table: Made of Perforated stainless steel sheet stain finishedFront Door: Made up of clear perpex sheet/Polycarbonate Sheet. Door in driven through motor operated by switch for up and down movementExhaust system: with additional HEPA filter and virus born out Unit.Standard Parts: HEPA Filter, Prefilters, Blower assembly, Ultra Violet lamp, IlluminationPressure monometer, gas inlet nozzle, floor levelling screw & wire cord 220 V 50Hz,single Phase, AC supply.Size: 4ftx 2ftx2ft

1 3

17. Autoclave Capacity 90-100 literMicroprocessor based, programmable feature with PID, 16 x2 character LCD display, 4 program key, one start/stop key, PT-100 3wire sensor, Automatic soak, purge, Exhaust setting, with alarm set.

Sturdy construction, double walled, Inner chamber made up of 16 SWG stainless steel of 304 quality, Outer shell made up of thick mild

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steel duly painted. Lid made up of thick mild steel duly stainless steel lid and is tightened by radial locking system. Lid is mounted on a central screw and shall be provided with best quality joint less neoprene gasket.

Shall be fitted with paddle lifting devices to open/close the lid.

Fitted with glass indicator to indicate water level inside the boiler

Fitted with Pressure gauge, steam release cock, safety valve, spring loaded safety valve etc. The pressure valve can be set at any pressure in between 5 to 22 PSI, provided with drain valve.

Hydraulically tested up to 40 PSIProvided with ISI mark heating element. Complete Stainless steel basket, Cord plug to work on 220 V± 9% 50 Hz single phase.

18. Refrigerator Branded, 280-300 liter, double door 3 319. Deep Freezer

(-20 to -80

Temp. Range-50 to -80 degrees CCapacity300 LitersControllerMicroprocessor / Micro-controller based temperature controller.Temperature DisplayDigital LED/LCD.High & Low AlarmAudio-visual high & low temperature alarm.Deep Freezer ConstructionOuter PanelsOuter panels are made of GI coated/ CPRCA sheet/Stainless Steel.Interior PanelsInterior panels are made of Stainless Steel.DoorStandard hinged door with Double gasket seal between the door and the cabinet increases system efficiency. Option includes dual door system or vacuum insulated glass door.InsulationPolyurethane foam insulation with a thickness of 100mm.TraysAdjustable stainless steel trays with perforated design.Castors : Castors for minimal effort mobility.Deep Freezer Refrigeration systemRefrigerationSPENCERS superior refrigeration system.CompressorHeavy duty Air-cooled compressor. The compressor is distinguished by its excellent performance, low noise level (<60dB) and minimal vibration.CondenserHighly efficient condenser with automatic condensate evaporating system.EvaporatorInternal evaporator system Forced draught.

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RefrigerantNon-CFC/HCFC environmental friendly based on compressor capacity.Deep Freezer AlarmsAlarmsAudio-visual alarm system to warn of high or low temperature. Optional alarm systems like door ajar, condenser faults etc. Optional Alarm system with Rechargeable battery backup.Deep Freezer ControlsTemperature ControlsMicro-processor based Temperature controller cum indicator.Optional: Alarm system for various parameters with rechargeable battery backup; Voltage Safety System; Backup refrigeration system etc.Power Supply220 volts, 50Hz. / 110 volts, 60Hz.

20. Electronic Colony Counter

Digital Display: 4 digit, 999 Max. Count(Model :LT-37) 3 digit, 999 Max. Count(Model:LT-36)Dish Size: 110 mmMagnification: x 1.7Dimensions: L 274 x B 320 x H 167 mm (approx.)Power: 230V - 10% AC, 50 Hz, 40WAccessories: Marking Pen (1 No.), Magnifier Lens (1 No.)

1 3

21. Centrifuge machine Rotar with min. 6 tube holder, tube capacity, 25 ml, 50 ml, up to 5000 rpm, digital display of rpm, time, time set, rpm control, safety cover, rubber base to prevent vibration,

1 3

22. Melting Point Apparatus

Fast, safe, reliable measurements 

Mercury free

Built-in digital thermometer

Microprocessor controlled ramps

Ramp rates from 0.5 to 20 °C/min

Digital display

Easy to clean and maintain

Tube tapper packs samples

safety certified

1 3

23. Nephelometer/Turbidity Meter

Self-Contained and calibration standards

Auto Ranging 0 - 1000 NTUInstrument senses turbidity level of sample and automatically adjusts to the appropriate measurement.

RS232 output

Optional pour through assembly

Simple Calibration Procedures - calibration initiated with the push of a button ensures accurate readings.

ISO compliance

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24. Sonicator •Easy to operate •Made of one piece S. S. Tank •Aadvanced MOSFET technology •Auto-tuning facility •Digital tuning of Transducers to avoid any frequency shifted •Compact, rugged and highly durable •Ssafer operations •Operating frequency 33 3KHz •Input Voltage range of 170V AC - 270V AC, 50Hz, 1Ph •Micro Controller based timer with range 0 to 30/99 minutes •Thermostatic controlled temperature controller

1 3

25. Hot plate with cast iron/steel top, 12*18*6 inch

2 3

26. Soxhlet extraction unit with energy regulators mentle type, unit of six test

1 3

27. Heating mentle with energy regulator 1 liter capacity

6 3

28. Pipette variable volume 0.5-10, 10-100, 200-1000 Micro L (1 each) 3 3

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