Supply Of Various Items For The Dhr Project Entitled Molecular Biology Applications Research And Diagnostic Techniques-Laboratory Items 2 PC based True double beam UV-Visible SpectrophotometerSpecification:1. Optical system: Czerny-Turner mounting, Single monochromator, Double- beam system, 1,300 lines/mm, 240 nm blazed holographic grating 2. Light source: Deuterium lamp and Tungsten-Halogen lamp 3. Detector: R-928 Photomultiplier tube 4. Wavelength range: 185 to 900 nm or higher 5. Wavelength accuracy: ±0.1 nm (656.1 nm) 6. Wavelength repeatability: ±0.05 nm 7. Spectral bandwidth: 0.1, 0.2, 0.5, 1, 2, 5 nm in steps 8. Resolution: 0.1 nm 9. Stray light: Max. 0.005 %T (220 nm NaI) 10. Mode: Abs, %T, %R, 11. Photometric range: -5 to 5 Abs12. Noise level: 0.00003 Abs RMS (500 nm) 13. Wavelength slew rate: 14000 nm/min 14. Wavelength scan rate: 4000 to 0.5 nm/min 15. Below items must be supplied along with the main instrument:a) One Pair of cuvettes, 10 mm path length, 3.5 ml volumeb) Integrating Sphere AttachmentWavelength range: 220 nm to 850 nm or betteri) Samples like Powder, Solid, colloidal sample, Thin Film etc are measured by using thisaccessoryii) Minimum Inner diameter of integrating sphere: 60 mmc) Branded i5 PC with Original OS- 1 no 3 Class II, Type A2 Bio-safety CabinetSpecification: 1. The Bio-safety cabinets should be 4 feet width with front window must be a 10” sash opening and steel with smart coat interior 2. The Bio Safety Cabinet must include DC motors. 3. The motor must automatically adjust the airflow speed without the use of a damper to ensure continuous safe working conditions, even without maintenance adjustments. 4. Cabinet must use a pressure sensor (rather than anemometer) to detect pressure drop across the supply filter, rather than in just one point across the down flow. 5. The cabinet should display the inflow and down flow air velocities and must incorporate an LED Indicator, visual & audible alarm to indicate excessive HEPA filters loading, blower failure, airflow speed failure, Incorrect window position. 6. The front of the cabinet must be angled 10º to help minimize glare. 7. The cabinet noise level must be less than 65 dB(A) for a 4-foot cabinet. 8. Cabinet with lights on and fan at operating speed should consume less than 400 watts or less 9. The cabinet must automatically reduce fan/blower motor speed to 30% when the front window sash is in closed position to ensure reduced energy consumption when the cabinet is not is use. 10. UV light must be programmable to allow for specific exposure times from 0 to 24 hours. 11. The Cabinet should have provision to fit taps for Vacuum, Water and Non-combustible gas. 12. The Bio safety Cabinet should be NSF certified with listing on NSF website. 13. The Bio safety cabinet should incorporate HEPA filter of the class H 14 EN 1822 or better and having minimum efficiency of 99.995% at 0.3 µm particle size. 14. Ventilation System Exhaust and Inflow air volume approx 300-350 CFM 15. Audible and visual Alarms for HEPA filter failure, blower failure, airflow speed failure, Incorrect window position. 16. The cabinet should be provided with fixed / adjustable Height Stand, UV Light and one set of detachable arms rest and one / two electrical outlet. 17. The Drain Pan of the BSC should be made of Stainless Steel. The drain pan should not be painted, or power coated. 18. Cabinet should be CE certified and declaration of MOC should be provided. 19. Port provision for clean and safe routing for vacuum tubing and cables throughthe side of the BSC for improved organization and work efficiency. 4 Vacuum OvenSpecification: 1.Volume(L): 60-802.Temperature range (°C): RT+5-2503.Temperature resolution (°C): 0.1(at 100°C)4.Temperature variation (°C): ± (at100°C)5.Heating power (W): 21006.Vaccum range 0 ~ 1 atm7.Timer: 1min ~ 99hr59min8.Vaccum connector (mm): Ø109.Venting connector (mm): Ø1010.Inner size (mm): 400x400x40011.Dimension (mm): 625x585x710 5 Constant Temperature IncubatorSpecification:1.Volume: [L] 1002.Temperature Range [°C]: RT.+ 5~65 3.Temperature uniformity of working area [°C]: <±0.2 at 37°C and 25°C RT 4.Temperature Stability [°C]: ±0.1 at 37°C5.Temperature Controller: Digital Display with PID automatic regulation, Button Control6.Timer 1 min ~ 99 hr 59 min7. Safety: Independent safety temperature protection, Open door alarm function8. Heating Capacity [W]: 340 9.Shelves [included / max.]: 3/410.Inner Dimensions [WxDxH in mm] 480 X 480 X 49511.Outer Dimensions [WxDxH in mm] 560 X 560 X 76012.Power supply AC 220~240 V, 50/60 Hz 6 Hydraulic Analogue laboratory pressSpecification:1.Type: Hydraulic2.Diameter of Spindle: 35 millimeter3.Maximum Load on Piston: 25 tonne4.Closing Force (kN): 2005.Piston Stroke: 22 millimeter6.Capacity per platen (kW): 1.67.Specific Platen Pressure (N/mm2): 1.058.Press Platen Size (mm): 196 x 1969.Depth: 480 millimeter10.Heating Type: Electrical11.Width: 790 millimeter12.Cylinder Stroke: 100 millimeter13.Display: Analog14.Width Between Pillars: 150 millimeter15.Height: 970 millimeter16. Accessories: Pneumatic front shield, Mould cart (moveable) or Mould rack17. Maximum Temperature: 200°C18. Temperature Accuracy (degree Celsius): +/- 1.0 7 High Performance ComputerSpecification: 1.Capacity (in kVA/kW): 2kVA/2kW Single phase Input/Single phase output 2.Technology and Capability a) True online double conversion UPS, VFI-SS-111b) UPS should be designed at Rated PF of 1c) 3- level IGBT based inverter and rectifierd) Should have arrangement for paralleling up to 4 UPS for redundancy, if required Input 3.Input facility-Phases/ Wires: 1-phase/2-wire & Gnd (Phase & Neutral + Ground) 4.Input Voltage Range: 160-300 VAC (On 100% Load) 5.Input Power factor: ≥0.99 (With full linear Load) 6.Input Current Harmonic Distortion (THDi): <5% at full load in normal UPS operating voltage 7.Generator Compatibility: Compatibility to genset supply required 8.Input Frequency Range: 44-66 HzOutput 9.Nominal Output Voltage: 230 V (adjustable to 220/230/240 VAC) 10.Output Voltage regulation: ±1% 11.Nominal Output Frequency: 50/60 Hz ± 0,1 % 12.Output wave form: Pure sine wave 13.Output Voltage distortion (THDv) <:~2% Full Linear load~<5% Full Non-Linear load13.Crest Factor: 3;1Efficiency AC/AC (Overall efficiency): Up to 92% 8 Electroporation System (Eukaryotic and or Prokaryotic System)Specification: 1.Outputs: Waveform: Exponential-decay or square-wave Voltage: 10-3000 V2. Capacitance: 10-500 V: 25-3275 µF in 25 µF increments 500-3000 V: 10,25,50 µf3.Parallel resistance: 20-1000Ω in 50 Ω increments, plus infinity4.Simple resistance: 20Ω minimum at 10-2500 V600 Ω minimum at 2500-3000 V5.Square wave timing: 10-500 V: 0.05-10 ms duration in 0.05 msIncrements, 10-100 ms duration in 1 msIncrements, 1-10 pulses, 0.1-10 sec interval500-3000 V: 0.05-5 ms duration in 0.05 msIncrements, 1-2 pulses, 5 sec minimum intervals
