Centre for Automotive Energy Materials (CAEM)

• Frequency range DC to 20 kHz,
• Embedded coil set up to measure properties of irregular hard magnetic samples
• High temperature set up to measure properties up to 200^oC.
• Simultaneous measurement of core loss, coercivity, permeability & saturation induction.

• Chamber size - 1 x 1 x 1 m
• Chamber make – Stainless steel body of 20 mm thick
• Complete Adiabatic controlled chamber
• Withstanding pressure range – 2 to 5 bar
• Temperature measurement – Direct sample contact
• Exotherm sensitivity – 0.005 to 0.02 ^°C/min
• No of heaters and temperature sensors – 6 numbers
• Temperature range of tracking – 500 ^°C
• Infra-red camera for thermal imaging
• Nail penetration apparatus is attached
• Gas sampling can be done
• Cooling coil permits to carry low temperature testing

• Determination of thermal runaway “onset” temperature (Heat-Wait-Search)
• Determination of maximum safe discharge current leading to thermal runaway
• Determination of maximum over-voltage, leading to thermal runaway
• Nail penetration
• Short simulation
• Specific heat capacity of cells/battery

• Melting capacity of up to 500 grams
• High frequency arc starter
• Programmed inert atmosphere control maintaining constant pressure
• Programmable power and pressure control
• Temperature: over 3400 ⁰C

• spectral range = 50 to 6000 cm^-1
• ambient = ultrahigh vacuum
• mode = reflection and transmission
• Spectral = resolution 0.4 cm^-1

• No of channels: 2
• Current: 50 A per channel
• Voltage: 80 V per channel

• No of channels: 8
• Current: 100 A per channel
• Voltage: 60 V per channel

• Number of channels: 96 (64+32)
• Voltage: 0 to 10 V per channel
• Current: 15 A per channel

• Number of Channels: 32
• Current Range: 100 µA to 5 A
• Voltage: 0-10 V
• Temperature: -200 to 400 0C

• Compressed Air: 6 bar
• Line speed : 0 - 5 m/min
• Hydraulic Press Load: 0-1034 bar
• Rewind and Unwind Tension: 0.1-5 kg
• Nip gap adjustment: 1m
• Pre-heat Temperature : 20-150^o C

• Measurable coercivity range 0.012 to 125 Oe,
• Can measure coercivity of irregular samples
• Maximum field resolution 1x10-3 Oe.
• Measuring accuracy ±1%

• Auto crimping and decrimping
• Electrically operated
• Capable to crimp and disassemble coin cell of types CR2032, CR2025 and CR2016.

• Max Volume: 1000 mL
• rpm: 700
• Syringe Pump flow rate: 12 µL to 2.5mL
• pH range: 1 up to 14

• Method : Continuous and skip coating on two sides
• Coating line speed : 0.1 - 5 m/min
• Dryer temperature: 20 -150 ^o C
• Dryer Air velocity : 5-20 m/sec
• Maximum Coating Width : 200 mm
• Maximum coating thickness : 300 micron

• Dosage : Metered Pump
• Quantity of Electrolyte: 1-260 mL adjustable
• Vacuum release : By Nitrogen/Argon

• pH: 0-14
• Ionic conductivity: 1 µS/cm -50 mS/cm

• Capable of 7 different measurement ranges (1, 2, 5, 10, 20, 50 & 100) µWb
• Measurement accuracy  Â±0.5%
• Frequency response DC to 1 kHz.
• With a drift stability of < 1 digit/minute.

• No of channels: 32
• Current: 5 A per channel
• Voltage: 10 V per channel

• Could be used for both aqueous and non-aqueous solvents
• Ice condenser capacity: 5kg in 24h
• Final condenser temperature: < - 55 oC
• Chamber: Cylindrical methacrylate chamber 220 mm diam, with 3 unheated shelves (for raw material)
• 8-Port branch manifold, each with 3-way rubber 3-way valves, for Flask

• Ports: 4 nos.
• Gas: Argon
• Oxygen : < 1 ppm
• Moisture: < 1ppm
• Transfer chamber: 3
• Vacuum oven:
  • Heating range (30-200 ^°C)
• Magnetic stirrer:
  • Heating range (50-300 ^°C)
  • speed (150-1500 rpm)
• Physical balance:
  • Weighing accuracy of up to 5 decimal digits
• Manual coin cell crimper (CR2032)

• Slurry preparation
• Electrode coater and drying
• Pouch cell forming
• Electrode Stacking
• Electrolyte Filling

• Ports: 4 nos
• Gas: Argon
• Oxygen: <1 ppm
• Moisture: <1 ppm
• Transfer Chamber: 2

• Blade length: 300 mm
• Body thickness: 32 mm
• Mild steel plate thickness: 7 mm
• Material: Mild steel
• Maximum cut in one stroke: 250 mm
• SS plate thickness: 5 mm
• Weight: 65 kg

• Maximum energy capacity of 1400 Joule
• Maximum achievable field is 3.3 T
• Maximum Voltage capacity of 2500 V.
• Voltage Resolution of 1 V.
• Description: Helmholtz Coil, 2.5-inch Inside Diameter, ±0.5% center field accuracy.
• Field Strength: 30 gauss at 1 ampere (approximate-an exact value is supplied)
• Maximum Continuous current: 2 amperes DC (or RMS)
• Field Uniformity: ±0.5% of center value, within a cylindrical volume 0.75 inch long, 0.75 inch diameter, centered in the coil interior
• DC Coil Resistance/Inductance: 3 ohm / 6.3 mH

• Capable of reaching a maximum temperature of 1200 oC
• Operatable chamber pressure 6 - 10-9 to 9 bar
• Maximum heating rate of 20 oC/min
• Capable of using various atmospheres like Ar, N2 and H2.

• Volume of milling vial: 218 ml, Vial material: Stainless steel (hardened)
• Continuous in-situ monitoring of pressure and temperature during ball milling
• Max operating pressure 150 bar
• Operation time up to 40 h
• Radio range up to 20 m
• Pressure measurement range: 1 - 150 bar

• Compact design with integrated gas purifier unit
• Available in 2-Glove (single sided)
• O2 and H2O < 0.5ppm
• Closed loop circulation
• Negative and positive pressure operation

• Vacuum: 1x10-5 mbar
• Atmosphere: Vacuum, argon, hydrogen
• Max. Temp: 1200 ^oC
• Chamber Size: 15 cm x 15 cm x 30 cm
• Heating Element: Molybdenum

• No of channels: 8
• Current: 2 A per channel
• Voltage: 10 V per channel
• Frequency: 10 µHz to 7 MHz

• Optical system: UIS 2 Optical system (Infinity Corrected)
• Modes:BF / DF / DIC
• Illumination system: Reflected light (100 W Halogen)
• Eyepiece:10 X
• Objective lens:5, 10, 20, 50, 100 X
• Camera:5 Megapixel digital
• Option: Transmitted Light Polarization Observation Unit

• Operating Temperature: 25 0C
• Flow Rate: 0.001 to 20 mL/min
• Pressure Range: 0-50 MPa
• Detector: Conductivity, UV-Vis

• Capable of micronizing particles to less than 10 µm
• Process batch quantitites from 5 to 2000 g
• Capable of producing yield of 95%
• Capable of using various process gas like air, Oxygen, Argon and Nitrogen.

• Method: Bi-voltammetric/volumetric
• Electrode: Platinum
• Minimum limit: 0.1 % - 100 % (ppm)
• Reagent: Karl Fischer Reagent

• Max. Speed: 6000 rpm
• Max. Time: 90 mins
• Max. rcf: 5070 g
• Max. Capacity: 400 mL

• Laser Source: IPG Photonics, USA
• Laser Type : Pulsed /Continuous wave
• Maximum peak power: 4500 W
• Pulse energy : 45 J
• Wavelength : 1070 nm 5 nm

• Synthesize of nanopowder for Cu, Ag, Ni, Fe, Al, Co
• Synthesize of Fe-Cu, Fe-Co, Fe-Ni, Ag-Cu, Cu-Ni alloy nanopowders
• Particle size range -10 nm to 100 nm
• Production Capacity – 1-5 g/h

• The levitational gas condensation nanopowder synthesizing unit works on the principle of Gen-Miller condensation.
• Suitable to produce all kinds of metals and alloy with a melting point between 600 to 1900°C and density between 5-9 g/cm3.
• In-situ encapsulation of nano-powder surface.
• Controlled passivation
• Suitable for synthesizing oxide nano-powder of Al2O3, Fe-oxide from metals.

• Planetary double headed mixer with two rectangular planetary blades (0-100 rpm).
• Two variable speed disperser shafts with disc type disperser blades (0-5000 rpm).
• Volume of slurry mixture is ~5 Liters.
• Capable of mixing under vacuum (29.5 inch Hg)

• Maximum Field 31.7 kOe, at 5mm gap between poles
• Maximum Field 31.7 kOe,
• Hydraulic press with a pressure of 200 kN
• Adjustable pole gap
• Replaceable Permendur poles with diameter of 100 mm

• Materials for mesurément : Suspensions, emulsions and dry powders
• Principle: Laser light scattering
• Analysis: Mie and Fraunhofer scattering
• Data acquisition rate: 10kHz
• Typical measurement time: 10s
• Red light source: Max. 4mW He-Ne, 632.8nm
• Blue light source: Nominal 10mW LED, 470nm
• Size range: 10nm - 3.5mm
• Accuracy: 0.6%
• Repeatability: Better than 0.5% variation
• Reproducibility: Better than 1% variation

• Power: 1800 W
• Frequency: 50 Hz
• Maximum Temperature: 260 0C
• Vessel type: PTFE
• Volume: 100 mL (12 vessels)

• Chamber volume: 8 litre
• Continuous operating temperature: 1450 C
• Maximum temperature: 1500 C
• Heating time to Tmax: 50 min
• Inner chamber dimensions: w170 x d290 x h170mm
• Outer dimensions of furnace: W450 x D620 x H570 mm
• Heating capacity: 13 kW
• Voltage: 400 V Ac / 50 Hz / 3 – phase
• Weight: 40 kg

• Chamber volume: 9 litre
• Continuous operating temperature: 1100 C
• Maximum temperature: 1300 C
• Heating time to Tmax: 75 min
• Chamber dimensions (inches): w9 x d913/64 x h611/16
• Overall dimensions of furnace (inches): W18 x D221/2 x H21
• Heater wattage: 3000

• Light Source: 650 nm visible light
• Laser Output: 0.95 mW
• Resolution: 100 nm
• Accuracy: ±1.0 μm
• Scan Speed: <= 400 mm/s
• Web Width: C-Frame 800 mm O-Frame 2800 mm

• Sample Dimensions: 25 (W) X 304.8 (L) mm
• Speed: 152 mm/min
• Distance: 100 mm
• Load Accuracy: <1%

• Type of Beam: Argon beam
• Digital Micrograph software
• 10” color touch screen

• Size reduction principle: Impact, friction
• Material feed size*:< 10 mm
• Final fineness*:< 1 µm, for colloidal grinding < 0.1 µm
• No. of grinding stations:1
• Speed ratio: 1:-1
• Sun wheel speed:100 - 650 min-1
• Effective sun wheel diameter:141 mm
• Grinding jar sizes:12 ml / 25 ml / 50 ml / 80 ml / 125 ml / 250 ml / 500 ml
• Setting of grinding time: 00:00:01 to 99:59:59

• Three axis micro positioning stage with controller unit
• Joy stick control
• Heatable measuring thermoprobe
• Positioning accuracy: Unidirectional: 0,05 μm; bidirectional: 1 μmMax.
• scanning area 100 mm × 100 mm (typ)155 mm × 155 mm
• Local resolutionup: 5 μm depending onthermal conductivity
• Signal resolution100 nV
• Measurement time< 4-20s per scan point
• Dimension:. 55cm x 58cm x 62cm

• No of channels: 24
• Current: 1.5 A per channel
• Voltage: 10 V per channel

• Cutting range: 8" (X axis), 4" (Y axis) and 4" (Z axis)
• Cutting Speed : 1-50 mm/min. (X&Y axis), 1-20 mm/min. (Z axis)
• Accuracy 0.0025mm(moving): ±0.01 mm (position)

• Maximum energy capacity of 1400 Joule
• Maximum achievable field is 3.3 T
• Maximum Voltage capacity of 2500 V.
• Voltage Resolution of 1 V.

• Laser wavelength: 532 nm and 633 nm
• Gratings: 300 g/mm, 600 g/mm, 1800 g/mm
• Piezo-driven stage

• Heating rate of 50^oC/second.
• 30 segment precision temperature controller
• Accuracy +/-1 ^oC
• 600^oC Max.   for Continuous; 800^oC Max.   for < 120 minutes

• Max. Torque: 200 mNm
• Max.Torque Oscillation: 10 nNm
• Max. Speed: 3000/min
• Max. Temperature: -150 - 1000 0C
• Normal Force Range: 0.01-50 N
• Max. Angular Frequency: 628 rad/s

• Provision for high vacuum, air and inert gas
• Water cooling flanges with chiller
• Continuous operating temperature: 1150 C
• Maximum temperature: 1200 C
• Heating rate: 5 C/ min
• Uniform temperature zone: 150 mm

• Temperature Range: 300 K-1473 K
• Atmosphere: Used with oxidizing, reducing, inert and wet or dry gases
• Sample Type: Bulk and Thin Films
• Sample Size: 5 mm-10 mm cross section and 50 mm length
• Electrodes: Platinum
• Thermocouple: S type
• Voltage Resolution: 10 nV
• Voltage Accuracy: ± 1.2 µ V
• Resistance Resolution: 1 µa
• Resistance Accuracy: ± 0.14 µa

• Temperature range: RT…1600.C
• Furnace type: Metallic, low thermal mass.
• Microbalance: vertical and top loading design with symmetrical Beam force compensation
• Balance capacity: 20g
• TGA resolution: 0.02µg
• DSC Temperature range: RT…1600 C
• Low temperature range : -150 to 700 C
• Mass spectrometer
• Mass range: upto 300 AMU
• Filament: Yttrium Iridium
• Capillary: stainless steel
• Detection limit : 1 ppm

• Compressed Air : 6 bar
• Max. and Min. Slitting Thickness: 17-75 microns
• Line speed : 0-30 m/min
• Width adjustment : Any value < 200 mm
• Rewind and Unwind Tension: 10 kg

• Coating thickness: 0.01 – 3.5 mm
• Coating accuracy: 0.01 mm
• Working temperature: ~ 200 °C
• Stroke length: 10-250 mm
• Coating speed: 0-100 m/s

• Type : Duel-shaft vacuum mixer
• Speed : Planetary blades 10-100 rpm; Disperser blades 0-7330 rpm
• Options : Thermostat for mixing at different temperatures

• Speed: 1-260 rpm
• Stage travel: 50 mm (Y axis), 50 mm (Z axis)
• Cutting parameters : 0.01 mm/min to 40 mm/min.
• Position accuracy : ±0.01 mm

Voltage

• Compliance: ±12 V ; ±49 V with 1A/48V booster
• Control voltage: ± 10 V ; ±48 V with 1A/48V booster
• Voltage resolution: 1 µV on 60 mV range

Current

• Current ranges: 500 mA to 10 nA (standard); down to 1 pA (Ultra Low Current)

EIS

• Frequency range: 7 MHz (3%, 3°) down to 10 µHz; 3 MHz (1%, 1°)

• Working Voltage: 208-240 AC, 50-60 Hz
• Output Power: 10 KW
• Tab Thickness: 0.03-0.5 mm

• Measures average particle size in the 0.2 to 50 µm range
• Liquid level of flowmeter-manometer corresponds directly to particle size
• Systematic reduction of variables has enhanced the accuracy and simplicity of the method
• Sample Pressure Calibrator helps achieve reproducible sample compaction and compliance with ASTM B 330-88

• Temperature Range: 30K to 573K using Kapton insulated Disk elements.
• 573 K to 1273 K using Disk elements insulated with Mica.
• Radius of Disk Spiral: 0.492 mm to 29.40 mm.
• Sensor Material: The double spiral is made of Nickel.
• Sample Size: Depends on the diameter of the disk elements and the material under study. Minimum size is a sample piece of diameter/thickness 1.5 - 2mm.
• Thermal Conductivity Range: 0.005W/mK to 1800 W/m K.

• Current : 0-10 A (primary), 0-200A (secondary)
• No. of sources : 2
• Vacuum : 10^-6mbar
• Source Materials : Mo, W

• Suitable for testing thermoelectric generator with 40-60 modules
• Heat source – Temperature, Flow Rate of the hot air medium can be varied independently.
• Cold side temperature can be controlled
• Open circuit voltage (Voc), Voltage-Current (V-I), Power-Current (P-I), Internal Resistance (Rint.) of the individual modules can be evaluated during testing.
• Thermal cycling of the modules possible

• Mode: Volumetric
• Measuring Cycle: 100 ms
• Resolution: 0.1 mV
• Resolution: 10000 steps per cylinder volume

• Conductivity: 0.055 µS/cm
• Resistance: 18.2 MΩ.cm at 25^oC
• Tank Capacity: 60 Litre

• Operating Frequency: 30 Khz
• Heating: Upto 80^oC
• Max. Time: 99 mins
• Tank Capacity: 12 L

• Nominal Frequency : 20 to 30 kHz (variable depending on the thickness)
• Power output : 3 to 3.5 KW
• Operable Pressure : 5 to 8 bar / clean and dry air
• Power Supply : 200~240 V AC, single phase, 15A
• Weld force : ~ 0 to ~ 4000 N (variable)
• Horn dimensions : 5 mm x 5 mm
• Welding area : 5 mm x 5 mm
• Welding thickness : 1 mm (max)

• Max. Welding Thickness: 1 cm
• Frequency : 20 kHz
• Power output : 2 to 3.5 KW
• Operable pressure : 5 to 6 bar
• Weld force : 4000 N

• Color: Clear/amber
• Capacity: 45L
• Dimensions: 420x397x491 (WxDxH) mm
• Max. Vacuum: 1.33x10-4 MPa for 72 hrs
• Build in Ports: 4

• Max. Temperature : 17500C (High vacuum atm.), 22000C (inert gas atm.)
• Max. Load: 100 kN
• Vacuum: 10-5 Torr
• Heating Element : Graphite

• Maximum Field 22.5 kOe, with a field resolution of 1 mOe
• Temperature range 77 to 1000 K
• Dynamic magnetic moment measuring range 0.1 to 100 emuc
• Magnetoresistance measurements.

• Capable of winding and unwinding for aluminium and copper foils
• Number of winding roller: 1 no (Length: 300 mm, Closed Diameter: 75 mm, Expanded Diameter: 79 mm)
• Number of unwinding roller: 1 no (Length: 300 mm, Closed Diameter: 75 mm, Expanded Diameter: 79 mm)
• Equipped with electric web guiding system
• Line tension (variable): 0.2 N to 10 N
• Line speed (variable): 0.1-10 m/min
• Digital count meter for recording electrode length with auto stop option

• Electrode Tension: Dancing Roller
• Alignment: Photoelectric Sensor
• Separator Width : 40-180mm
• Electrode Width : 40-180mm
• Length : roll
• Mandrel : Adjustable for cylindrical and prismatic
• Speed : 0-150 rpm
• Separator Tension: Adjustable
• Electrode Tension: By 3 nip-rolls, springs are adjustable