Introducing

Cincinnati Sub Zero (CSZ)

AIMIL Ltd.

Global Instrumentation and Technology organisation

Having a legacy of more than 80 years in the field

11 offices across India with a dedicated team of 800+ professionals

Modernized production facility started at Noida, India in the year 2008 to meet the overseas demands

Listed in “Platinum League of companies”

AIMIL offers solutions to following market

verticals:-

Civil Engineering

Electronics

Analytical & Industrial

Healthcare

Noise and vibration ES

Advanced Technology & ES

ESG(Engineering Services Group)

Condition monitoring reliability services

Environment Simulation Chambers

Also known as a climate chamber is basically a

enclosure used to test effects of specific

environmental conditions on:-

Biological items

Industrial Products

Materials and

Electronic devices and components

Environmental conditions:-

Temperature/Humidity/Vibrational conditions.

NEED of EC in the market ?

Design verification and validation

Manufacturing testing

Production sample test

QA Reliability

QC Reliability

Failure Analysis

Life Testing

What are the benefits You get ?

Reduction in Product development time

Rise in customer confidence

Ensure product quality and reliability

Forecast life expectancy

Reduce cost

Increase profitability and more to follow with

time…

Cincinnati Sub zero a leading manufacturer of

Environment chambers for over 70 years,

simulating full range environment conditions:

Polar Cold

Extreme heat

Humidity

Altitude

Vibration

EC

Temperature/

Humidity

Combined environment-

Temp/Hum/Vibration

1) Reach in Chambers

Micro Climate(Temp/Humidity chambers) Small floor space

Allows to perform manual thermal shock tests

Economically ideal for laboratory testing

Available in 115V & 230V depending on requirement

Work space vol 1.2 cu.ft(34L) 3cu.ft(85L)

Temp range (SS) -30°C to +90°C NA

Cascade -70°C to +190°C

Optional hum. 10% - 98%

Stable Climate(Temp/Hum. chamber)

1,2 or 3 door configuration

Meet the pharmaceutical guidelines

Scratch resistant with SS interior having epoxy coated

wire shelves /door

18month part & labour warranty with 5yrs on

compressor

Workspace

volume

680L 935L 1473L 2266L

Temp range Temp only-4°C to +70°C/ Temp/Hum +5°C to +60°C

Humidity 25% to 95%

Z-Plus(Temp/Hum chambers)Touch screen controller

Access ports for ease of cable routing

Levelling legs for en-even flooring

Adjustable slide out shelves

Better interior light, extended performance, enhanced air

flow ZP-8 ZP-16 ZP-32 ZP-44 ZP-64

Work space

vol

230L 450L 900L 1250L 1810L

Temp. ranges Single stage(-34°C to +190°C)/Tundra(-45°C to

+190°C)/Cascade(-70°C to +190°C)

Optional

humidity

10% to 98%

CT series RC- series Custom designed

Designed to test your requirements with faster change rates

Remote conditioners

Two chambers for price of one

They deliver temperature conditioned air to insulated enclosures through ducts and also serve as independent chambers

Used as a back up for heating and cooling to existing test chambers

2) Combined Environments

They provide combined environment

Temperature/ Humidity/ Vibration

Having two series CV and AV series

CV series are designed for commercial testing,

integrating with electrodynamic and mechanical

vibration only in vertical mode of operation

AV series are designed for commercial and military

testing with both vertical and horizontal mode of

operation

HALT/HASS

chambersAltitude chambers

Quickly discover design weakness

Broad range of temperature & vibration capabilities which are key to detect defects

Quiet operation

Superior reliability and thermal performance

Subject to all axis vibration and rapid thermal cycling

Simulating altitude and

Temperature for combined

testing with vacuum

Test basic components and

sub-assemblies-designed for

use in the aeronautical,

space engineering and

meteorological field

Can be used as temp/Hum

chamber making it

multipurpose

3) Walk in / Drive in Chambers

They are used for cold storage or testing

products that require a large capacity

Full vehicle testing, automotive components,

electronic components, packaging, stability

testing, biological research and much more.

They have remote instrument consoles, custom

sized doors, heavy duty floors and ramps.

They have 5 types

WM-ST series(they are designed with ceiling mounted conditioning systems and modular panel construction/ SS interior/ aluminuim embossed exterior)

WM-series(modular panel offering flexibility to meet any size)

Drive in series chambers (for full vehicle testing from small trucks to cars/ tailor made)

WW series(Solid welded chambers/ wider temp and humidity range)

Modular plenum conditioners(consists of standard systems

4) Thermal shock/ ESS chambers

They are capable of producing optimum stress

levels for detecting product flaws by stimulating

defects at lowest level of a assembly.

Great return on the investment and savings

3 variants:-

Vertical Thermal Shock,(separate hot and cold

zones, product is transferred between zones for

rapid temperature change)

Double Duty Thermal shock-(consists of three

zones a hot chamber on each side with a cold

chamber at the centre, this design helps product

to be moved between the two zones

simultaneously)

TSB – Thermal shock bath – Liquid to liquid –

(immediate temperature shock for faster testing,

provide immediate product exposure to thermal

stresses, vapour tight construction and

minimises test liquid from evaporating when unit

is opened)

5) Custom Design Chambers

They are tailor made to meet special requirements, modifications or unique requirements.

Examples:-

Accelerated Stress test chambers

Solar Panel testing chambers

Cold storage chambers

Rain/ Ice chambers

Sand and dust chambers

Tensile test chambers and many more with flexibility

Modal Analysis

It is performed to determine the parameters of a

unknown structure or element like:-

Modal frequency

Modal mass

Damping ratio

Mode shapes

It is performed in two ways:-

• Impact hammer testing

• Vibration tester

Vibration shakers

Energy is supplied to system with a known

frequency

SystemEnergy/

known

frequency

Point where structural resonance

occurs - F(X)

From force spectra and response spectra a transfer function is obtained

Which is curve fitted to estimate modal parameters.

THANK YOU