guide to esco products and servicesescolifesciences.us/products/download/usproductguide.pdf ·...

Controlled Environment, Laboratory and Pharmaceutical Equipment Solutions for Life Science, Pharmaceutical, Biomedical and Industrial Research Applications

United States, 2013/2014

Guide to Esco Products and Services

2

Esco Product Guide

Guide to Esco Products and Services

Corporate Profile ................................................................. 3

Life Science Sample Preparation

Biological Safety Cabinets ................................................................9 LA2-XA2-E LR2-XS2-E LB2-XB2-E

Laminar Flow Clean Benches ..........................................................12 AHC-_B AHS-_B2 AVC-_D2 SCR-2A2 PCR-_A2

Lab Animal Research Products .......................................................16 VA2-XA2-E VBD-4A2 VDA-4A9

Sample CultivationCO2 Incubators ................................................................................19

CCL-170B-9

Voyager ...........................................................................................19

Chemical ResearchDuctless Fume Hoods ......................................................................21 ADC-_A2 SPB-2A2 SPD-_A2 PW1-3A2

Laboratory Fume Hoods .................................................................26 EFA series

Pharmacy EquipmentHospital Isolators ............................................................................27 HPI-_P2 and HPI-_N2

After Sales Services .......................................................... 29

Table of Contents:

3

• Founded in 1978

• A leader in the development of laboratory solutions

• Biological safety cabinets that are world renown

• North American facilities in Pennsylvania cover sales,

service, logistics for the US & Canada.

• Offices in 13 countries including: US, Bahrain, China,

India, Japan, Korea, Malaysia, Philippines, Singapore,

South Africa, UK, Indonesia, Vietnam and continually

expanding.

• Distributors in more than 110 countries

• Group total of over 600 employees

• Products are independently tested to international

standards

• Large R&D investments creating world-leading

technologies.

• State-of-the-art production due to a vertically integrated

manufacturing floor space

• Worldwide service covering a geographic expanse so broad

that the sun never sets on what we do.

Welcome to Esco’s Laboratory Division

Our vision is to provide enabling technologies for scientific discoveries, with the ultimate goal of healthier and safer human lives.

ESCO USA office and ESCO Pharma R&D are located in the suburbs

of Philadelphia, PA.

4

Esco Product Guide

Global Network

Products and Application

US Office located in the suburbs of Philadelphia, PADistributors

R&D Centers

Factories

Sample Preparation

• Class II Type A2 Biological Safety Cabinets

• Class II Type B2 Biological Safety Cabinets

• Horizontal Laminar Flow Clean Benches

• Vertical Laminar Flow Clean Benches

• Laboratory Animal Research Workstations

• Pharmaceutical Isolators

• PCR Cabinets

• Powder Weighing Balance Enclosure

Esco Life Science Tools

Life Science

• Ductless Fume Hoods

• Laboratory Fume Hoods

Assisted

Reproductive

Technology

Chemical Research

• IVF Workstations

• Multi-room Incubators

Sample Cultivation

• CO2 Incubators

• CO2 Incubators with Copper Interior Chamber

• CO2 Incubators with UV Lamp

• CO2 Incubators with Suppressed O2

5

An integral part of our business planning effort is based on man-aging a robust research and de-velopment program in the USA, Singapore, China, and Europe, balanced with investment in ser-vice support, training and cus-tomer education. When comparing industry averages, it is evident that Esco invests a significantly higher percentage of annual revenues in research and development than other companies.

As a result of this investment, and with continuous customer feed-back, our global sales, marketing, purchasing and manufacturing teams ensure that Esco products reflect the best contemporary de-signs in performance, ergonomics and customer satisfaction.

• 70+ engineers located in technol-ogy centers in the USA, Singapore, China, and Europe

• Growing patent portfolio

• Core competencies:

- Embedded system, sensor and software development and integration

- Containment engineering for biohazards, chemical vapors and hazardous powders

- Temperature, humidity, gas and environmental control

- Computational fluid dynamics

Continuous Research and Development

Product Development and Innovation

Esco's manufacturing advantage stems from our extensive degree of vertical integration, enabled by our world-leading throughput. All processes, with few exceptions, are performed in-house. This allows us to achieve quality and reliability that is truly world-class. Our plant capabilities include:• Incoming materials inspection

and warehousing• CNC-controlled sheet metal

fabrication and welding• Environmentally friendly powder

coating lines• Electromechanical final product

assembly

• Electrical / electronics sub-assembly

• Multi-step electrical and physical performance testing

• Independent quality control at each step in the production cycle

• Microbiology, chemistry, containment test labs

Esco's focus on quality and timeliness is relentless. Continuous improvement is a mantra. Cross-functional teams from Esco Production, R&D, Quality Assurance, and Senior Management are regularly assembled to review and implement areas for improvement.

Quality, Cost, Productivity, Effectiveness, Timeliness

Manufacturing

6

Esco Product Guide

Why Esco?

Esco is a manufacturer of laboratory equipment,

designing clean air products for the life science

industry and high tech industrial applications since

1978. Esco has sold more than 80,000 systems

worldwide during the past 45 years; the company has

become a leader in the industry and expanded the

breadth of its product line to include temperature

control devices such as freezers and incubators. The

signature characteristics of this progressive company

are the high value of its systems, its customer service

focus, product quality and a commitment to working

with its customers to develop systems that meet

market needs.

Highest Value

• Superior, quality features set at competitive prices

• Customization available and affordable

• Exceptional combination of pricing and features

• Provides customers the greatest value on their

investment

• Best value of systems in their class

The full line of laboratory equipment offers not

only the best quality but also the widest, most

customizable range of characteristics and capabilities,

with competitive pricing. All products deliver cost-

effective equipment of the highest value on the

market. The clean air and thermostatic systems

contain features that have been designed as a

result of the feedback received from our customers

and researchers. The feature set on our equipment

compares favorably to the competitors’ more

expensive equipment, resulting in high value for the

investment. Esco can also add features and custom

design systems at costs not achievable by other

equipment companies. Having systems of high quality,

with more features, at competitive prices, makes our

products, and our customers, stand apart from the

rest.

Superior Customer Experience

• Customer-or iented cu l ture : informed and

informative, helpful and willing to go beyond

expectations

• Stable, mid-sized company able to listen to and act

on customer needs in addition to market demands

• Built upon the commitment to a superior customer

experience

Our goal is to exceed the needs and expectations of

our customers. Delighting our customers is not just

the focus of the organization but is also within the

spirit of the company. As a family owned business

of moderate size we can, and do, take the time

to listen to our customers, offering unparalleled

personal service and attention that is not possible

with larger companies. For example, we are able to

be flexible and offer modifications to customize our

systems, wherever possible, to suit a specific customer

requirement. When filling an order, we can ship

systems in half the amount of time that it takes other

companies in the same market space.

7

This quick turnaround is because we build and

distribute systems globally with the intention of being

able to ship systems quickly. Our customers applaud

us for our expertise in consultation, for consistently

going above and beyond, and for communicating

proactively. With our ability to rapidly respond to our

customers, we offer an experience unlike the rest.

Product Design and Development

Esco is both customer-driven and market-driven in our

product design and development.

• We incorporate scientists’ needs and feedback into

the design of our systems;

• We are dedicated to researching market needs and

meeting those needs by implementing continuous

improvements in our products;

• We are designed to be a nimble system manufacturer,

focused on quickly incorporating requested features.

Esco is an expert in isothermic instrumentation, with

large credit due to feedback of our customers. The

company is progressive in its production philosophy,

designing systems by following these three steps:

1) Asking the market for input;

2) Listening;

3) Designing systems with that feedback in mind.

While some companies stand still, Esco is dedicated to

innovation, improvement and moving forward. While

many other companies assemble parts from third party

providers, we manufacture our systems from beginning

to finish, further enabling our ability to rapidly

respond to changing market needs. As a result, we

have an expanding range of systems that is constantly

improving. If you need a feature or capability, let us

know. There is a great chance that Esco will say, “Yes.”

Proven Quality

• 45 years of experience producing high quality,

reliable and time-tested laboratory equipment

• Quality, support, value and reliability: key attributes

of our laboratory equipment.

• Esco has been operating in the U.S. for more than 10

years

Esco has sold more than 80,000 systems in over 100

countries making Esco a proven, market-leading

provider of clean air and isothermic laboratory

equipment. Our knowledge in clean air technology

is reflected in the expertly designed, reliable and

highly effective biosafety and laminar flow products.

The products protect both laboratory personnel

and precious research samples. Customers use our

systems with confidence; our products come with

unparalleled multi-year warranties and our personnel

are professional and knowledgeable, consistently

providing technical solutions for scientific challenges.

Why Esco?

8

Esco Product Guide

2004

2010

2012

Esco manufactures the first laminar flow clean bench; designs and builds its first microelectronics Class

10,000 cleanroom for Siemens Corporation.

1978

2001

2009

Esco earns first EN 12469 certification for biological safety cabinet.

The Chinese Food and Drug Administration invites Esco to participate in a joint committee to develop the National Standard for Biological Safety Cabinets.

Esco launches CelCulture® New CO2 incubator.

Esco launches the Esco Medical Division, providing world class ART/IVF solutions

worldwide, with a focus on the new Miri® Multi-·room Incubator.

Esco manufactured the lowest noise (45 dBA) BSC in the world for a large installa-

tion in Karolinska Institute, Sweden.

A Tradition of Quality

Esco expands distribution to pharmaceutical, life science, biotechnology and medical research markets.

1990

Isotherm® - new Laboratory Ovens and Incubators

PharmaconTM new Downflow Booths.

1984 Esco designs and builds Class 100 laundry and becomes the first company in the region to enter the cleanroom laundry business.

Swift® MaxPro and MiniPro new generation PCR thermal cyclers

2011

2013

Esco launches Lexicon® range of Ultra-low Temperature Freezers.

Esco launches Airstream® G3 Class II, the leading energy efficient and low noise biological safety cabinet in the world.

Esco launches eSafe, the technologically and ergonomically advanced TÜV-NORD certified BSC.

Esco launches SubliMate® Bench Top Freeze Dryers.

Esco launches CelCulture® CO2 incubator with Suppressed O2 feature.

Esco launches Labculture® In Vitro Fertilization Workstations.

2007

Infinity® – the world’s first biological safety cabinet designed with a

redundant dual fan system that guarantees operator protection even

in case of a single fan failure

Esco launches VIVA Animal Con-tainment Workstations.

2008Isoclean® - new compounding pharmacy isolators

Frontier Acela® - the world's first ergonomically designed, angled front,

high performance low flow fume hood

Labculture® Class II (Low Noise Series) – introduced as the industry's lowest

noise (~50dBA per EN) biological safety cabinet.

Esco earns on-site UL accreditation.

2005

2006

Esco earns first NSF / ANSI certification for biological safety cabinet.

Esco launches its first line of Duct-less Fume Hoods.

Esco Pharma equipment was launched at PMEC China exhibition.

Esco became member of NSF Joint Committee and JACA Committee.

9

Life Science

Powered by latest generation ECM motor MADE IN USA, more efficient than legacy ECM and VFD

70% Energy savings compared to AC motor

Stable airflow, despite building voltage fluctuations & filter loading

Night setback mode to further reduce power consumption by 60%

Energy efficient ECM motor

Isocide Powder CoatSilver ion impregnanted coat

ELISA Proven ContainmentDone by performing mouse cage changing and analyze the allergen released using ELISA

ULPA Filter10x Filtration efficiency of HEPA filter

Creates cleaner ISO Class 3 work zone instead of ordinary ISO Class 5

Inhibit microbial growth to improve safety

10

Life Science

Esco Product Guide

Energy efficient ECM blower

Stable, self-compensating airflow

Large performance envelope

ADA-compliant design



Large performance envelope

Ergonomic, ADA-compliant design

Sample PreparationClass II Type A2 Biological Safety Cabinets

ULTIMATE SAFETYWORLD'S MOST CERTIFIED BSC

SIMpLE SWITChESMANUAL SWITChES AND UV TIMER

Did you know that by using an ECM motor instead of an AC motor, the system is 70% more energy efficient?

ENvIroNMENTALLy FrIENDLy

SAFE

MAxIMuM ProTECTIoN

ErGoNoMIC

GrEEN

SAFE

MAxIMuM ProTECTIoN

CoMForT

LA2-_A2-E LR2-_S2-E

11

Life ScienceSample Preparation

Sample PreparationClass II Type A2 Biological Safety Cabinets

Labculture Class II A2 LA2-3A2-E LA2-4A2-E LA2-5A2-E LA2-6A2-E LA2-8A2-E

Labculture Reliant Class II A2 LR2-3S2-E LR2-4S2-E LR2-5S2-E LR2-6S2-E LR2-8S2-E

Nominal Size 0.9 meters ( 3') 1.2 meters ( 4') 1.5 meters ( 5') 1.8 meters ( 6') 2.4 meters ( 8')

External Dimensions * (W x D x h)

1115 x 852 x 1540 mm

44.0" x 33.5" x 60.6"

1420 x 852 x 1540 mm

56.0" x 33.5" x 60.6"

1725 x 852 x 1540 mm

68.0" x 33.5" x 60.6"

2030 x 852 x 1540 mm

80.0" x 33.5" x 60.6"

2600 x 852 x 1540 mm

102.4" x 33.5" x 60.6"

Gross Internal Dimensions (W x D x h)

970 x 623 x 670 mm

38.2" x 24.5" x 26.4"

1270 x 623 x 670 mm

50.0" x 24.5" x 26.4"

1570 x 623 x 670 mm

61.8" x 24.5" x 26.4"

1870 x 623 x 670 mm

73.6" x 24.5" x 26.4"

2440 x 623 x 670 mm

96.0" x 24.5" x 26.4"

Tested Opening 229 mm (9") 229 mm (9") 229 mm (9") 203 mm (8") 203 mm (8")

Average Airflow Velocity

Inflow 0.53 m/s (105 fpm)

Downflow 0.35 m/s (70 fpm) 0.35 m/s (70 fpm) 0.35 m/s (70 fpm) 0.33 m/s (65 fpm) 0.33 m/s (65 fpm)

Required Exhaust

With Optional Thimble

Exhaust Collar

529 m3 / h (311 cfm) 764 m3 / h (450 cfm) 1116 m3 / h (657 cfm) 1164 m3 / h (685 cfm) 1540 m3 / h (913 cfm)

Static pressure For

Optional Thimble

Exhaust Collar

32 pa / 0.12 in h2O 49 pa / 0.19 in h2O 62 pa / 0.24 in h2O 79 pa / 0.31 in h2O 100 pa / 0.40 in h2O

ULpA Filter Typical Efficiency >99.999% for particle size between 0.1 to 0.3 microns per IEST-Rp-CC001.3 / h14 per EN 1822

Sound Emission**NSF / ANSI 49 62.5 dBA 63 dBA 63.5 dBA 64 dBA 64.5 dBA

EN 12469 59.5 dBA 60 dBA 60.5 dBA 61 dBA 61.5 dBA

Fluorescent Lamp Intensity> 1230 Lux

(> 114 foot-candles)

> 1400 Lux


> 1070 Lux


> 1230 Lux


> 1230 Lux


Cabinet ConstructionElectrogalvanized steel with Isocide oven-baked epoxy-polyester powder coating, and Stainless Steel 304 (316 is optional)

1.5 mm (0.06") / 16 gauge thick

Electrical: 115 VAC 50 / 60 hz

Full Load Amps 9 A 11 A 11.5 A 12 A 13 A

heat Load 853 BTU / hr 972 BTU / hr 1177 BTU / hr 1297 BTU / hr 1774 BTU / hr

Nominal power Consumption 250W 285W 345W 380W 520W

* Depth includes the remove-able arm rest and front cover. When they are removed, depth is 790 mm (31.1").** Noise reading in open field condition / anechoic chamber. Noise reading in normal room varies by room size, layout, and background noise, but may reach roughly 3-4 dBA above these values

Class II Type A2 can be used to handle minute quantities of volatile toxic chemicals and trace amounts of radionucleotides when thimble ducted. Use this option if chemical vapor re-circulation into the work zone is permitted.

12

Life Science

Esco Product Guide

Sample PreparationClass II Type B2 Biological Safety Cabinets

With built-in remote alarm contacts

Using zero volt relay contact


Ergonomic, ADA-compliant design

DUAL SAFETY MONITORINGWITh AIRFLOW AND pRESSURE SENSORS

The airflow and pressure sensors work in tandem to alert the user from exhaust deviation.

rEMoTE MoNITorING

rEMoTE ExhAuST ACTIvATIoN


CoMForT

Labculture Class II B2 LB2-3B2-E LB2-4B2-E LB2-5B2-E LB2-6B2-E LB2-8B2-E

External Dimension* Without Base Stand1115 x 852 x 1610 mm

44.0" x 33.5" x 63.3"

1420 x 852 x 1610 mm

56.0" x 33.5" x 63.3"

1725 x 852 x 1610 mm

68.0" x 33.5" x 63.3"

2030 x 852 x 1610 mm

80.0" x 33.5" x 63.3"

2600 x 852 x 1610 mm

102.4" x 33.5" x 63.3"

Internal Dimensions (W x D x h)970 x 623 x 715 mm

38.2" x 24.5" x 28.1"

1270 x 623 x 715 mm

50.0" x 24.5" x 28.1"

1570 x 623 x 715 mm

61.8" x 24.5" x 28.1"

1870 x 623 x 715 mm

73.6" x 24.5" x 28.1"

2440 x 623 x 715 mm

96.0" x 24.5" x 28.1"

Tested Opening 203 mm (8.0") 203 mm (8.0") 203 mm (8.0") 203 mm (8.0") 203 mm (8.0")

Average Airflow

Velocity

Inflow 0.53 m/s (105 fpm)

Downflow 0.31 m/s (60 fpm)

CBV Exhaust Air 1127 m3/h (658 cfm) 1476 m3/h (862 cfm) 1824 m3/h (1065 cfm) 2173 m3/h (1269 cfm) 2835 m3/h (1656 cfm)

CBV Exhaust Static 575 pa / 2.3 in h20 550 pa / 2.2 in h20 550 pa / 2.2 in h20 575 pa / 2.3 in h20 650 pa / 2.6 in h20

Supply ULpA Filter Typical Efficiency ≥99.999% for particle size between 0.1 to 0.3 microns

Exhaust hEpA Filter Typical Efficiency ≥99.99% at 0.3 microns

Sound Emission*** NSF / ANSI 49 57 58 59 60 61

Fluorescent Lamp Intensity At Zero Ambient> 1250 Lux


> 1400 Lux


> 1200 Lux


> 1200 Lux


> 1200 Lux


Cabinet

Construction

Main Body Electro-galvanized steel with white oven-baked epoxy-polyester Isocide™ antimicrobial powder-coated finish

Work Zone Stainless steel Type 304 with No.4 finish

Full Load Amps 115 V 9 A 11 A 11.5 A 12 A 13 A

heat Load 566 BTU / hr 645 BTU / hr 781 BTU / hr 860 BTU / hr 1177 BTU / hr

Nominal power Consumption 166 W 189 W 229 W 252 W 345 W

*height includes exhaust collar, and depth includes the remove-able arm rest and front cover. When they are removed, depth is 790 mm (31.1").

**This Concurrent Balance Value (CBV) Exhaust Volume (per pitot Duct Traverse) and Static pressure at cabinet exhaust connection must be used when sizing the exhaust blower.

*** Noise reading in open field condition / anechoic chamber. Noise reading in normal room varies by room size, layout, and background noise, but may reach roughly

3-4 dBA above these values

Class II Type B2 can be used to handle volatile toxic chemicals and radionucleotides because by default it's hard ducted.Use this option if chemical vapor re-circulation into the work zone is not permitted.

LB2-_B2-E

13

Life ScienceSample Preparation Sample PreparationLaminar Flow Clean Benches

Model SCR-2A2 PCR-3A2 PCR-4A2

Nominal Size 0.6 meters (2’) 0.9 meters (3') 1.2 meters (4')

External Dimensions (L x W x H) 730 x 617 x 950 mm 1035 x 617 x 950 mm 1340 x 617 x 950 mm

Internal Dimensions (L x W x H) 630 x 538 x 550 mm 935 x 538 x 550 mm 1240 x 538 x 550 mm

Laminar Airflow Velocity Average of 0.30 m/s (60 fpm)

Pre-Filter Washable polyurethane fibers with 85% arrestance

Fluorescent Lamps Intensity >800 Lux (>75 foot candles) >975 Lux (>91 foot candles) >1230 Lux (>114 foot candles)

UV Lamp 253.7 nanometer 15-watt UV lamp 253.7 nanometer 30-watt UV lamp

Controller Rocker Switches Esco Sentinel™ Microprocessor Control

ConstructionMain Body Electrogalvanized steel with white oven-baked epoxy-polyester powder-coated finish.

Work Zone 1.2mm (0.05") 18 gauge stainless steel Tyoe 304 with No.4 finish

USER FRIENDLY MANUALSWITChES AND UV TIMER

ADVANCED CONTROL SYSTEMDIGITAL UV TIMER

CoMPACT SIzE

uSEr ProTECTIoN

GooD FILTrATIoN SySTEM

GrEEN

BIGGEr SIzE

uSEr ProTECTIoN

GooD FILTrATIoN SySTEM


Availabile in 2 ft width to save space

Built-in UV-interlocked front cover

HEPA filter for ISO Class 4 workzone

Energy-efficient blower

Available in 3-4 ft size for larger work zone

Built-in UV-interlocked front cover

HEPA filter for ISO Class 4 workzone

Energy-efficient blower

SCR-_2A2 PCR-_A2

14

Life Science

Esco Product Guide

LCD indicates airflow

Low noise for undisturbed work

Unrestrained legroom

ENhANCED VISIBILITY

ADvANCED CoNTroLLEr

CoMForT

ErGoNoMICALLy DESIGNED

Simple switches and pressure gauge

Low noise to improve concentration

Unobstructed legroom

Glass sides & Microprocessor AHC-3B2 AHC-4B2 AHC-5B2 AHC-6B2

SS + EG sides & Simple Switches AHS-3B2 AHS-4B2 AHS-5B2 AHS-6B2

Nominal Size 0.9 meters (3') 1.2 meters (4') 1.5 meters (5') 1.8 meters (6')

External Dimensions (W x D x H)

Without Base Stand 1035 x 794 x 1255 mm 40.7" x 31.2" x 49.4"

1340 x 794 x 1255 mm 52.7" x 31.2" x 49.4"

1645 x 794 x 1255 mm 64.8" x 31.2" x 49.4"

1950 x 794 x 1255 mm 76.8" x 31.2" x 49.4"

With Optional Base Stand, 863 mm (34”)

1035 x 794 x 2118 mm 40.7" x 31.2" x 83.4"

1340 x 794 x 2118 mm 52.7" x 31.2" x 83.4"

1645 x 794 x 2118 mm 64.8" x 31.2" x 83.4"

1950 x 794 x 2118 mm 76.8" x 31.2" x 83.4"

Internal Work Area (W x D x H) 955 x 630 x 725 mm 37.6" x 24.8" x 28.5"

1260 x 630 x 725 mm 49.6" x 24.8" x 28.5"

1565 x 630 x 725 mm 61.6" x 24.8" x 28.5"

1870 x 630 x 725 mm 73.6" x 24.8" x 28.5"

Laminar Airflow Velocity Average of 0.45 m/s or 90 fpm

Main Filter TypeULPA filter with integral metal guards and filter frame gaskets;

fully compliant with EN1822 and IEST-RP-CC001.3 requirements

Main Filter Typical Efficiency 99.9995% at 0.3µm / 99.999% at MPPS

Pre-Filter Disposable and non-washable polyester fibers with 85% arrestance / EU3 rated

Sample PreparationHorizontal Laminar Flow Clean Benches

ENhANCED CONTAINMENT

SIMPLE CoNTroL

CoMForT


WITh GLASS SIDES WITh STAINLESS STEEL & EG DOUBLE WALLS

AHC-_B2 AHS-_B2

15

Life ScienceSample Preparation

Model AVC-2D2 AVC-3D2 AVC-4D2 AVC-5D2 AVC-6D2

Nominal Size 0.6 meters (2') 0.9 meters (3') 1.2 meters (4') 1.5 meters (5') 1.8 meters (6')

External Dimensions

(W x D x H)

Without Base Stand

730 x 770 x 1250 mm 28.7" x 30.3" x 49.2"

1035 x 770 x 1250 mm 40.7" x 30.3" x 49.2"

1340 x 770 x 1250 mm 52.8" x 30.3" x 49.2"

1645 x 770 x 1250 mm 64.8" x 30.3" x 49.2"

1950 x 770 x 1250 mm 76.8" x 30.3" x 49.2"

With Optional Base Stand, 711 mm

730 x 770 x 1961 mm 28.7" x 30.3" x 77.2"

1035 x 770 x 1961 mm 40.7" x 30.3" x 77.2"

1340 x 770 x 1961 mm 52.8" x 30.3" x 77.2"

1645 x 770 x 1961 mm 64.8" x 30.3" x 77.2"

1950 x 770 x 1961 mm 76.8" x 30.3" x 77.2"

Internal Work Area, Dimensions (W x D x H)

660 x 700 x 695 mm 26.0" x 27.6" x 27.4"

965 x 712 x 695 mm 38.0" x 28.0" x 28.3"

1270 x 712 x 695 mm 50.0" x 28.0" x 28.3"

1580 x 712 x 695 mm 62.2" x 28.0" x 28.3"

1884 x 712 x 695 mm 74.2" x 28.0" x 28.3"

Average Airflow Velocity 0.45 m/s (90 fpm) at initial setpoint

ULPA Filter Typical Efficiency ≥99.999% at particle size between 0.1 to 0.3µm

Sound Emission Per IEST-RP-CC002 55.5 dBA 55.5 dBA 56.5 dBA 57 dBA 57 dBA

Fluorescent Lamp Intensity At Zero Ambient

1590 Lux (148 foot candles)





Sample PreparationVertical Laminar Flow Clean Benches

SUITABLE FOR LARGE OBjECTS

The user is not confined to

smaller-sized instruments.

MAINTAIN AIR CURTAIN GIVEN LARGE OBjECTS

ADvANCED CoNTroLLEr

CoMForT


LCD indicates airflow

Low noise for undisturbed work

Unrestrained legroom

Horizontal LF is more suitable for small and sensitive objects Vertical LF is more suitable for large objects.

ChOOSING BET WEEN hORIZONTAL AND VERTICAL LAMINAR FLOW CLEAN BENChES

AVC-_D2

16

Life Science

Esco Product Guide

Sample PreparationLab Animal Research Products


Large, 12” sash operating height

Hydraulic caster stand for mobility

99% Containment, tested by ELISA

ENERGY EFFICIENT ECM BLOWER

SAFE

oPErATIoN CoMForT

ADjuSTABLE

GooD ALLErGEN ProTECTIoN

A spacious working environment allows

for greater comfort, performance, control

and safety.

VA2-_A2-E

17

Life ScienceSample Preparation Sample PreparationLab Animal Research Products

Large 10” legroom on both sides

ECM blower



LOW NOISE FOR USER & ANIMAL COMFORT

CoMForT For EACh oPErATor

ENErGy EFFICIENT

SAFE

SAFE ALLErGEN CoNTAINMENT

Quiet environmental conditions allow

for stress-free work, making tests and

maniplations on animals easier.

VDA-4A9

18

Life Science

Esco Product Guide

Sample PreparationLab Animal Research Products

Model VBD-4A2

Nominal Size 1.2 meters (4')

External Dimensions (W x D x H) 1247 x 760 x 1966 mm (49.1" x 30.0" x 77.4") minimum height

Internal Work Area (W x D x H) 1040 x 680 x 594 mm (40.9" x 26.8" x 23.4")

Work Surface Height 920 mm ~ 1225 mm (36.2" ~ 48.2")

Front Opening 400 mm (15.7")

Inflow Velocity 0.35 m/s (70 fpm) at initial setpoint

Pre-Filter Disposable, non-washable polyester fiber, 85% arrestance, EU3 rated

ULPA Filter Typical Efficiency >99.999% at 0.1 to 0.3 microns as per IEST-RP-CC001.3 USA

Sound Emission Per EN 12469 58 dBA

Fluorescent Lamps > 1,300 Lux (> 121 foot-candles)

Motorized stand to adjust height

Large mobile bin

Low noise & energy consumption


COMpACT DESIGN WITh LARGE OpENING

ADjuSTABLE

EASy DISPoSAL

CoMForT

GooD ALLErGEN ProTECTIoN

Designed with simple disposal processes

for your convenience

VBD-4A9

19

Life Science

Sample Preparation Sample CultivationCO2 Incubators

Forced convection system to make air circulates around

Moist heat decontamination cycle

Direct heat air jacketed design

Control via the Voyager® software

• Esco Voyager® is a PC-based software package for Esco

controlled environment laboratory equipment

• Remote monitoring, datalogging, programming and

device configuration

• Easy, unified local control and monitoring

• Operation from a central location via local network or

other user-established network

• Securely kept inside the customer’s facility with data

located inside customer’s firewall.

• Simple interface PC interface with USB, LAN cables, or

Wi-Fi (for ULT freezer with Aalto Platinum controller).

• Allows for monitoring of Esco thermostatic products

• If a critical condition is detected, Voyager will notify

user

STABLE, CLEAN AND hIGh pERFORMANCE

uNIForMITy

EFFECTIvE DECoN

rAPID rECovEry

NETWork INTEGrATIoN

Remote Monitoring, Datalogging, Programming Softwarevoyager

• Ability to generate reports and graph of different device parameters.

• Ability to save and report log data in various formats.

• Easy PC interface using USB, LAN cables or via Wi-Fi.

• Protect the samples with alarms and automatic email alerts.

The ideal condition for incubation is a

uniform and stable environment.

CCL-170B-9

20

Life Science

Esco Product Guide

Sample CultivationCO2 Incubators

Model CCL-050B-9 CCL-170B-9 CCL-240B-9

TEMPERATURE

Temp. Control Method Direct heat & air jacket using Microprocessor PID

Temp. Range, °C Amb. +3 to 60

Temp. Uniformity, °C <± 0.2 <± 0.2 <± 0.3

Temp. Accuracy, °C <± 0.1

Recovery Time (after 1 min. door opening, 98% from initial value) 4 mins 6 mins 6 mins

Ambient Temp. Range 18 to 34˚C (64 to 93 ˚F)

CO2

CO2 Control System Microprocessor PID

CO2 Range, % CO2 0-20

CO2 Accuracy, % CO2 ± 0.1

CO2 Sensor Infrared (IR) Sensor / TC Sensor

CO2 Recovery Time (after 1 min. door opening, 98% from initial value)

Standard Unit: 8 minutesSuppressed O2 model: 8 minutes



O2 SPECS (FOR SUPPRESSED O2 MODEL )

O2 Control System Microprocessor PID

O2 Range, % O2 1-20.7%

O2 Accuracy, % O2 ± 0.1

O2 Sensor Galvanic Cell Type

O2 Recovery Time (after 1 minute door opening)

At 1.0% O2 by volume: 10 minutes At 1.0% O2 by volume: 20 minutes At 1.0% O2 by volume: 24 minutes

At 5.0% O2 by volume: 6 minutes At 5.0% O2 by volume: 10 minutes At 5.0% O2 by volume: 12 minutes

HUMIDITy

Humidification Method Humidity pan

Humidity Range, % RH Up to 97%

PHySICAL COnSTRUCTIOn

Interior Volume 50 L (1.8 cu.ft.) 170 L (5.7 cu.ft.) 240 L (8.5 cu.ft.)

External Dimensions (W x D x H) 500 x 500 x 655 mm(19.7” x 19.7” x 25.8”)

660 x 660 x 900 mm(26.0’’ x 26.0’’ x35.4’’)

750 x 665 x 900 mm(29.5” x 26.2” x 35.4”)

Internal Dimensions (W x D x H) 345 x 375 x 390 mm(13.6” x 14.8” x 15.4”)

505 x 530 x 635 mm(19.9’’ x 20.9’’ x 25.0’’)

595 x 620 x 635 mm(23.4” x 24.4” x 25.0”)

Shipping Weight 70 kg (154.3 lbs) 120 kg (264.6 lbs) 155 kg (341.7 lbs)

Shipping Dimensions (W x D x H) 660 x 660 x 890 mm(26.0” x 26.0” x 35.0”)

850 x 720 x 1150 mm(33.5” x 28.3” x 45.3”)

860 x 830 x 1110 mm(33.9” x 32.7” x 43.7”)

Number of Shelves 3 4 4

Maximum No. of Shelves 4 7 7

Shelves Area (W x D) 310 x 310 mm (12.2” x 12.2”) 470 x 470 mm (18.5” x 18.5”) 550 x 550 mm (21.7” x 21.7”)

Max. Load per Shelf 4 kg/shelf (8.8 lbs/shelf) 11 kg/shelf (24.3 lbs/shelf) 15 kg/shelf (33.1 lbs/shelf)

Available Electrical Configuration 110 - 130 VAC, 50 / 60 Hz, 1Ф, 7.0 A

Maximum Power Consumption 372 watts 800 watts 1100 watts

Power Consumption 37˚C 37 watts 80 watts 110 watts

Interior Material Stainless steel, type 304

COnTAMInATIOn COnTROL

Contamination Control Methods1) Main body is electrogalvanized steel with ISOCIDE antimicrobial coating;

2) Moist 90˚C OVERNIGHT decon. cycle (HPA validated); 3) 0.2 micron in-line filter for gas inputs;

Chemical researchSample Cultivation Ductless Fume Hood

Model ADC-2B2 ADC-3B2 ADC-4B2 ADC-5B2 ADC-6B2

Nominal Size 0.6 meters (2') 0.9 meters (3') 1.2 meters (4') 1.5 meters (5') 1.8 meters (6')


730 x 736 x 1455 mm28.7” x 29.0” x 57.3”

1035 x 736 x 1455 mm 40.7” x 29.0” x 57.3”

1340 x 736 x 1455 mm 52.8” x 29.0” x 57.3”

1645 x 736 x 1455 mm 64.8” x 29.0” x 57.3”

1950 x 736 x 1455 mm 76.8” x 29.0” x 57.3”

Internal Work Area (W x D x H)

660 x 596 x 765 mm26.0” x 23.5” x 30.1”

965 x 596 x 765 mm 38.0” x 23.5” x 30.1”

1268 x 596 x 765 mm 50.0” x 23.5” x 30.1”

1575 x 596 x 765 mm 62.0” x 23.5” x 30.1”

1880 x 596 x 765 mm 74.0” x 23.5” x 30.1”

Standard Filtration Elements

Pre-filter Disposable, non-washable polyester fibre, 85% arrestance, EU3 rated

Main filter Activated carbon with granular media bed

Total Weight of Carbon in Main Filter

8.5 kg(18.7 lbs)

2 x (10.3 kg) each2 x (22.7 lbs) each




Inflow Air Velocity Initial setpoint: 0.40 m/s or 80 fpm

Air Volume 238 m3/h (140 cfm) 347 m3/h (205 cfm) 457 m3/h (269 cfm) 567 m3/h (334 cfm) 677 m3/h (399 cfm)

Sound Emission 55 dBA 55 dBA 57 dBA 58 dBA 58 dBA

Fluorescent Light Intensity at Zero Ambient

>1000 Lux (>93 foot-candles)

Hood Construction

Main Body 1.2 mm (0.05") 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester

Isocide™ antimicrobial powder coated finish

Back Wall

(B-Series) 1.2 mm (0.05") 18 gauge electrogalvanized steel with white oven-baked epoxy-polyester Isocide™ antimicrobial powder coated finish

(D-Series) Tempered glass

Side Walls Tempered glass

Work Top 1.5 mm (0.06") 16 gauge stainless steel, type 304, with 4B finish

Large carbon filter capacity

Large working area

Full sliding sash mechanism

Digital display airflow alarm system

GREEN ALTERNATIVE TO DUCTED FUME hOODS

FILTEr EFFICIENCy

SPACIouS

EASy To uSE

CoNTroL

Ductless fume hoods consume

significantly less energy when

compared to Ducted fume hoods.

ADC-_2

21

Chemical research

Esco Product Guide

Ductless Fume Hood

General Specifications, Ascent™ Max Ductless Fume Hood (C-Series)

Model ADC-3C2 ADC-4C2 ADC-5C2 ADC-6C2

Nominal Size 0.9 meters (3') 1.2 meters (4') 1.5 meters (5') 1.8 meters (6')


1035 x 736 x 1460 mm 40.7” x 29.0” x 57.5”

1340 x 736 x 1460 mm 52.8” x 29.0” x 57.5”

1645 x 736 x 1460 mm 64.8” x 29.0” x 57.5”

1950 x 736 x 1460 mm 76.8” x 29.0” x 57.5”


965 x 596 x 765 mm 38.0” x 23.5” x 30.1”

1268 x 596 x 765 mm50.0” x 23.5” x 30.1”

1575 x 596 x 765 mm 62.0” x 23.5” x 30.1”

1880 x 596 x 765 mm 74.0” x 23.5” x 30.1”




Backup filter Activated carbon with granular media bed







Air Volume 347 m3/h (205 cfm) 457 m3/h (269 cfm) 567 m3/h (334 cfm) 677 m3/h (399 cfm)

Sound Emission 60 dBA 61 dBA 60 dBA 62 dBA






Hood Construction

Main Body 1.2 mm (0.05") 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester

Isocide™ antimicrobial powder coated finish



General Specifications, Ascent™ Max Ductless Fume Hood (E-Series)

Model ADC-3E2 ADC-4E2 ADC-5E2

Nominal Size 0.9 meters (3') 1.2 meters (4') 1.5 meters (5')


1035 x 736 x 1485 mm 40.7” x 29.0” x 58.5”

1340 x 736 x 1485 mm 52.8” x 29.0” x 58.5”

1645 x 736 x 1485 mm 64.8” x 29.0” x 58.5”


965 x 596 x 765 mm 38.0” x 23.5” x 30.1”

1268 x 596 x 765 mm 50.0” x 23.5” x 30.1”

1575 x 596 x 765 mm 62.0” x 23.5” x 30.1”




Backup filter HEPA filter, typical efficiency of >99.99% at 0.3 microns, removes particulates and aerosols






Air Volume 347 m3/h (205 cfm) 457 m3/h (269 cfm) 567 m3/h (334 cfm)

Sound Emission 61 dBA 62 dBA 62 dBA


>1115 Lux (>104 foot-candles) >1107 Lux (>103 foot-candles) >1082 Lux (>101 foot-candles)

Hood Con-struction

Main Body and Back Wall 1.2mm (0.06”) 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester powder-coated finish



22

Chemical research

Chemical researchDuctless Fume Hood

Uses natural light from lab and electronics - saves energy

13 degree sloped front

Space saving - only 2ft/0.6m wide

Low Noise

Built in Baffle design for Improved containment


Space saving and mobile


EASY MOUNT ON BENCh TOp

EASY FILTER ChANGE

vISIBILITy

ErGoNoMIC

CoMPACT

CoMForT

hIGh LEvEL CoNTAINMENT

ErGoNoMIC

CoMPACT

CoNTroL

High containment and space-saving: a good mix

for a small lab.

SPB-2A2

SPD-_A2

23

Chemical research

Esco Product Guide

Ductless Fume Hood

Model SPB-2A2 SPD-3A2 SPD-4A2

Nominal Size 0.6 meters (2') 0.9 meters (3') 1.2 meters (4')

External Dimensions(W x D x H)

540 x 670 x 990 mm 21.3” x 26.4” x 38.9”

840 x 700 x 1125 mm33.1” x 27.6” x 44.3”

1140 x 700 x 1125 mm44.9” x 27.6” x 44.3”

Internal Work Area(W x D x H)

524 x 633 x 754 mm20.6” x 24.9” x 29.7”

820 x 651 x 829 mm32.3” x 25.6” x 32.6”

1116 x 651 x 829 mm43.9 x 25.6” x 32.6”

Inflow Air Velocity Initial setpoint: average of 0.5 m/s or 100 fpm measured in plane of work aperture

Air Volume 133.2 m3/h (78.4 cfm) 234 m3/h (138 cfm)




Total Weight of Carbon Filter 9.1 kg (20.1 lbs) 15.4 kg (34 lbs)2 x (9.1 kg) each

2 x (20.1 lbs) each

Sound Emission <62 dBA<58 dBA at initial blower speed setting

measured at typical operator work position

Fluorescent Light Intensity No Light >350 lux / >28 foot candles at work surface level

Controller On/Off Switches Esco Sentinel™ Microprocessor Control

Hood Construction

Main Body 1.2 mm (0.05") 18 gauge electrogalvanized steel with white oven-baked epoxy-polyester

Isocide antimicrobial powder coated finish

Front Window 6 mm (0.2”) Acrylic

Side Walls 9.5 mm (0.37”) Acrylic

Back Walls

1.2 mm (0.05") 18 gauge electrogalvanized steel with white oven-baked epoxy-polyester Isocide™ antimicrobial powder coated finish

(SPD-_A_): 1.2 mm (0.05") 18 gauge electrogalvanized steel with white oven-baked epoxy-polyester Isocide™ antimicrobial powder coated finish

(SPD-_B_): 6 mm (0.2”) Acrylic

Work TopNone (easy adaptability to any work surface)

1.5 mm (0.06") 16 gauge stainless steel, type 304, with 4B finish

Esco’s Nanocarb™ activated carbon filters are constructed in order to ensure maximum filter efficiency, retention capacity and operator protection. Esco’s research scientists and engineers, working in consultation with world-leading authorities on adsorption science, have developed the following set of unique technologies:

nanocarb™ Filter Options

Code name Suitable Applications

A Standard FilterAll common laboratory chemicals, especially with organics. When no specific requirements are present, or when more than one type of chemical is used.

B Acid FilterApplications involving sulphur dioxide, hydroflouric acid fumes. Removes inorganic / organic acid vapors and fumes.

C Mercury Compounds FilterHighly effective for removal of mercury vapor and compounds. (Stable, non-volatile mercuric sulphide filter media).

D Sulphur Compounds Filter Removal of sulphur compounds.

E Halogen Compounds Filter Removal of halogen compounds like Chlorine, Flourine, Iodine, Bromine, Astatine etc.

F Aldehyde FilterFormaldehyde applications or when aldehydes are present. Hospital pathology and endoscopy applications.

G Ammonia / Amines Filter High performance removal of ammonia/amines by chemisorption.

h Chloroform / Ether Removal of Chloroform and various types of Ether compounds such as diethyl ether.

Optional HEPA Filter (ADC-_E_ Models Only)

HEPA filter with a typical efficiency of 99.99% removes particulates and aerosols. Ductless fume hoods with HEPA filters are suitable for cleanroom applications, or may be used as a Class I Biological Safety Cabinet.

Optional Secondary Backup Carbon Filter (ADC-_C_ Models Only)

When installed, hood complies with the requirements of ANSI/AIHA Z9.5-2003.

24

Chemical research

Model PW1-3A2

External Dimensions (W x D x H) 840 x 700 x 1125 mm (33.0" x 27.6" x 44.3")

Internal Work Area, Dimensions (W x D x H) 820 x 650 x 848 mm (32.3" x 25.6" x 33.5")

Air Volume 234 m3/h (138 cfm)

Inflow Velocity Initial setpoint: average of 0.5 m/s (100 fpm) measured in plane of work aperture

HEPA Filter Efficiency >99.99% at 0.3 microns

Sound Emission <55 dBA at initial blower speed setting measured at typical operator work position

Fluorescent Lamp Intensity at Zero Ambient >560 Lux (> 52 foot-candles)

Electrical 110-120V, AC, 60Hz, 1Ø

Ductless Fume Hood

Tested for low vibration. Suitable for use with micro-balances


Space saving and mobile


EASY FILTER ChANGE

PrECISIoN

ErGoNoMIC

CoMPACT

CoNTroL

Designed to avoid vibrations, eliminating

misleading results in your research.

PW1-3A2

25

Chemical research

Esco Product Guide

Perfect Pitch Profile

Ergonomics, safety and aesthetics all come together with the 5o pitch of the face.

Acela® Shaping Vanes

Increase airflow “sweep” at the critical area at the

side walls to improve containment, especially when laboratory traffic

disrupts airflow in front of the hood.

High Sight Line

High sight line of 1803 mm (71.0”) coupled with an

automatic lowering function combines safety and convenience.

Chain and Sprocket Sash Support System

Large arbor sprockets and chain drive make sash

travel quiet and effortless.

photo

Ergonomic Sash Handle

Gently directs air into the hood without sacrificing visibility.

Frontier Acela, High Performance Fume HoodLaminar Topography and Perfect Protection

26

Chemical research

Standards Compliance

Chemical Fume Containment Electrical Safety

ANSI/AShRAE 110-1995, USA EN 14175, Europe

CAN/CSA-22.2, No.61010-1 EN-61010-1, Europe

IEC-61010-1, Worldwide

Computational Fluid Dynamics (CFD) modelling is employed in the devel-opment of Esco clean air and contain-ment devices. Laminar TopographyTM on Frontier Acela® Fume Hoods was developed with computational fluid dynamics modelling in the Esco Re-search and Development Center. The main thrusts of the project were im-proved airflow uniformity, enhanced safety, reduction in noise levels, and energy consumption.

First, engineering teams conceptual-ized possible designs, and, instead of building physical models, utilized CFD to simulate airflow patterns, pressur-izations and visualize possible areas of turbulence. This allowed a large number of iterations of the airfoil, sash handle, baffle, bypass and exhaust collar to be evaluated. Finally, physical prototypes were constructed, tested, and the best design combina-tion selected for produc-tion.

CFD has allowed us to effectively reduce the vortex in conventional fume hood designs to the minimum, resulting in a safe yet energy-saving fume hood design.

Functionally Robust Bypass

The unique design provides a robust stream of bypass air into the hood cavity.

Conventional Fume Hood

Frontier Acela® High Performance Low Flow Fume Hood(Design Opening)

Frontier Acela® High Performance Low Flow Fume Hood(Full Close)

Hot Zone Baffles

The unique Hot Zone Baffles draw most contaminants back in single pass displacement of the air. Thermal Heat Relief is quickly achieved.

Computational Fluid

27

Chemical research

Esco Product Guide

Laboratory Fume Hoods

Model EFA-4UDU_W-9 EFA-5UDU_W-9 EFA-6UDU_W-9 EFA-8UDU_W-9

Nominal Size 1.2 meters ( 4’) 1.5 meters ( 5’) 1.8 meters ( 6’) 2.4 meters ( 8’)


1220 x 900 x 1521 mm48.0” x 35.4”x 59.9”

1525 x 900 x 1521 mm60.0” x 35.4”x 59.9”

1830 x 900 x 1521 mm72.0” x 35.4”x 59.9”

2440 x 900 x 1521 mm96.0” x 35.4”x 59.9”

Internal Dimensions (W x D x H)

996 x 675 x 1230 mm39.2” x 26.6”x 48.4”

1301 x 675 x 1230 mm51.2” x 26.6”x 48.4”

1606 x 675 x 1230 mm63.2” x 26.6”x 48.4”

2210 x 675 x 1230 mm87.0” x 26.6”x 48.4”

Maximum Sash Opening 740 mm (29.1”)

Exhaust Volume/ Static Pressure Required

Face VelocitySash Opening

0.3 m/s (60 fpm)

457 mm (18.0”)

541 cmh @ 14.3 Pa316 cfm @ 0.06" WG

777 cmh @ 14.6 Pa457 cfm @ 0.06" WG

872 cmh @ 19.9 Pa510 cfm @ 0.08" WG

1203 cmh @ 14.2 Pa708 cfm @ 0.06" WG

0.4 m/s(80 fpm)

457 mm (18.0”)

721cmh @ 19.7 Pa424 cfm @ 0.08" WG

942 cmh @ 23.7 Pa554 cfm @ 0.10" WG

1163 cmh @ 28.8 Pa684 cfm @ 0.12" WG

1604 cmh @ 26.4 Pa944 cfm @ 0.11" WG

0.5 m/s(100 fpm)

457 mm (18.0”)

901 cmh @ 31.8 Pa530 cfm @ 0.13" WG

1177 cmh @ 34.7 Pa692.8 cfm @ 0.14" WG

1453 cmh @ 41.8 Pa855 cfm @ 0.17" WG

2005 cmh @ 32.3 Pa 1180 cfm @ 0.13" WG

0.3 m/s (60 fpm) Full 899 cmh @ 22.1 Pa

526 cfm @ 0.09" WG1175 cmh @ 28.7 Pa691 cfm @ 0.12" WG

1450 cmh @ 36.1Pa848 cfm @ 0.15" WG

1819 cmh @ 27.3 Pa1070 cfm @ 0.11" WG

0.4 m/s (80 fpm) Full 1199 cmh @ 36.7 Pa

701 cfm @ 0.15" WG1556 cmh @ 49.3 Pa922 cfm @ 0.20" WG

1933 cmh @ 61.4 Pa1138 cfm @ 0.25" WG

2668 cmh @ 48.3 Pa1570 cfm @ 0.19" WG

0.5 m/s (100 fpm) Full 1499 cmh @ 66.6 Pa

877 cfm @ 0.27" WG1958 cmh @ 76.6 Pa

1152 cfm @ 0.31" WG2197 cmh @ 94.7 Pa

1285 cfm @ 0.38" WG3335 cmh @ 74.3 Pa

1962 cfm @ 0.30" WG

Exhaust Outlet Diameter 305 mm (12.0”)

Number of Exhaust Collars 1 1 1 2

Ergonomic 5 degree sloped front

Wide operating face velocity from 60 fpm

Low energy consumption

Easy to remove baffle design

AShRAE110 AND EN14175 TESTED

ErGoNoMIC

CoNTAINMENT

GrEEN

CLEAN

Designed for comfort, efficiency and reliability

EFA SERIES

28

Pharmacy Equipment

Esco's Pharma Dedicated R&D Engineers have multiple decades of experience in systems design of a variety of containment

and aseptic process equipment. Compared to industry averages, Esco invests a significantly higher percentage of annual

revenues in research and development. As a result of this investment, and with continuous customer feedback, our research,

global sales, marketing, purchasing and manufacturing teams ensure that Esco products reflect the most innovative designs in

performance, ergonomics and customer satisfaction.

• Provides product protection

• ULPA filter for ISO Class 3 workzone

• Low noise and ergonomic design

• Fast material transfer tray

• Integrated sharps disposal bin

• Provides user and product protection

• ULPA filter for ISO Class 3 workzone

• Low noise and ergonomic design

• Fast material transfer tray

• Integrated sharps disposal bin

hpI-p hpI-N

SAFE

BEST FILTrATIoN SySTEM

CoMForT

IN & ouT

DISPoSAL SySTEM

Provides a clean environment for pharmaceutical

compounding

HPI-_N/P2

29

Esco Product Guide

Pharmacy Equipment

Model HPI-4n2 HPI-6n2

Nominal Size 1.2 meters (4') 1.8 meters (6’)


Without Base Stand 1340 x 820 x 1320 mm (52.8" x 32.3" x 51.9") 1950 x 820 x 1320 mm (76.8” x 32.3” x 51.9”)

With Base Stand (Min) 1522 x 820 x 1995 mm (59.9" x 32.3" x 78.5") 2132 x 820 x 1995 mm (83.9” x 32.3” x 78.5”)

With Base Stand (Max) 1522 x 820 x 2250 mm (59.9" x 32.3" x 88.6") 2132 x 820 x 2250 mm (83.9” x 32.3” x 88.6”)

Main Chamber Work Zone (W x D x H) 840 x 610 x 670 mm (33.1" x 24.0" x 26.4") 1145 x 610 x 670 mm (45.0” x 24.0” x 26.4”)

Pass Through (W x D x H) 355 x 610 x 670 mm (13.9" x 24.0" x 26.4") 355 x 610 x 670 mm (13.9” x 24.0” x 26.4”)

Work Zone and Interchange Chamber Performance ISO Class 3 (Class 1, Federal Standard 209E)

Downflow and Exhaust Filter and Inlet Filter TypeULPA filter with integral metal guards and filter frame gaskets; fully compliant with EN 1822 (H14) and IEST-RP-CC001.3 requirements (each cabinet has individual downflow, exhaust filters and inlet filters.)

Typical Filter Efficiency >99.999% for particle size between 0.1 to 0.3 micron

Airflow Volume

Required Exhaust With Optional Hard Ducting

190 m3 / h (112 cfm) 286 m3 / h (168 cfm)

Static Pressure For Optional Hard Ducting

27 Pa / 0.10 in H2O 30 Pa / 0.12 in H2O

Fluorescent Lamp Intensity > 950 Lux (> 88 foot candles)

Isolator Construction

Main Body1.2 mm (0.05") 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester

antimicrobial powder-coated finish

Work Tray 1.5 mm (0.06") 16 gauge stainless steel, type 304, with 4B finish

Side Walls 1.2 mm (0.05") 18 gauge stainless steel, type 304, with 4B finish

Model HPI-4P2 HPI-6P2

Nominal Size 1.2 meters (4') 1.8 meters (6’)


Without Base Stand 1340 x 820 x 1320 mm (52.8" x 32.3" x 51.9") 1950 x 820 x 1320 mm (76.8" x 32.3" x 51.9")

With Base Stand (Min) 1522 x 820 x 1995 mm (59.9" x 32.3" x 78.5") 2132 x 820 x 1995 mm (83.9" x 32.3" x 78.5")

With Base Stand (Max) 1522 x 820 x 2250 mm (59.9" x 32.3" x 88.6") 2132 x 820 x 2250 mm (83.9" x 32.3" x 88.6")

Main Chamber Work Zone (W x D x H) 840 x 610 x 670 mm (33.1" x 24.0" x 26.4") 1450 x 610 x 670 mm (57.1" x 24.0" x 26.4")

Pass Through (W x D x H) 355 x 610 x 670 mm (13.9" x 24.0" x 26.4") 355 x 610 x 670 mm (13.9" x 24.0" x 26.4")

Work Zone and Interchange Chamber Performance ISO Class 3 (Class 1, Federal Standard 209E)

Downflow and Exhaust Filter and Inlet Filter TypeULPA filter with integral metal guards and filter frame gaskets; fully compliant with EN 1822 (H14) and

IEST-RP-CC001.3 requirements (each cabinet has individual downflow and exhaust filters)

Typical Filter Efficiency >99.999% for particle size between 0.1 to 0.3 micron

Fluorescent Lamp Intensity > 950 Lux (> 88 foot candles)

Isolator Construction

Main Body1.2 mm (0.05") 18 gauge electro-galvanized steel with white oven-baked epoxy-polyester

antimicrobial powder-coated finish

Work Tray 1.5 mm (0.06") 16 gauge stainless steel, type 304, with 4B finish

Side Walls 1.2 mm (0.05") 18 gauge stainless steel, type 304, with 4B finish

COMpOUNDING ASEpTIC ISOLATOR (pOSITIVE pRESSURE)

COMpOUNDING ASEpTIC CONTAINMENT ISOLATOR (NEGATIVE pRESSURE)

30

31

After Sales Services

Parts Availability

Whenever service is needed and parts are required, minimizing downtime is a critical objective. Statistical usage analysis helps Esco predict parts life, permitting Esco to manage logistics and stage proper inventories around the world. The combination of predictive maintenance, historical data and geospecific proximity assures our customers that parts and labor are available whenever service is scheduled through the local sales organization.

Registration, Documentation and Instruction

Quality control at Esco extends from research and development through engineering, manufacturing, shipment, delivery and customer feedback. Esco maintains an aggressive program to encourage warranty card registration by mail, email or online submittal so that we know where Esco products are located and how they are being used. Data from our warranty registration program is confidential and provides us with valuable contact information should we ever need to notify you about your Esco product.

All Esco products include unique serial numbers for identification.

Documentation for all performance tests is archived and maintained for customer reference.

Online Technical Information

Site preparation instructions are useful before product arrival and installation. Installation and start-up manuals, operation manuals and quick reference guides are available anytime from the Esco resources online. An interactive online LiveSupport™ concierge center accessible through the Esco website offers extended hours of operation. LiveSupport permits users to dialogue directly with Esco personnel.

References and Links

For more about Esco products, markets, employment opportunities, history, education, information resources, and Singapore, visit our information portal at www.escoglobal.com.

LIVE SUPPORTescoglobal.com

LIVE SUPPORTescoglobal.com

Esco Technologies, Inc. • 2940 Turnpike Drive, Units 15-16 • Hatboro, PA 19040, USAToll-Free USA and Canada 877-479-3726 • Tel 215-441-9661 • Fax 215-441-9660us.escoglobal.com • [email protected]

Esco Micro Pte. Ltd. • 21 Changi South Street 1 • Singapore 486 777Tel +65 6542 0833 • Fax +65 6542 6920 • [email protected]

Esco Global Offices | Beijing, China | Chengdu, China | Kuala Lumpur, Malaysia | Manama, Bahrain | Guangzhou, China |Hanoi, Vietnam | Melaka, Malaysia | Mumbai, India | Hatboro, PA, USA | Salisbury, UK | Shanghai, China | Seoul, South Korea Delhi, India | Osaka, Japan | Manila, Philippines | Midrand, South Africa | Singapore

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PT Esco Bintan IndonesiaCert. No: 651333/E

Esco Micro Pte Ltd Cert. No: 651076

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