Terra Part # 1690-95
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8027
Hood; Vertical Laminar Flow, Wet Processing Station, 304 Stainless Steel, 100" W x 28" D x 88" H, 120 V

• Dual HEPA Fan/Filter Units provide laminar flow of clean air to the work surface

• Epoxy-finished CR steel frame includes static-dissipative PVC side panels

• Illumination system allows uninterrupted air flow

• Order filter/fan units, illumination system and work station separately

• Essential for Wet Processing applications

Airflow Design: Vertical

Depth: 28"

Hood Design: Floor

Filter Type: HEPA

Frame Material: 304 Stainless Steel

Height: 88"

Inside Depth: 28"

Inside Height: 74"

Inside Width: 97"

Light Fixture: LED

Manufactured by: Terra Universal

Max Opening: 74.5" H

Model: Wet Processing Station

Side Panels: Static-Dissipative PVC

Sash Design: None

Sash Height: N/A

Sash Opening: N/A

Width: 100"

Work Area Dimensions: 97" W x 28" D x 74" H

Unit of Measure: EA

Dimensions, Product: 100" W x 28" D x 88" H

Dimensions, Shipping: 107" W x 33" D x 96" H

Electrical Specifications: 120 V, 15 A, 1,800 W, 1 Ph, 50/60 Hz

Marks & Listings: UL, ULC

Package Type: Crate

Weight, Product: 715 lb

Weight, Shipping: 790 lb

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Narrow Profile Vertical Laminar Flow Hood

Standard Features

  • A Fluorescent light
    Fluorescent light standard, UV sterilization bulbs available
  • B Side panels
    Side panels, made of static-dissipative PVC, enhance laminar flow
  • B Nylon Levelers
    Steel-reinforced nylon levelers resist most chemicals

Optional Features

  • 1 Fan Filter Unit
    Select HEPA or ULPA fan/filter modules to provide a laminar flow of clean air
  • 2 Range of Work Surfaces
    Work surfaces available in many sizes and materials. Two-piece design isolates fan vibration
  • 3 Optional Wet Processing Station
    Shown with optional Wet Processing Station

Hoods for Wet Processing

  • Narrow-Profile Verticle Laminar Flow Hood Narrow-Profile Verticle Laminar Flow Hood
Narrow-Profile Verticle Laminar Flow Hood

Features and Benefits

Specializing Common Lab Hoods

Adapting Common Laboratory Hoods for Specialty Purposes

Most hoods designed for specialty applications are derived from standard laboratory configurations (e.g. laminar flow and fume hoods) adapted to specific requirements.


PCR Workstations

Polymerase chain reaction (PCR) is a common technique used in molecular biology to exponentially amplify a target region of DNA or RNA. PCR can turn a single piece of DNA into more than a million pieces in the matter of hours. Unfortunately, a single piece of contaminating DNA can also be amplified, making it extremely important that researchers work within a sterilized area that prevents cross contamination of samples.

PCR workstations were designed to minimize this problem. Adapted from laminar flow hoods, PCR workstations provide HEPA-filtered, sterile air within the hood. These hoods are outfitted with UV-C germicidal lights to disinfect the work surface when the hood is not in use. The lights are also placed on a timer to reduce the risk of UV exposure. In addition to its germicidal properties, UV-C light also causes breaks in strands of DNA that prevent the DNA from being amplified during PCR. Therefore, the UV-C light also serves to prevent carry-over contamination from previous experiments.

Explosion-Proof Hoods

Explosion-proof hoods are a variation of either the laminar flow or exhaust fume hood, designed for work involving potentially flammable material. The conventional motor of the hood is replaced by an NEC Division I-rated non-sparking motor, mounted in a cast-iron, explosion-proof housing. In addition, the hood features an explosion-proof light, and all wiring is encased in filled rigid conduit.

These hoods bear an NEC sub-rating: Division I, Class 1 indicates suitability for use where flammable materials are generally present, and Division I, Class 2 indicates suitability for use when such materials are only intermittently present.

Balance Enclosures

Weighing dry powder chemicals is a routine laboratory task. Weighing procedures frequently result in some of the powder becoming airborne irritants – and potentially toxic threats – to lab personnel. Balance enclosures minimize this danger.

They are essentially ductless fume hoods with a few minor modifications. These negative pressure enclosures direct air from outside the hood through a HEPA filtration system before it is returned to the room. The HEPA filtration system is 99.99% effective in removing particles as small as 0.3 microns in diameter from the air, virtually eliminating the risk of personnel exposure. The front sash of the balance enclosure opens upward, allowing easy transfer of balances into and out of the enclosure.

Nanoparticle Enclosures

These enclosures are essentially balance enclosures that use an ULPA filter, which is 99.995% efficient in removing particles as small as 0.12 microns, to contain the much smaller particles generated during nanomaterial processing.

Long Running FFU Motors

Terra’s filter fan unit motors are rated for 5 years of continuous, 24/7 operation, if the HEPA filters are consistently replaced. To accurately monitor your HEPA filter’s saturation levels, purchase Terra’s audible and visual filter replacement alarm system.

Recessed Lighting and Optional UV-C Sterilization

Included recessed light fixture simplifies cleaning and minimizes airflow disruptions (shown next to optional UV sterilization bulb).

Touchscreen Control Panel

PLC control panel provides control of fan speed, lights, and motorized shield; digital gauge monitors backpressure and issues alerts when filter(s) need replacement

Room-Side Replaceable HEPA Filter

To simplify filter replacement, HEPA filters can be removed and replaced while the FFU remains installed; the gel-sealed filter seats securely against the "knife-edge" on the blower housing to form a tight seal.

Vertical Flow of HEPA-Filtered Air Meets ISO 5 Particle Requirements

Side panels and access shield optimize unidirectional flow of HEPA-filtered air; advanced baffling technology ensures uniform face velocity to meet ISO 5 particle requirements.

Motorized Access Shield

Motorized access shield, included on select models, enhances laminar flow and protects operator from chemical fumes and other environmental nuisances.

Integrated Stands Isolates Hood from Work Surface

Built-in stand with dissipative PVC side panels allows VLF Stations to be positioned over any table or processing equipment without transferring hood vibration to work surface (shown integrated with optional modular wet station).

Clean and Durable Powder Coat Finish

Terra’s signature white powder coat finish provides a high quality, durable barrier to protect against corrosion, plus a clean and attractive aesthetic. The advanced heat-fused formulation exceeds ASTM and ISO paint standards to resist chipping, scratching, fading, and wearing.

WhisperFlow Quiet Operation Reduces Distracting Background Noise

Exposure to loud noises can lower the ability to focus on work and listen selectively, which may also lead to safety issues. Typical AC units can be annoyingly loud, measuring in the range of 70 dB (comparable to a vacuum cleaner). Terra’s WhisperFlow design produces far lower noise levels for a quiet environment comparable to a library. At 90 ft/min output, units measure under 50 dB from only 1 ft away (roughly 75% quieter than 70dB).

Continuous Product Improvement

At Terra, we strive to develop and produce the highest quality products for our customers to improve health, safety, performance, and yields. Our product quality is enabled by high-grade manufacturing equipment and processes, 45 years of engineering and application expertise, and our commitment to continuously improve.

Long-Term Customers

Terra is committed to building long-term relationships with satisfied clients; 94% of orders each year come from repeat customers

4,000 Worldwide Cleanrooms

Since 1976, Terra has designed and manufactured over 4,000 cleanrooms for companies at the leading edge of high technology

What Type of Laboratory Water Do I Need?

Water’s ability to dissolve compounds, along with its polarity, bonding, melting, boiling and freezing points, heat absorption, and vaporization characteristics arguably make it the most versatile substance we know. It’s also ubiquitous and plentiful: the earth can’t live without it, most plants and animals can’t exist without it, and scientists can’t operate labs without it.

Water is the most common reagent used in the laboratory, and while water quality can often be overlooked, the grade of water being used in an application is critical. Minute traces of salts or biological contaminants can result in unfortunate consequences when culturing cells or performing analytical measurements of biological macromolecules.

Water, water everywhere, but is any of it good enough for sample analysis?

Water, water everywhere, but is any of it good enough for sample analysis?

With that being said, how is water quality measured and how do researchers determine the purity of water necessary for their process? Water quality is measured by examining a set of parameters from a water sample and comparing that to set values to achieve a water purity rating. These ratings were established by the international rating organization ASTM and ranked from Type 1 (the most pure) to Type 4 (the least pure). Let’s look at specifications that scientists measure to determine a purity rating:

Resistivity: Resistivity is a measurement of water’s ability to resist or conduct an electrical charge. Pure water has a resistance of 18.2 MΩ × cm at 25°C. The resistance of water can be easily and inexpensively monitored in a laboratory. As the level of ionic impurities (salts from minerals in the earth’s crust) increases in water, the resistivity decreases. Resistivity will only measure ionic impurities and does not account for organic compounds from biological contaminants.

Total Organic Carbon (TOC): TOC is a measurement of the amount of organic carbon that is found in a water sample. The measurement is calculated from the total carbon in a water sample, subtracting out inorganic carbon (from dissolved carbon dioxide and carbonic acid salts) to arrive at the TOC Count.

The TOC level can be affected by a host of contaminants in a water sample, such as decomposing biological material, bacterial growth or the chemical activity (metabolism) of living organisms. High TOC measurements can be indicative of bacterial biofilm growth within a water supply or other upstream biological contamination. TOC is typically measured in parts per billion (ppb), with Type 1 water systems having less than 10 ppb.

Bacteria: Bacteria are a common source of water contamination and often included in the measurement of laboratory water quality. The number of bacterial cells with the potential to multiple and grow in the water is counted and reported as colony forming units (CFUs) per unit volume (ml). For Type 1 water systems, 1 ml of water must form fewer than 10 bacterial colonies.

Endotoxins: Endotoxins are lipopolysaccharide molecules released when bacterial cells die. Results of in vivo and in vitro experiments are negatively impacted when they are present, and labware is easily contaminated. Thus, measuring the amount of these toxins in a laboratory water system is significant when measuring water purity. Type 1 water quality systems typically have measurements of less than 0.03 Endotoxin Units per ml of water.

Level of Contaminants in Different Water Purity Types*

Water grade table

*According to ASTM Standards for Laboratory Reagent Water (ASTM D1193-91)

Water Quality Type by Applications

The National Institute of Health (NIH), Division of Technical Resources has released guidelines that detail the type of water purity system that should be used in various scientific disciplines and for specific applications. While Type 3 water is considered usable for autoclaving, glassware rinsing or washing and water baths, Type 1 and Type 2 water are indicated for most laboratory procedures. Type 2 water is generally suited for reagent and buffer mixtures in addition to cultured media preparation. Type 1 water is reserved for the most sensitive processes, such as High Performance Liquid Chromatography (HPLC) and trace analysis. The type of water required for a given application can be found summarized in this NIH table*:

NIH water chart

*RO is Reverse Osmosis, which can effectively remove bacteria and other contaminants, but not dissolved gasses.

Water is more complicated than simple hydrogen and oxygen. Like any chemical used in the laboratory, it has classifications and application-specific forms. Researchers should consider their analytical tasks and have the recommended water type on hand.

Learn more about water purification systems offered at Laboratory-Equipment.com.

 

Popular Accessories

For a full list of accessories, select a product then click Choose Accessories on that product page.
  • UV Germicidal Lamp
    The V-Ray germicidal UV lamp is installed within a Terra hood to inhibit microbial growth on the work surface
  • Static-Neutralizing Ionizing Bar
    Airflow from the blower distributes positive and negative ions onto the surfaces below, neutralizing static charges that can lead to electro-static discharge and attract particles.
  • HEPA Filters Capture Micro-Contaminants
    HEPA (High-Efficiency Particulate Air) Filters rated 99.99% efficient with particles 0.3 microns and larger in diameter.
  • Lighthouse Handheld Airborne Particle Counters
    Lightouse portfolio of handheld airborne particle counters ensure accurate readings of cleanrooms and critical environments
  • Isolated Work Surfaces in Many Materials
    Tables in many styles and materials, including dissipative laminate, chemical-resistant polypropyene and epoxy resin, are isolated from hood to reduce vibration (shown: solid stainless steel top with adjustable powder-coated legs).
  • Work Station Drawers
    Available in ABS plastic or stainless steel, these cleanroom-compatible drawers come in a number of sizes and drawer configurations (6” top drawer and 6” bottom drawer shown).
  • Explosion-Proof Fan Filter Unit for Hood
    UL-listed, NEC Class I, Division 1 Explosion Proof fan/filter unit provides HEPA filtration where solvent vapors, dust and other flammable hazards are present; all conduit and switches also meet explosion-proof requirements.
  • Explosion-Proof 40W LED Light
    UL-listed for Class I, Division 1 and 2, Groups C and D areas, this low profile LED light produces 3,600 lumens and operates from 120 to 277VAC, 50/60Hz. The heat-dissipating housing increases the efficiency and lifespan of the LEDs.
  • Explosion-Proof Power Switches
    UL-rated explosion-proof switches are connected to the lights and blowers using specialized conduit with potted fittings. All electrical components are sealed to eliminate potential ignition points.

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