Liquid Nitrogen Test Chambers

Description: power hook-ups. The BTZ-175 chamber models can achieve 5°C per minute temperature change rates. All done with cascade refrigeration, so no liquid nitrogen supply is needed. A 50mm (2") diameter cable port in the left side of the chamber allows wires and cables to be run

• Chamber Capacity: 1.4999999999999998 cubic feet
• Temperature Range: -70 to 180 C
• Temperature Control Accuracy: 0.5 ± °C
• Configuration: Benchtop / Instrument

Description: This new HALT system with ESPEC cascade refrigeration eliminates the need for liquid nitrogen (LN2), making basic HALT testing possible for customers and locations where traditional HALT systems just aren’t feasible. Whether LN2 is too difficult or costly to attain and maintain, or

• Chamber Capacity: 27 cubic feet
• Temperature Control: Heating
• Features: Lights, Other, Programmable, Shelves, Windows
• Configuration: Reach-In

Description: throughout the chamber. A digital controller ensures accurate temperature control. Optional sub-zero temperature testing is available via a self-pressurising liquid nitrogen Dewar. The chamber door is fitted with a triple glazed window for viewing the test area and

• Process Temperature: 300 C
• Width / Tube O.D.: 245.00000000000003 mm
• Length (Chamber / Tube): 605.0000000000001 mm
• Height: 250.00000000000003 mm

Description: of materials have combined to keep liquid nitrogen and electricity costs down without compromising our industry standard thermal performance. The Typhoon 8.0 has the largest vibration table available in a HALT/HASS chamber.

• Configuration: Floor Mount
• Temperature Control: Heating
• Features: Other, Shelves, Windows
• Parameters: Vibration

Description: these CSZ HALT and HASS chambers include temperature ramp rates greater than 90°C/min with vibration levels of <3 to 90 GRMS for accelerated stress testing. Sound levels, liquid nitrogen consumption and power usage are the lowest in the industry offering compelling return on

• Chamber Capacity: 22.749999999999996 cubic feet
• Temperature Range: -100 to 200 C
• Features: Alarm(s), Data Logger, Other, Programmable, Windows
• Temperature Control: Cooling, Heating

Description: chamber is supported on a frame located between the columns of the testing machine. When the chamber is not in use, the chamber can be rolled back and parked clear of the operating area. Specifications Operating temperature range: -100 to 350°C/-148 to 662°F Sample Time:

• Process Temperature: 350 C
• Width / Tube O.D.: 240 mm
• Length (Chamber / Tube): 230 mm
• Height: 610.0000000000001 mm

Description: chamber is supported on a frame located between the columns of the testing machine. When the chamber is not in use, the chamber can be rolled back and parked clear of the operating area. Specifications Operating temperature range: -150 to 600°C/-238 to 1112°F Sample Time:

• Process Temperature: 600 C
• Width / Tube O.D.: 240 mm
• Length (Chamber / Tube): 230 mm
• Height: 610.0000000000001 mm

Description: chamber is supported on a frame located between the columns of the testing machine. When the chamber is not in use, the chamber can be rolled back and parked clear of the operating area. Specifications Operating temperature range: Ambient to 600°C/1112°F Sample Time:

• Process Temperature: 600 C
• Width / Tube O.D.: 240 mm
• Length (Chamber / Tube): 230 mm
• Height: 610.0000000000001 mm

Description: down to -75oC with our liquid nitrogen burst system can cover a wide variety of test needs. On-site EMC / EMI testing can also be performed per your request.

• Industry Served: Aerospace, Automotive, Electrical / Electronics, HVAC, Health & Safety, Manufacturing, Medical
• Discipline: Biomedical Engineering, Electrical Engineering, Electronic Engineering, Industrial Engineering, Mechanical Engineering, Other Engineering, Systems Engineering
• Management Services: Business Consulting, Project Management
• Testing, Inspection and Certification Services: Condition Evaluation, FDA / Regulatory Compliance, Investigative Studies, Laboratory Testing, Other TIC Services

Description: hydrocarbon and fixed/inert gases in the sample, including: hydrogen, oxygen, nitrogen, carbon dioxide, carbon monoxide, hydrogen sulfide, C1 to C7 hydrocarbons at levels consistent with the Test Method D7833 method used. The equilibrium liquid phase can be subsequently analyzed

Description: nitrogen gas composition at constant temperature (900 K) and densities ranging from 11-56 kg/m 2x. Near-simultaneous, high-speed Mie and schlieren images of the spray were acquired to measure the liquid and vapor penetration lengths of the non-reacting jet. Reacting experiments,

Description: liquid helium or liquid nitrogen.

• Features & Format: Array
• NDT Probe Technology: Magnetic / Hall Effect

Description: Measures very low moisture and moisture in products with other volatiles by a unique "gain on drying" technology. An integrated micro balance weighs the sample to 0.00001g. The sample is then loaded into a sealed chamber where all volatiles are evaporated. A special carbon filter strips the

• Moisture Content Range: 100 %
• Form Factor: Analyzer
• Display: Digital Readouts
• Variables Measured: Moisture Content, Temperature

Description: with exact regulation of the purge gas flow, provide for excellent accuracy and reproducibility of the measurement results. The proven CC 200 L for liquid nitrogen cooling is available for the low-temperature range. The safety of the high-pressure DSC system has been certified through

• Temperature Range: -150 to 600 C
• User Interface: Analog Front Panel
• Remote Interface: Computer Interface
• Features: Cooling Available

Description: applications Purge gas and liquid flushing system for vacuum pump cleaning and inertization Air-cooled versions Anti-corrosive coatings Double and single mechanical seals for harsh or toxic processes Material and vacuum pump test certificates vacuum pump oils and coolants

• Mechanical: Rotary Screw

Description: physicists and engineers are readily available to discuss your special requirements for any type of cryogenic application. Cryogenic system design capabilities Typical examples of custom-engineered projects include: Cryogenic cold traps with single or multiple chambers for adsorption of noble