| Description | KIN-TEK has been a leader in supplying gas calibration equipment for over 50 years. Expanding on many years of knowledge and experience, KIN-TEK introduces the FlexMixer™ Multi-Gas Blending/Diluting System that mixes or dilutes up to 4 separate gas feeds (or cylinder sources) to one Span Gas KIN-TEK has been a leader in supplying gas calibration equipment for over 50 years. Expanding on many years of knowledge and experience, KIN-TEK introduces the FlexMixer™ Multi-Gas Blending/Diluting System that mixes or dilutes up to 4 separate gas feeds (or cylinder sources) to one Span Gas output. Controlled by user friendly software installed on the user PC, the FlexMixer™ is an economical, lightweight, functional solution for a broad range of applications. The FlexMixer™ generates gas standards for multipoint gas analyzer calibration, fills test volumes for research purposes, or dilutes select gas sources. The FlexMixer™ can be customized to accommodate different types of gas input sources and/or premixed cylinders. Users easily create percent level (%) concentrations or trace concentration gas mixtures for storage or calibration.
Features:- Automated Gas Blending of Balance Gas and up to 3 Component Gases.
- 100+ preloaded gas configurations available, 20 user defined gas blends.
- Profile and Manual control modes.
- Create, control, and measure custom gas blends.
- Perform multi-point calibration of analyzers, sensors, detectors.
- Dilute existing cylinder sources
- User friendly software for a simplified solution with integrated safety shut off.
- Portability between labs or facilities with small footprint.
... Read More | The KIN-TEK Analytical 491Flex™ System is a manually operated, expandable, full capability permeation tube system for generating precision calibration gas mixtures. The 491Flex™ is ideally suited for creating trace concentration – ppm, ppb, and pptr – mixtures. The system uses KIN-TEK Trace SourceThe KIN-TEK Analytical 491Flex™ System is a manually operated, expandable, full capability permeation tube system for generating precision calibration gas mixtures. The 491Flex™ is ideally suited for creating trace concentration – ppm, ppb, and pptr – mixtures. The system uses KIN-TEK Trace Source™ disposable, refillable and diffusion permeation tubes for over 550 Supported Chemicals. The 491Flex™ Gas Standard Generator System is composed of one or more modules, depending on application requirements.
Features:- Complete, integrated, ready-to-use turnkey system
- Manually operated via front panel controls
- Direct readout of oven temperature and mass flow rate
- Modes of Operation: standby, zero and span
- Designed for limited expandability
- Flow path designed for maximum flexibility with minimum error
- Flow path suitable for reactive gases – mixture contacts only glass, Teflon® and stainless steel (other materials available)
- Optional component flow path materials available (sulfinert-coated, all stainless, etc.)
- Accepts disposable permeation tubes, diffusion tubes, ultra-high rate liquid filled tubes, wafer tubes, and prefilled gas fed permeation tubes
- Accepts up to 8 disposable tubes per oven with maximum 6 inch length x 1/4 inch diameter (KIN-TEK HRT, SRT and EL tubes)
- Accepts one of KIN-TEK refillable LFH, and 57 Series tubes per oven
... Read More | The Model CO395Flex™ Certification Oven is a stand alone version of the permeation tube oven used in the KIN-TEK 491Flex™, Modular Gas Standards Generating System.
Permeation tubes require several hours for the emission rate to stabilize after a temperature change. This can be a challenge if the The Model CO395Flex™ Certification Oven is a stand alone version of the permeation tube oven used in the KIN-TEK 491Flex™, Modular Gas Standards Generating System.
Permeation tubes require several hours for the emission rate to stabilize after a temperature change. This can be a challenge if the Gas Generator is used intermittently or switched between applications. The CO395Flex™ is a compact, economical unit designed to maintain permeation tubes in a constantly equilibrated state, ready for immediate use in each application. This feature is especially useful for standards laboratories where the weight loss rate of the tube(s) is continually monitored to insure accuracy, or when permeation tubes are unexpectedly needed to trouble shoot an analyzer. It also saves hours of calibration time by providing pre-heated tubes ready for immediate use.... Read More | KIN-TEK Industrial Gas Standard Generators are used in industrial environments. These instrument systems use Trace Source™ permeation tubes to deliver calibration gas standards directly to your process GC, GC-MS, or any type of gas analyzer. KIN-TEK Gas Standard Generators provide the temperature KIN-TEK Industrial Gas Standard Generators are used in industrial environments. These instrument systems use Trace Source™ permeation tubes to deliver calibration gas standards directly to your process GC, GC-MS, or any type of gas analyzer. KIN-TEK Gas Standard Generators provide the temperature controlled environment for equilibration of the permeation tubes and carrier gas control for generating the desired concentrations.
Features:Single & dual oven models Concentration adjustable over 10:1 range High ppm to low ppb range Multi component mixtures (up to 16 compounds with 2-oven system) Simple to operate... Read More | The Span Pac™ H2O instrument works on a differential principal. Application of this principle is meaningful when the moisture content of the background diluent gas exceeds 10 percent of the minimum concentration to be generated. Calibration is based on the change in analyzer response caused by the The Span Pac™ H2O instrument works on a differential principal. Application of this principle is meaningful when the moisture content of the background diluent gas exceeds 10 percent of the minimum concentration to be generated. Calibration is based on the change in analyzer response caused by the addition of a known water vapor concentration from a KIN-TEK Trace Source™ water permeation tube to a flowing stream of the diluent gas. This differential method overcomes the “no zero” problem, and the problem of the background gas affecting the response.
The permeation tube emission rate is certified by the Factory traceable to NIST by gravimetric weight loss over time. This provides a close approximation to a primary standard, even in situations where primary standards are not available.
KIN-TEK takes special care in design, construction and choice of hardware components to minimize errors due to atmospheric contamination and interactions with other materials in the system.
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