Calibrated Helium Leak, KF25 Flange with On/Off Valve, 10-7 std cc/sec, with NIST Certificate Calibrated helium leaks are typically. used to test and calibrate helium leak detectors. These calibrated leaks have a ISO KF-25 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate.

Calibrated Helium Leak, KF25 Flange with On/Off Valve, 10-8 std cc/sec, with NIST Certificate Calibrated helium leaks are typically used to test and calibrate helium leak detectors. These calibrated leaks have a ISO KF-25 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate.

Calibrated Helium Leak, KF40 Flange with On/Off Valve, 10-7 std cc/sec, with NIST Certificate Calibrated helium leaks are typically used to test and calibrate helium leak detectors. These calibrated leaks have a ISO KF-40 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate.

Calibrated Helium Leak, KF40 Flange with On/Off Valve, 10-8 std cc/sec, with NIST Certificate Calibrated helium leaks are typically used to test and calibrate helium leak detectors. These calibrated leaks have a ISO KF-40 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate.

Calibrated Helium Leak, KF50 Flange with On/Off Valve, 10-7 std cc/sec, with NIST Certificate Calibrated helium leaks are typically used to test and calibrate helium leak detectors. These calibrated leaks have a ISO KF-50 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate.

Calibrated Helium Leak, KF50 Flange with On/Off Valve, 10-8 std cc/sec, with NIST Certificate Calibrated helium leaks are typically used to test and calibrate helium leak detectors. These calibrated leaks have a ISO KF-50 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate.

Agilent Varian Calibrated Leak 10-7 std. cc/sec, KF25 Flange, on/off Valve, Standard CC Per Second, NIST Certificate. Agilent Varian Part Number: F8473321. External calibrated leaks are typically used to field test and calibrate helium leak detectors. These calibrated leaks have an ISO KF-25 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate. These external calibrated leaks have Agilent Varian part number F8473321

Agilent Varian Helium Calibrated Leak to 10-5/10-6 std. cc/sec range, with with 1.125 inch Compression Port, Pressure Gauge, NIST Certificate, KF25 Flange, Refillable. Agilent Varian Part Number: F8473320 These Agilent Varian calibrated helium leaks are typically used as external calibration source or to confirm that the helium leak detector is working properly. It is important to note that the Agilent Varian 959 helium leak detector does not have a build in internal calibrated leak. That is, the 959 helium leak detector requires an external calibrate leak. These calibrated leaks have a ISO KF-25 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate. Aglinet Varian part number F8473320.

VTI Crimped Capillary, Calibrated Leak with Positive Shut-Off Valve and 300cc Carbon Monoxide Gas Reservoir and 1.3% per Month Depletion Rate at 7.7x10-6 atm cc/s Flow, NIST Traceable Calibration Process PSO (Positive Shut-Off) Calibrated Leak sources use a unique valve in which opening and closing is near instantaneous and entraps virtually no gas within the valve mechanism, assuring the user that the initial gas release is extremely close to the specified leak rate. Additionally, a low volume of entrapped gas means much longer gas reservoir lifetime and fewer refills over the course of your testing. Integrating the gas reservoir directly to the valve also limits the sources of gas leakage, further improving the lifetime of the reservoir. Gas flow is regulated by a simple stainless steel capillary tube that has been precisely crimped. In effect, this conductance limiting orifice restricts flow to a very small, but measurable rate. Stainless steel capillary tubes are preferred over other materials because they are rugged, relatively inert, and can be reliably sealed from the reservoir without the use of elastomeric O-rings. Calibrated leak sources are widely used for verifying the proper operation of a variety of leak-testing systems, particularly those used in industrial manufacturing of many hermetically sealed mechanical or electronic components. For example, refrigerant compressors must be leak tested in accordance with strict protocols; a calibrated leak source provides a secondary standard against which to verify that the leak-testing technology used to measure the leakage from these compressors conforms to exacting standards. Other scenarios might including the verification of carbon monoxide detector testing, or any process in which a precisely known gas concentration must be injected into a process stream.

VTI Crimped Capillary, Calibrated Leak with Positive Shut-Off Valve and 300cc Hydrogen Gas Reservoir and Depletion Rate of 10-6 atm cc/s Flow, NIST Traceable Calibration Process PSO (Positive Shut-Off) Calibrated Leak sources use a unique valve in which opening and closing is near instantaneous and entraps virtually no gas within the valve mechanism, assuring the user that the initial gas release is extremely close to the specified leak rate. Additionally, a low volume of entrapped gas means much longer gas reservoir lifetime and fewer refills over the course of your testing. Integrating the gas reservoir directly to the valve also limits the sources of gas leakage, further improving the lifetime of the reservoir. Gas flow is regulated by a simple stainless steel capillary tube that has been precisely crimped. In effect, this conductance limiting orifice restricts flow to a very small, but measurable rate. Stainless steel capillary tubes are preferred over other materials because they are rugged, relatively inert, and can be reliably sealed from the reservoir without the use of elastomeric O-rings. Calibrated leak sources are widely used for verifying the proper operation of a variety of leak-testing systems, particularly those used in industrial manufacturing of many hermetically sealed mechanical or electronic components. For example, refrigerant compressors must be leak tested in accordance with strict protocols; a calibrated leak source provides a secondary standard against which to verify that the leak-testing technology used to measure the leakage from these compressors conforms to exacting standards. Other scenarios might including the verification of carbon monoxide detector testing, or any process in which a precisely known gas concentration must be injected into a process stream.

VTI Capillary-Type Calibrated Leak with Bakeable Fill Valve, 300cc Xenon Gas Reservoir, 2.75 in. CF Outlet and Depletion Rate of 10-7 atm cc/s Flow, NIST Traceable Calibration Process Calibrated Leak sources use a unique valve in which opening and closing is near instantaneous and entraps virtually no gas within the valve mechanism, assuring the user that the initial gas release is extremely close to the specified leak rate. Additionally, a low volume of entrapped gas means much longer gas reservoir lifetime and fewer refills over the course of your testing. Integrating the gas reservoir directly to the valve also limits the sources of gas leakage, further improving the lifetime of the reservoir. Gas flow is regulated by a simple stainless steel capillary tube that has been precisely crimped. In effect, this conductance limiting orifice restricts flow to a very small, but measurable rate. Stainless steel capillary tubes are preferred over other materials because they are rugged, relatively inert, and can be reliably sealed from the reservoir without the use of elastomeric O-rings. Calibrated leak sources are widely used for verifying the proper operation of a variety of leak-testing systems, particularly those used in industrial manufacturing of many hermetically sealed mechanical or electronic components. For example, refrigerant compressors must be leak tested in accordance with strict protocols; a calibrated leak source provides a secondary standard against which to verify that the leak-testing technology used to measure the leakage from these compressors conforms to exacting standards. Other scenarios might including the verification of carbon monoxide detector testing, or any process in which a precisely known gas concentration must be injected into a process stream.

Leybold Inficon Calibrated Leak 10-7 CC Per Second, KF-10 Flange, NIST Certificate. Leybold Part Number: 16557. External calibrated leaks are typically used to field test and calibrate helium leak detectors. These calibrated leaks have an ISO KF-10 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate. These external calibrated leaks have Leybold Inficon part number: 16557

Agilent Varian Calibrated Leak 10-9 KF25 On/Off Valve, Standard CC Per Second, NIST Certified.Agilent Varian Part Number F8473323External calibrated leaks are typically used to field test and calibrate helium leak detectors. These calibrated leaks have an ISO KF-25 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate. These external calibrated leaks have Agilent Varian part number F8473323

Agilent Varian Calibrated Leak 10-10 KF25 On/Off Valve, Standard CC Per Second, NIST Certified. Agilent Varian Part Number F8473324 External calibrated leaks are typically used to field test and calibrate helium leak detectors. These calibrated leaks have an ISO KF-25 vacuum flange for connection to the helium leak detector. They include a manual on/off valve and come with a NIST Certificate. These external calibrated leaks have Agilent Varian part number F8473324

VTI CLO Model, Open-Style Calibrated Leak with 1/4 in VCR Female Connections CLO calibrated gas leaks contain a stainless steel capillary which provides flow rate restriction for a variety of gasses. Open style leaks do not contain a gas reservoir and require the use of an external gas source. While under pressure, gas moves through the stainless steel capillary into the system being tested at a precise rate, allowing accurate evaluation based on inlet and outlet pressures. This CLO model leak is calibrated for Helium rated to 10-7 atm cc/sec. Calibrated leak sources are widely used for verifying the proper operation of a variety of leak-testing systems, particularly those used in industrial manufacturing of many hermetically sealed mechanical or electronic components. For example, refrigerant compressors must be leak tested in accordance with strict protocols; a calibrated leak source provides a secondary standard against which to verify that the leak-testing technology used to measure the leakage from these compressors conforms to exacting standards. Other scenarios might including the verification of carbon monoxide detector testing, or any process in which a precisely known gas concentration must be injected into a process stream. Swagelok, VCR-TM Swagelok Company