BG.63.002.00.000-01 Calibrated Reference Leak

BG calibrated reference leak with a nominal leak rate of approximately 8 × 10⁻⁸ Pa·m³/s at operating pressure, intended for vacuum and sniffer leak testing.

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Description

Capillary Reference Leak

The source technical description for this BG.63.002.00.000-01 product page identifies the version below as BG.63.002.00.000-1.

Key Specifications

Tracer-gas flow range
- BG.63.002.00.000-1 has a tracer-gas flow range of 1.33 × 10⁻⁸ to 1.33 × 10⁻⁵ Pa·m³/s. This range supports precision measurements and the setup of leak-detection equipment, including applications that require small leaks to be detected and measured.
Maximum dimensions
- The dimensions of this version are 280 × 90 × 50 mm. Its compact size facilitates installation and integration into different test systems.
Calibration interval
- The calibration interval stated for BG.63.002.00.000-1 is 3 to 12 months. The reference leak should be verified and calibrated within the specified period to maintain measurement accuracy.
Tracer gas
- The model supports non-corrosive gases including helium, sulfur hexafluoride, nitrogen and argon, as well as refrigerants such as R134a, R404a, R290 and R600a.
Relative flow deviation
- The stated flow deviation is ±30%.
Tracer-gas operating pressure
- The device is designed for pressures from 0.1 to 1.0 MPa, covering laboratory and field test conditions.

Design Features

Body
- The body serves as the tracer-gas reservoir and provides controlled gas delivery through the capillary.
Charging valve
- A capped charging valve allows the device to be filled with tracer gas and helps prevent gas loss during storage or transportation.
Connection tube
- The 10 mm diameter tube connects the reference leak to the system under test.

Applications

BG.63.002.00.000-1 is used for accurate setup and calibration of leak-detection equipment, particularly when very small leaks must be detected and measured. Applications include oil and gas, chemical and power equipment, as well as refrigeration-equipment manufacturing.

The known tracer-gas flow makes the reference leak suitable for applications in which leak-detector sensitivity and quantitative results must be checked.

Services

Leak Testing and Leak Location with a Leak Detector

This service page outlines a project-based approach to Leak Testing and Leak Location with a Leak Detector. The exact scope, method, acceptance criteria, documentation, schedule, and destination-country requirements are confirmed during technical review.

Underground Pipe Leak Location

This service page outlines a project-based approach to Underground Pipe Leak Location. The exact scope, method, acceptance criteria, documentation, schedule, and destination-country requirements are confirmed during technical review.

Cryogenic leak testing

This service page outlines a project-based approach to Cryogenic leak testing. The exact scope, method, acceptance criteria, documentation, schedule, and destination-country requirements are confirmed during technical review.

Pressure-Decay Leak Testing

This service page outlines a project-based approach to Pressure-Decay Leak Testing. The exact scope, method, acceptance criteria, documentation, schedule, and destination-country requirements are confirmed during technical review.