dilo Gas Insulated Switchgear Wika Equipment Service

DILO’s path in SF 6 gas handling started in 1967, when we supplied a complete piping system for installation of the first SF 6 gas insulated switchgear. Since then, our product portfolio has successively been developed to the widest product range of emission-free gas handling equipment worldwide.

SF6 GAS | Dilo Company, Inc. DILO’s path in SF 6 gas handling started in 1967, when we supplied a complete piping system for installation of the first SF 6 gas insulated switchgear. Since then, our product portfolio has successively been developed to the widest product range of emission-free gas handling equipment worldwide.Products SF6 Gas

Measuring device for different decomposition products and gas residues For precise measurement. 3-032-R003 During the operation of gas insulated switchgear decomposition products might occur after a breakdown which has a negative impact on the gas quality in the circuit breaker as well as on the insulation properties.

The service operations, such as evacuation and filling of SF 6 tanks or the processing of SF 6 gas must be carried out with the appropriate equipment. The WIKA product portfolio of filling and processing instruments covers the range of SF 6 gas handling in the TD industry comprehensively.

WIKA’s GPU-2000 all-in-one solution allows safe and efficient SF 6 gas handling – including filling, cleaning, and replacing – in electrical switchgear and other SF 6-insulated equipment. Pure sulfur hexafluoride (SF 6) gas has excellent heat transferring and dielectric properties. That’s why it is the insulator of choice for

The gas density transmitter is electronically compensated. The compensation follows the nonlinear behavior of SF 6 gas. The basic principle is the calculation following virial equation. The gas density transmitter picks up the physical variables pressure and temperature of the SF 6 gas contained in the device (tank). The current gas density is

The service operations, such as evacuation and filling of SF 6 tanks or the processing of SF 6 gas must be carried out with the appropriate equipment. The WIKA product portfolio of filling and processing instruments covers the range of SF 6 gas handling in the TD industry comprehensively.

The best way to avoid SF 6 gas hazards is to continually monitor gas-insulated equipment for both quantity (to detect leaks) and quality (for current gas conditions). Then, when the gas has dropped below a certain level of purity, technicians can clean it. Here are just a few of WIKA USA’s innovative SF 6 gas solutions for greater safety and efficiency:

Continuous monitoring The emission monitor model GA35 has been specially designed for detecting the SF 6 gas concentration in enclosed rooms.. If the SF 6 gas is processed or stored, harmful quantities of SF 6 gas can escape due to improper operation or leakages. The model GA35 makes it possible to control areas of up to 250 m2. SF 6 gas is five times heavier than air, therefore breathing air

The service operations, such as evacuation and filling of SF 6 tanks or the processing of SF 6 gas must be carried out with the appropriate equipment. The WIKA product portfolio of filling and processing instruments covers the range of SF 6 gas handling in the TD industry comprehensively.

SF 6 training. Due to the strong climatic impact, responsible and sustainable handling of SF 6 gas is an important topic worldwide, on which there is a need for action to eliminate emissions. In the training, WIKA will inform you about the applicable regulations coupled with practical knowledge for the selection and operation of the right equipment.

750kv-substation-onsite-service. On-site SF6 recovery service is driven by a trailer which equipped with our full set of recovery, refilling, purification equipment and measuring instrument, drive to the substandard gas compartment, perform onsite shutdown and maintenance, directly recover unqualified SF6 gas, recycle and purify them to be qualified and then return to gas compartment, the

The transmitter records the pressure and temperature of the SF₆ gas in the gas tank. The current gas density is ascertained from both measurement parameters by means of an electronic evaluation system. Thermally induced pressure changes are dynamically compensated and do not affect the output signal.

General information The model GDI-100-D precision digital gas density indicator adopts the concept of an analogue SF 6 gas density indicator, but operates, however, at such a high level that only digital sensor technology can cope with. The accuracy of digital measurement technology and the simplicity of an analogue gauge are brought together in the GDI-100-D, which in terms of performance