The gas testing standpipe is a proven tool in the gas supply field that is used to test pressure, as well as for the filling and commissioning of gas lines.

The recommendation of the German Technical and Scientific Association for Gas and Water (DVGW) is to fill the lines with a speed between 3 and 7 m/s in the pipe applies for the purging of the line. We now offer a practice-oriented solution for this task. A measuring tube equipped with an inner Pitot tube is used and connected with the GOLIATH gas measurement device for the evaluation.

The GOLIATH Option v is equipped with a differential pressure sensor with which the static and dynamic pressure in the Pitot tube is determined. The user, prompted by the menu, enters the diameter of the main pipe and its length. The speed in the main pipe, the estimated time required for the purging and the elapsed filling time, as well as the gas concentration then appear in the GOLIATH display.

EVERYTHING FROM ONE SOURCE!
Our solution thus meets all requirements in keeping with the DVGW rules.

Features:

Practical system with wide application
Easy adaptation to many thread sizes, drilling saddles and fittings -directly or via electrically conductive tube
Rapid extraction of gas by using the Venturi nozzle
Flame arrestor for burning off the gas safely

Alte produse ESDERS

ESDERS VACUUM-PROBES-SYSTEM VSS 15

• Complete with connection cable and metal plug
• Stainless steel design with coarse filter and integrated water barrier
• Complete with connection cable and metal bush

ESDERS VIBRAGAS DETECTOR GAZ CU ALARMA

• Rugged hand-held instruments with ergonomic aluminum housing
• Wide range of applications in the gas installation
• Powerful gas detector with vibration alarm and digital display reading for gas leak detection
• High contrast LCD display with backlight for an optimal presentation of all measured values

ESDERS HUNTER DETECTOR SI ANALIZOR SCAPARI DE GAZE

• Cast carpet mat free from the material wear common in deep drawn mats
• Stabilising mould elements enable optimal fit on the ground and enable the carpet to be pulled backwards
• Comprehensive flow channels for sampling

ESDERS SIGI EX TESTER GAZE INFLAMABILE

• Improved sensor technology and adjustment options
• Increased operating temperature range of -20 to +50 ° C
• By up to 44% larger display area for better readability
• Red backlight for improved perception of alarm messages

ESDERS SAFE ETHANTEST TESTER GAZ ETAN

• Taking the service box to the measurement site
• Activate device and connect sensor
• Feed sensor into sensor hole and start analysis at the touch of a button
• SAFE absorbs a gas sample and displays its concentration in vol.%
• The gas sample passes through the chromatographic column and the display of methane and ethane (if applicable) takes place

ESDERS GASCAM® SG CAMERA VIZUALIZARE SCURGERI GAZ METAN

• Infrared Lens
• Detector unit
• Lithium-ion rechargeable battery packs
• Tripod with swivel/tilt head
• High performance Notebook

ESDERS VIBRAGAS EX TESTER GAZ U CERTIFICARE EX

• Easy replacement of batteries with innovative battery Management
• Systematic evaluation of the measured data using Esders PC-1 software
• Graphical printout on site on mobile printer
• Simple operation with intuitive menu navigation
• Practical accessories for all applications

DETECTOR SCAPARI GAZ CU POMPA SPATII INTERIOARE SI EXTERIOARE ESDERS OLLI CU PROTECTIE EXPLOZII ATEX

• Aparat de măsurare antiexplozie ATEX
• Se pot instala până la trei senzori de gaz (Ex/Ox/Tox)
• Dispozitivul poate fi echipat baterii Li-ion, pompă și măsurare presiuni
• compact, rezistent la explozii, pentru până la cinci gaze combustibile și toxice, precum și oxigen
• carcasă din plastic extrem de durabilă din 2 componente

ESDERS ELLI DETECTOR LASER SCURGERI METAN CH4 PORTABIL DE LA DISTANTA

• Ecran tactil LCD color
• Detectare selectivă a metanului
• Funcționalitate GPS și Bluetooth integrată
• Prag de alarmă definit de utilizator
• Design robust al carcasei IP54

ESDERS VAKUMOBIL

• The Esders Vakumobil has a markedly improved suction power compared to conventional technology.
• The low pressure in the surface generated by one suction probe has an impact over several metres.
• This creates only a movement or distortion of the gas accumulation but not there elimination.