Pipelines are used to transport oil and gas across long distances. Pipe heating systems and other heating systems are also required in the process. These are monitored by type “B” Bender fault current systems. Any faults are reported immediately before a system shutdown becomes necessary.
In a compressor or condenser station, a compressor compresses the natural gas in order to compensate for pressure losses. The natural gas is stored at high pressure, and the pressure in the pipeline falls because of flow losses. The compressor is driven by a drive machine at up to 30 MW. These drive machines can be either gas turbines or gearless electric motors. For electric motors, frequency converters are required, which need to be monitored for their insulation levels or existing leak currents.
In order to cover relatively large distances, there are pump stations to pump the oil or gas. Since the pressure in the raw material to be transported is reduced due to flow losses, the aim of the pump stations is to increase pressure again. The pump is powered by gearless electric motors. This means frequency converters are required, and these need to be monitored for their insulation level or any fault current present.
Tank stores are stores in which fuels can be stored. Materials in the tank stores are often pumped around using large pumps powered by gearless electric motors. Frequency converters are normally used in the process to monitor insulation levels or existing leakage currents.
A tanker transports liquids or gaseous materials such as crude oil, oil as a finished product, fuel or liquid gas. Tankers have pumps for unloading and pumping around the load on board. These pumps are powered by gearless electric motors for which frequency converters are required to monitor for insulation levels or existing fault currents. One of the key components of shipping engineering is the main machine with its auxiliary generators, kettle systems, auxiliary diesel and the generators for power generation and loading pumps. The main distribution board on-board the tankers are generally designed as ungrounded systems which are monitored with ISOMETER®s and fault locators.
| Name | Category | Size | Language | Timestamp | D-/B-Number |
|---|---|---|---|---|---|
| Product Overview ISOMETER®/ISOSCAN® | Product Overviews | 5.3 MB | EN | 2024/02/1616.02.2024 | |
| Product Overview - Residual Current Monitoring | Product Overviews | 6.3 MB | EN | 2024/10/2929.10.2024 | |
| Electrical Safety in Control and Auxiliary Circuits | Technical Article | 632.6 KB | EN | 2019/05/1313.05.2019 | |
| Why the IT System is Often the Best Choice for Power Supply Systems of All Types | Technical Article | 3.0 MB | EN | 2019/07/1111.07.2019 |
Products
Ground-fault detector for ungrounded AC/DC systems
- This device series is in the discontinuation phase. -
Deliverable according to availability until 01.01.2025.
Four-channel DC, AC and pulse current sensitive residual current monitor for earthed AC, AC/DC and DC systems
Multi-channel AC/DC ground-fault monitor
Multichannel AC, pulsed DC and AC/DC sensitive ground-fault monitor
Multi-channel AC/DC ground-fault monitor with individual relay outputs
AC/DC ground-fault monitor
AC/DC ground-fault monitor
Monitor for use in high-resistance grounded systems
Recognizing connections – optimizing maintenance
AC/DC sensitive measuring current transformer (Type B)
Ground-fault detector for ungrounded AC/DC systems
- This device series is in the discontinuation phase. -
Deliverable according to availability until 01.01.2025.
Four-channel DC, AC and pulse current sensitive residual current monitor for earthed AC, AC/DC and DC systems
Multi-channel AC/DC ground-fault monitor
Multichannel AC, pulsed DC and AC/DC sensitive ground-fault monitor
Multi-channel AC/DC ground-fault monitor with individual relay outputs
AC/DC ground-fault monitor
AC/DC ground-fault monitor
Monitor for use in high-resistance grounded systems
Recognizing connections – optimizing maintenance
AC/DC sensitive measuring current transformer (Type B)
Elektrische Sicherheit in Niederspannungsnetzen bis AC 1 000 V und DC 1 500 V – Geräte zum Prüfen, Messen oder Überwachen von Schutzmaßnahmen - Teil 8: Isolationsüberwachungsgeräte für IT-Systeme
Elektrische Sicherheit in Niederspannungsnetzen bis AC 1 000 V und DC 1 500 V – Geräte zum Prüfen, Messen oder Überwachen von Schutzmaßnahmen - Teil 9: Einrichtungen zur Isolationsfehlersuche in IT-Systemen
Elektrische Sicherheit in Niederspannungsnetzen bis 1000 V AC und 1500 V DC - Geräte zum Prüfen, Messen oder Steuern von Schutzsystemen - Teil 15: Anforderungen an die funktionale Sicherheit von Isolationssteuergeräten in IT-Systemen und Geräten zur Erkennung von Isolationsfehlern in IT-Systemen
Ausrüstung von Starkstromanlagen mit elektronischen Betriebsmitteln
Bau: Auswahl und Betrieb von Ersatzstromerzeugern auf Bau- und Montagestellen
DVGW GW308: 2000-08 - Mobile Ersatzstromerzeuger für Rohrleitungsbaustellen - Ausrüstungen und Betrieb (wurde ersetzt im Juli 2013 durch DVGW GW 661 (M) Einsatz von ortsveränderlichen elektrischen Betriebsmitteln in der Gas- und Wasserversorgung)
