Development and manufacturing of flame monitoring and ignition systems for industrial firing installations.
d.s.f. GmbH
Neu-IsenburgNew on Amplifa
About d.s.f. GmbH
d.s.f. GmbH, based in Neu-Isenburg, has been working in flame monitoring and flame ignition for the industrial sector for around 40 years. The company develops and manufactures its own products such as ionisation flame detectors, high-energy and high-frequency ignition devices, compact ignition modules, ignition monitoring units and ignition cables. In addition, as a distribution partner, d.s.f. GmbH sells compact flame detectors, flame detectors, flame sensors and ignition burners from Fireye, smouldering fire detectors from Adicos and flame detectors from Spectrex. An in-house design department supports customers with project planning and its implementation, including in-house control cabinet manufacturing for standard industrial environments and explosion-protected areas. Custom solutions are realised from prototype through to TÜV acceptance. Reference customers include power plants, refineries, chemical plants and waste incineration plants, among them BASF Ludwigshafen, PCK Schwedt and OMV Burghausen.
- Site
- Neu-Isenburg
- Processes
- Control cabinet manufacturing (standard industrial environment and explosion-protected areas), Design and project planning (custom solutions from prototype through to TÜV acceptance), Design/project planning, Control cabinet manufacturing (standard and Ex areas), Sales of flame detectors, ignition and detection systems
- Materials
- FEX flame evaluation software, UV, IR and UV+IR semiconductor sensors, High-energy ignition technology, High-frequency ignition technology, Ionisation flame detectors
- Certificates
- TÜV acceptance, DIN EN 298:2012 (product approval), SIL2 environment
- Founded
- 1970
- Employees
- 11–50
- Industries
- Power plants, Refineries, Chemical plants, Waste/residual incineration, Hydrogen industry
- 01
Design and project planning
- 02
Product development (flame detectors, ignition systems)
- 03
Control cabinet manufacturing (standard and Ex areas)
- 04
Assembly and system integration
- 05
Sales and delivery
- 06
Up to TÜV acceptance
Products and Systems
FEX flame evaluation software
Model-dependent software in compact flame detectors for evaluating flame signals.
UV, IR and UV+IR semiconductor sensors
Sensor technology in compact flame detectors with integrated evaluation electronics for detecting gas and oil flames.
High-energy ignition technology
Direct ignition of gaseous and liquid fuels for fixed installations and portable battery-powered devices.
High-frequency ignition technology
Compact ignition modules with 12–24 VDC supply voltage, functional with ignition cable lengths up to 50 m, also for parallel ignition.
Ionisation flame detectors
Approved for continuous operation according to DIN EN 298:2012 and suitable for use in SIL2 environments (24 VDC, 115/230 VAC).
Locations
Neu-Isenburg
DEHead office with design department and control cabinet manufacturing
- Materials
- Sheet steel (control cabinet construction)
- Control cabinet manufacturing
Industries
Processes & technical limits
| Processes | Tolerance | Max. part | Weight | Lot size | Materials |
|---|---|---|---|---|---|
| Control cabinet manufacturing (standard industrial environment and explosion-protected areas)Assembly | – | – | – | – | – |
| Design and project planning (custom solutions from prototype through to TÜV acceptance)Engineering | – | – | – | – | – |
| Engineering | – | – | – | – | – |
Additional services
Reference customers
Quality and Standards
d.s.f. GmbH realises custom solutions from prototype through to TÜV acceptance. Ionisation flame detectors are approved for continuous operation according to DIN EN 298:2012 and meet the requirements for use in SIL2 environments.
| Evidence | Neu-Isenburg |
|---|---|
| TÜV acceptance | |
| DIN EN 298:2012 (product approval) | |
| SIL2 environment |
History
- 1970
Company founded (according to LinkedIn information).
- 1980er
Start of activities in flame monitoring and flame ignition for the industrial sector; information on the exact period is contradictory (website: for 40 years).