Gas Regulator
MODEL: IM-C-FLANGED
insert design.
The innovative cartridge insert design utilises the patented.
Each IM-C valve features an innovative cartridge insert and uses IntroFlo’s patented piston control system. The unique design employs a single piston instead of a diaphragm, increasing reliability and reducing maintenance costs. Regulators can be serviced in-line, reducing associated costs.
IntroFlo’s IM-C gas regulators are redefining performance in energy engineering.
- Single moving part minimises maintenance.
- Extremely accurate pressure and flow control.
- No stem to minimise failure points.
- Piston sensed – no diaphragm.
- Robust and reliable.
- Top entry design for easy in-line service.
- Certification and approvals.
Applications
100 bar/1500 psi
Up to 99 bar/1435 psi
-15 to 60°C/-14 to 140°F2
ANSI/FCI 70-3: CLASS VI
SG5
Down to AC1
1/4″ NPT
For use with all clean, dry gases. Not for use as a safety device.
1. Dependent on pilot valve. It is recommended that the IM-C. Regulator be used with the IntroFlo range of pilot regulators.
2. Extended temperature range on request.
CONSTRUCTION MATERIALS
MATERIAL
Stainless steel 316
Cast carbon steel WCC
FKM**
Stainless steel 316L (in gas contact) Aluminium 6082-T6
Stainless steel 316L
Our many accreditations and processes give you peace of mind when buying from Kent Introl. These include OHSAS 18001, ISO9001, ISO/TS29001, ISO14001, PED Certificate API 6A, API 17D Monogram and more. Visit our Accreditations page to find out more.
We continually invest in all areas of the design, testing and manufacturing process to bring you the right products at the right time, at a competitive price. This gives us ever-greater control over the timing and quality of all aspects of the manufacturing process. Visit our Research and Development page to find out more.
We can assist you right through the lifecycle of your valves and other equipment. Whether you need hands-on servicing and support, or technical training to help your own team, we have the expertise to help you maximise the performance of your valves. Visit our Services page to find out more.