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IMI CCI
DAM-D - Manifold Style Steam Desuperheater
Efficient steam conditioning for pressure and temperature control.
Combines pressure reduction and temperature control for efficient steam conditioning.
Reduces noise, vibration, and thermal shock with advanced flow patterning.
Customisable for high-capacity, high-temperature industrial applications.
The DAM-D Steam Desuperheater from IMI ensures precise steam conditioning by combining pressure reduction and temperature control. Its innovative dual-stage design features perforated cylinders for pressure reduction and spring-loaded atomising nozzles for even spray water distribution. The DAM-D improves flow patterns, eliminates thermal liners, and reduces noise and vibration in the steam line. Customisable for high-capacity and high-temperature applications, it supports ANSI and DIN standards and is ideal for severe operating conditions. Designed for integration with pressure control valves, it protects downstream equipment and enhances steam performance in boilers, Heat Recovery Steam Generators (HRSG), and power plants.
Key features
Dual-stage with pressure reducers
No thermal liners needed
Customisable for large flows
ANSI 150-2500, DIN PN 16-320
High-temperature materials
Up to three pressure stages
Reduces noise and vibration
Specifications
Design Codes
ASME BPVC Section I
ASME B31.1
ASME B31.3
EN 13480
EN 12952
Fluid Types
Steam
Liquid
Water
Material
A-106 B
A-335 P11
A-335 P22
A-335 P91
A-335 P92
EN 10216-2 P235GH
EN 10216-2 16Mo3
EN 10216-2 13CrMo4-5
EN 10216-2 10CrMo9-10
EN 10216-2 X10CrMoVNb9-1
EN 10216-2 X10CrWMoVNb9-2
Service Category
General
Semi-Severe
Severe
Spray Injection Category
Variable Area Nozzle
Temperature Limits (°C)
200 to 580
Certification
PED
NACE
SIL
CRN
IBR
Documents
Certification
IMI CCI Saffle ISO 9001.pdf
69.68kB
English
IMI CCI Brno PED module H.pdf
101.88kB
English
IMI CCI Brno ISO 9001.pdf
555.06kB
English
IMI CCI Brno PED module H1 EN 4126-5.pdf
238.6kB
English
IMI CCI Brno API Q1.pdf
1.8MB
English
IMI CCI Brno API-6A.pdf
797.8kB
English
IMI CCI Brno 45001.pdf
648.67kB
English
IMI CCI Brno 14001.pdf
643.35kB
English
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