CIR3400 Angle PRDS - Forged version
The CIR 3400 products offers excellent control using various trim/ desuperheating options and multiple actuation options in a competitive package. Decades of demonstrated performance across various industries & sectors has made these valves stand on top amongst its competitors in the market.
The CIR 3400 is built with cascading control of pressure and temperature in a forged body featuring various trim
& integral nozzle options to best fit the process data.
For OEM's, EPC firms, Power, Industrial Energy Producers, Process industries, who need a cost effective, reliably
performing Steam Conditioning & Turbine Bypass valve solution, the CIR 3300 & CIR 3400 series of Severe Service Control Valve System can best suit their process needs with minimized maintenance and installed cost.
General information
-Balancing plug and pilot
stem for long lasting and
trouble free design.
Reduces actuator sizes
significantly.
-Flow to close seat design
ensures tight shut off.
Class V as per
FCI 70-2
-Extremely maintenance
friendly seat design.
Complete trim can be
replaced with ease
-Steam De-Laval nozzle
creates supersonic steam
velocities for instantaneous
evaporation of water droplets.
-Maintain precise control
over full operating range
Multi Stage Multi Path
Zick Twist trim limits
velocity, erosion,
vibration and noise
-Unique concept of
atomizing nozzle which
forms a complete steam
cover sheath. No need
for expensive liners
downstream of the valve
and eliminates damages
to downstream piping
systems
Body Type: Angle
Valve Size: Inlet Size - 1” (DN 25) to 20” (DN 500) Outlet size- 1” (DN25) to 30” (DN750)
ANSI Class: 150# to 4500#, Dual Rated, Custom Rating
End Connections: BWE, RF, RTJ
Plug Type: Contour Plug (UB), Drilled Cone Plug (UB/PiB)
Cage Type: Drilled Hole (1-3 Stages), Zick Twist (2-20 Stages)
Flow Characteristic: Linear, Equal Percent, Modified
Packing Type: Single/Double PTFE, Single/Double Graphite, Low Emission PTFE/Graphite
Nozzle Types: De-Laval Nozzle, Wall Mounted - SL Nozzle, SA Nozzle
Body Material: A105, A182 Gr F11, A182 Gr F22, A182 Gr F91, A182 Gr F316
Leakage Class:Class IV and Class V
Actuation: Pneumatic, Electric, Electro-Hydraulic, Hydraulic
Certifications/Compliance: IBR, PED/CE, TSG
Installation information
The TDM valve should be installed as close as possible to the discharge port of the centrifugal pump, preferably directly on the pump discharge port of the pump.
To avoid frequency interference due to pressure oscillations in the medium, the distance between the pump outlet and the valve inlet should not exceed 3m.
Take care to ensure a straight inlet section. Exceptions have to be confirmed to SCHROEDAHL.
Vertical installation is preferred, but horizontal installation is also possible upon request. TDM valves operate at a low noise level and ensure a high reliability due to their sturdy design.
The recommended filter at the pump inlet should have a mesh size of 0.3 to 0.5mm. A smaller mesh size of 0.1mm is recommended for commissioning
Data
Design Standard
Unit
Temp
Pressure Rating
Nominal size
Housing
Other data
Files
Contact
Customer Care India Valves
Coimbatore Plant (Valves Business)
Address SF No. 337/2, No.15 Naranapuram Village, Thennampalayam to Annur Road, Ponnandampalayam, Coimbatore – 641659, Tamil Nadu India.
Tel:- +91-421-2321600