Key Features of CONA® M Thermostatic Steam Traps:
- Thermostatic Steam Trap Design:
- Suitable for discharging condensate from systems operating at various temperatures.
- Automatic air-venting during start-up and operation.
- Robust, water hammer-proof capsules for durability.
- Non-return protection to avoid reverse flow (not available with controller R5).
- Designed to handle sub-cooled condensate (with a range of temperature adjustments).
- Inside or outside strainer options depending on model.
Types of Connections:
- Flanges (DIN EN 1092-2)
- Union with butt weld ends
- Screwed sockets (Rp thread or NPT thread)
- Socket weld ends
- Compression ring connection (for PN40)
- Clamp connection (for PN16)
Capsule Options:
- Capsule No. 1: For condensate discharge at boiling temperature (applicable up to 5 bar inlet pressure).
- Capsule No. 2: For condensate sub-cooling around 10K (Standard).
- Capsule No. 3: For condensate sub-cooling around 30K.
- Capsule No. 4: For condensate sub-cooling around 40K, especially for tracing systems with low and medium-pressure steam.
Models and Performance:
- CONA®M 610 (PN16): Handles operating pressure up to 12.8 barg and inlet temperatures up to 200°C.
- CONA®M 610/612 (PN40): Designed for higher pressures (up to 22 barg) and temperatures up to 385°C.
- CONA®M 611/613 (PN40): A higher capacity version for steam traps requiring large flow rates.
- CONA®M 616 (PN40): A high-capacity model with multi-capsules for very high flow rates, suitable for up to 32 barg pressure.
Material Options:
- Grey Cast Iron (EN-JL1040)
- Forged Steel (P250 GH)
- Stainless Steel (1.4301, 1.4541)
- High-Temperature Steel (16Mo3)
Applications:
These thermostatic steam traps are commonly used for:
- Condensate discharge in industrial steam systems.
- Steam tracing and heating applications.
- Systems requiring high sensitivity and precise control over condensate drainage.