TECHNO STEAM TRAPS

Innovative Steam Traps and Condensate Recovery Systems

CONDENSATE RECOVERY SYSTEM

CA 2 - BT

Detailed Product Description
Electromechanical Condensate Recovery System , Screw And Flange With Built-in Trap
Quick Details:Model: HPT30 with built-in trap
Structure: Condensate Recovery System
Max. Flow Rate: 7t/h
trap dimensions: Screw: L=580 H=620 W=430
Flange: L=650  H=720  W=430
Piping dimensions: condensate inlet Φ 80  outlet 50  Motive medium inlet and exhaust port:Φ 25 Maximum Working Pressure: 1.05 MPaG Max Operation

Model Number:

THPT30

Standard or Nonstandard:

Standard

Structure:

Condensate Recovery Equipment

Pressure:

Low Pressure

Power:

Air or Steam

Material:

Casting

Temperature of Media:

Low Temperature

Media:

Steam, Water

Port Size:

1″ – 3″

Connection:

Flange & Screw

Motive Medium Pressure:

0.03 – 1.05 MPaG

Body Material:

WCB

Liquid Flow Rate:

Max. 7t/h

Maximum Working Pressure:

1.05MPa

Temperature: 170 Centigrade Motive
medium pressure: 0.03-1.05MpaG
Motive medium: steam, compressed air, nitrogen or other non-flammable, on-toxic gas Pumped
medium: steam condensate, water or other non-flammable, no-toxic fluid with a specific gravity of 0.85-1.0
Filling head: standard: 630 Min: 459,550mm Steam or air consumption: per t/h condensate: 1.7kg steam, 6m³compressed air
Weight: 141kg

Specifications:
Power Trap
Improve production efficiency, save energy, reduce water treatment cost
No electricity
Easy Installation or Repair
  Features:

  • Discharging and recovering condensate can improve production efficiency, save energy, reduce water treatment cost, and fully utilize steam.
  • Eliminates water hammer, avoids equipment damage, and improves the reliability and safety.
  • Effectively recovers condensate, reduces the cost of boiler fuel and water treatment for reuse, and that of downstream water treatment and drainage.
  • Recovers condensate with temperature of up to 185~3 without evaporation.
  • No need for electricity, reliable operation, and easy for installation and maintenance.