Armstrong International TVS 800 Trap Valve Station Model TVS 813

Description
Same inverted bucket principle. Different package. Now the energy-saving performance and reliability of the inverted bucket steam trap are available in a versatile new package. The most reliable steam trap known—the inverted bucket—provides efficient condensate drainage of virtually all types of steam-using equipment. Put the inverted bucket to work in a tough cast iron package, and you have the best of both worlds. Because they operate efficiently for longer periods of time, Armstrong cast iron inverted buckets add solid energy savings to lower replacement/labor costs. Armstrong cast iron inverted bucket traps are repairable, for even bigger maintenance savings. A unique leverage system multiplies the force provided by the bucket to open the valve against system pressure. The mechanism is free-floating and has no fixed pivots to create wear or friction. Because the mechanism is located at the top of the trap, no dirt can collect on the orifice. Small particles of dirt are held in suspension until discharged by the full differential purging action when the bucket sinks, pulling the valve off the seat. The discharge orifice is surrounded by a water seal, which prevents live steam loss. Automatic air venting is provided by a small vent hole in the bucket, which provides continuous automatic air and CO2 venting at steam temperature. You’ll still enjoy all these familiar benefits with the Armstrong trap valve station. But what you’ll find new are all the benefits of a piston valve integrated in the same space-saving package.
Datasheet
Description
Same inverted bucket principle. Different package. Now the energy-saving performance and reliability of the inverted bucket steam trap are available in a versatile new package. The most reliable steam trap known—the inverted bucket—provides efficient condensate drainage of virtually all types of steam-using equipment. Put the inverted bucket to work in a tough cast iron package, and you have the best of both worlds. Because they operate efficiently for longer periods of time, Armstrong cast iron inverted buckets add solid energy savings to lower replacement/labor costs. Armstrong cast iron inverted bucket traps are repairable, for even bigger maintenance savings. A unique leverage system multiplies the force provided by the bucket to open the valve against system pressure. The mechanism is free-floating and has no fixed pivots to create wear or friction. Because the mechanism is located at the top of the trap, no dirt can collect on the orifice. Small particles of dirt are held in suspension until discharged by the full differential purging action when the bucket sinks, pulling the valve off the seat. The discharge orifice is surrounded by a water seal, which prevents live steam loss. Automatic air venting is provided by a small vent hole in the bucket, which provides continuous automatic air and CO2 venting at steam temperature. You’ll still enjoy all these familiar benefits with the Armstrong trap valve station. But what you’ll find new are all the benefits of a piston valve integrated in the same space-saving package.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
TVS 800 Trap Valve Station - Model TVS 813 - Armstrong International
Three Rivers, MI, USA
TVS 800 Trap Valve Station
Model TVS 813
TVS 800 Trap Valve Station Model TVS 813
Same inverted bucket principle. Different package. Now the energy-saving performance and reliability of the inverted bucket steam trap are available in a versatile new package. The most reliable steam trap known—the inverted bucket—provides efficient condensate drainage of virtually all types of steam-using equipment. Put the inverted bucket to work in a tough cast iron package, and you have the best of both worlds. Because they operate efficiently for longer periods of time, Armstrong cast iron inverted buckets add solid energy savings to lower replacement/labor costs. Armstrong cast iron inverted bucket traps are repairable, for even bigger maintenance savings. A unique leverage system multiplies the force provided by the bucket to open the valve against system pressure. The mechanism is free-floating and has no fixed pivots to create wear or friction. Because the mechanism is located at the top of the trap, no dirt can collect on the orifice. Small particles of dirt are held in suspension until discharged by the full differential purging action when the bucket sinks, pulling the valve off the seat. The discharge orifice is surrounded by a water seal, which prevents live steam loss. Automatic air venting is provided by a small vent hole in the bucket, which provides continuous automatic air and CO2 venting at steam temperature. You’ll still enjoy all these familiar benefits with the Armstrong trap valve station. But what you’ll find new are all the benefits of a piston valve integrated in the same space-saving package.

Same inverted bucket principle. Different package. Now the energy-saving performance and reliability of the inverted bucket steam trap are available in a versatile new package.

The most reliable steam trap known—the inverted bucket—provides efficient condensate drainage of virtually all types of steam-using equipment. Put the inverted bucket to work in a tough cast iron package, and you have the best of both worlds. Because they operate efficiently for longer periods of time, Armstrong cast iron inverted buckets add solid energy savings to lower replacement/labor costs. Armstrong cast iron inverted bucket traps are repairable, for even bigger maintenance savings.

A unique leverage system multiplies the force provided by the bucket to open the valve against system pressure. The mechanism is free-floating and has no fixed pivots to create wear or friction.

Because the mechanism is located at the top of the trap, no dirt can collect on the orifice. Small particles of dirt are held in suspension until discharged by the full differential purging action when the bucket sinks, pulling the valve off the seat.

The discharge orifice is surrounded by a water seal, which prevents live steam loss. Automatic air venting is provided by a small vent hole in the bucket, which provides continuous automatic air and CO2 venting at steam temperature.

You’ll still enjoy all these familiar benefits with the Armstrong trap valve station. But what you’ll find new are all the benefits of a piston valve integrated in the same space-saving package.

Supplier's Site Datasheet
TVS 800 Trap Valve Station - Model TVS 813 - Armstrong International
Three Rivers, MI, USA
TVS 800 Trap Valve Station
Model TVS 813
TVS 800 Trap Valve Station Model TVS 813
Same inverted bucket principle. Different package. Now the energy-saving performance and reliability of the inverted bucket steam trap are available in a versatile new package. The most reliable steam trap known—the inverted bucket—provides efficient condensate drainage of virtually all types of steam-using equipment. Put the inverted bucket to work in a tough cast iron package, and you have the best of both worlds. Because they operate efficiently for longer periods of time, Armstrong cast iron inverted buckets add solid energy savings to lower replacement/labor costs. Armstrong cast iron inverted bucket traps are repairable, for even bigger maintenance savings. A unique leverage system multiplies the force provided by the bucket to open the valve against system pressure. The mechanism is free-floating and has no fixed pivots to create wear or friction. Because the mechanism is located at the top of the trap, no dirt can collect on the orifice. Small particles of dirt are held in suspension until discharged by the full differential purging action when the bucket sinks, pulling the valve off the seat. The discharge orifice is surrounded by a water seal, which prevents live steam loss. Automatic air venting is provided by a small vent hole in the bucket, which provides continuous automatic air and CO2 venting at steam temperature. You’ll still enjoy all these familiar benefits with the Armstrong trap valve station. But what you’ll find new are all the benefits of a piston valve integrated in the same space-saving package.

Same inverted bucket principle. Different package. Now the energy-saving performance and reliability of the inverted bucket steam trap are available in a versatile new package.

The most reliable steam trap known—the inverted bucket—provides efficient condensate drainage of virtually all types of steam-using equipment. Put the inverted bucket to work in a tough cast iron package, and you have the best of both worlds. Because they operate efficiently for longer periods of time, Armstrong cast iron inverted buckets add solid energy savings to lower replacement/labor costs. Armstrong cast iron inverted bucket traps are repairable, for even bigger maintenance savings.

A unique leverage system multiplies the force provided by the bucket to open the valve against system pressure. The mechanism is free-floating and has no fixed pivots to create wear or friction.

Because the mechanism is located at the top of the trap, no dirt can collect on the orifice. Small particles of dirt are held in suspension until discharged by the full differential purging action when the bucket sinks, pulling the valve off the seat.

The discharge orifice is surrounded by a water seal, which prevents live steam loss. Automatic air venting is provided by a small vent hole in the bucket, which provides continuous automatic air and CO2 venting at steam temperature.

You’ll still enjoy all these familiar benefits with the Armstrong trap valve station. But what you’ll find new are all the benefits of a piston valve integrated in the same space-saving package.

Supplier's Site Datasheet

Technical Specifications

  Armstrong International Armstrong International
Product Category Steam Traps Steam Traps
Product Number Model TVS 813 Model TVS 813
Product Name TVS 800 Trap Valve Station TVS 800 Trap Valve Station
Steam Trap Type Bucket Bucket
Material Iron - Cast Iron - Cast
Operating Pressure 250 psi (176 m H2O) 250 psi (176 m H2O)
Operating Temperature 450 F (232 C) 450 F (232 C)
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