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THERMODYNAMIC STEAM TRAPS
This trap is composed of :
• A Disc
• A Pressure Chamber
• A Seat.
Operation :
This type of steam trap is essentially a time cycle device
which responds to imbalances of pressure applied to a valving
device, usually a disc. Pressure caused by condensate lifts
the disc, permitting flow through the trap. When steam
arrives, blow by creates low pressure under the disc, and
flashing condensate forces the disc closed.
Advantages:
- Compact Design - Inexpensive.
- Broad range of use.
- Eliminate dirt buildup and provides tight shutoff.
Disadvantages:
- Steam loss due to wear on the parts.
- On/Off status, offers little precision in operation.
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NTD
600
Pressure use up to 600 psi Connections
1/2" to 1" - NPT
Flow Rate ( lbs / hr ):
• up to 20 psi : 560
• up to 100 psi : 1160
• up to 200 psi : 1670
NTD 600
Series Installation and Maintenance Guide
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S610
Pressure use up to 600 psi Connections
1/2" to 1" - NPT
Flow Rate ( lbs / hr ):
• up to 25 psi : 790
• up to 100 psi : 1460
• up to 200 psi : 1850 |
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S650
Pressure use up to 600 psi Connections
1/2" or 3/4" - NPT
Flow Rate ( lbs / hr ):
• up to 25 psi : 420
• up to 100 psi : 770
• up to 200 psi : 980 |
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