VPS Valve Proving System - Valve Proving System (USA/CDN)

VPS Valve Proving System - Valve Proving System (USA/CDN)

VPS Valve Proving System - Valve Proving System (USA/CDN)

Valve Proving System
VPS 504
Series S06 (120 VAC)
Series S05 (24 VDC)

Description

The VPS 504 is a valve proving system for DMV series automatic valves. It verifies that both safety shutoff valves in a gas train are fully closed before a system start-up or after system shutdown when wired and interlocked to a suitable flame safeguard control. The VPS will halt the start-up sequence to a burner if it detects an open automatic shutoff valve, thus preventing ignition under potentially dangerous conditions
- Release Signal Timing: min.10 s, max. 26 s.
- Maximum test volume 0.14 ft³
- “RUN” or “ALARM” condition is indicated by an LED.
- Electrical connection at screw terminals via 1/2“ NPT conduit connection.
- Detectable leakage rate (each valve): 0.2 to 1.4 ft³/h. See graph on page 2. in datasheet
- No field adjustments or settings required.

Application
The VPS 504 is recommended for industrial and commercial heating applications. Some authorities having jurisdiction accept the VPS in lieu of “proof of closure” when integrated with the preignition system and/or in lieu of a vent valve. It can also be used as a valve seat tightness check when used within its capabilities.
The VPS is suitable for dry natural gas, propane, air, and inert gases. NOT suitable for butane or any gas mixture containing 60 % or more of butane. A “dry” gas has a dew point lower than +15 °F and its relative humidity is less than 60 %.

VPS 504 S06 and S05 Valve proving system for DMV series safety shutoff valves

Download Files

Please leave your enquiry here, we will reply as soon as possible.
Name*  
Company Name  
Product Interested  
Quantity  
Email*  
Contact No.*  
Attachment  
*only support gif, jpeg, jpg, png, pdf
Messages*  

Call Us Now!

+603-8071 8844
+603-8071 7642
+60185765168

http://www.lsaenergy.com

 

 
 
 
SOCIAL MEDIA
 

Switch to Mobile Version
Recent Updates
Subscribe Newsletter