Business Vision DuraDrive VBB/VBS Series Ball Valves and Actuators
Mar 26, 2015
Business VisionDuraDriveVBB/VBS Series Ball Valves and Actuators
Schneider Electric | Ball Valves for HVAC | July, 2010 2
DuraDrive, ball valve and actuator assemblies for baseboard heating, fan coil units, VAV re-heat, and unit ventilators
Contents:
● PopTop convenience
● Maximum simplicity
● A high level of control for your applications
● Consistent high level of performance
● More energy savings
● Appendix
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PopTop Convenience
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• One-handed removal or engagement of the actuator to the valve body
• Push lever to release
• No tools or linkages required
• Only 1” clearance needed to remove actuator
PopTopTM Convenience – Easy to Install
Release lever
Manual Override
1 inchClearance
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Maximum simplicity
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Oversize Wrench Flats – Easy to Install
VBB/VBS
Competitor
• Contractor friendly • Keep threads and flats from deforming
• Stands up to abuse in the field
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Designed as an assembly – interchangeable valves and actuators
Non-spring Return Floating or Proportional
Spring Return Floating or Proportional Normally Open or Normally Closed
Spring Return On/Off (2 Position) Normally Open or Normally Closed
Stainless Steel Ball & Stem (VBS)
Chrome Plated Brass Ball w/SS Stem (VBB)
Chrome Plated Brass Ball w/SS Stem (VBB)
Stainless Steel Ball Valve & Stem (VBS)
ActuatorsValves
2-Way ½” and ¾”
3-Way ½” and ¾”
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Field Configurable Input Signal Options
●Configure proportional actuators at point of sale or in the field●No special, expensive programming tools required●Choice of 0-10 Vdc, 0-5 Vdc, 5-10 Vdc or 4-20 mA●Direct Acting or Reverse Acting●Greater flexibility, less inventory, fewer sku’s
Jumpers
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A high level of control for your applications
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300:1 Rangeability = Better Control
Rangeability is a design characteristic of a valve defined as the ratio of the maximum controllable flow to the minimum controllable flow.
For a given valve size, the higher the rangeability, the better because the valve can control a smaller flow rate.
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Better Control
● 300:1 Rangeability
● Better control at low flow
● Greater control of temperature
● More stable system
Example:-Maximum controllable flow through valve = 100 gallons/min (gpm)
- Minimum controllable flow through valve = 2 gallons/min (gpm)Rangeability = 100/2 = 50/1
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Consistent high level of performance
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Exploded View – VBB/VBS Design
PTFE seals allow for lower friction and higher temperature resistance.
With the addition of wave springs, the PTFE seals continually adjust for wear and contamination.
• Less torque required to move ball allows use of smaller actuators
•Unique, patented design
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Reliability Assured
●100% inspected AND water tested under pressure●Fewer call-backs●Trouble-free performance
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More energy savings
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Valve leakage, why is it important?
If you don’t control at close-off, you don’t have control.
ANSI 2 ANSI 3 ANSI 4
*MAX Leakage for 4.5 Cv valve, 3 psi Pressure Drop in 15 minutes
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DuraDrive ball valves with ANSI IV rating
ANSI IV rated
both A and B ports
for 3 –way valves
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Product Range
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Ball Valve Product Range
2-Way Ball Valve Assemblies
½" ¾" 1" 1¼" 1½" 2" 2½" 3"
3-Way Ball Valve Assemblies½" ¾" 1" 1¼" 1½" 2"
VBB2Nx
VBB3Nx VB-2313-x
VB-2213-x75% of applications
are ½” to ¾”
Valve and actuator designed together as a system for optimal performance
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Assembly Part number as easy as adding a “ ”
ActuatorValve Body Complete Assembly
DuraDrive VBB/VBS Part Numbering
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Valve Body Part Number Scheme
Example: VBB3N02 – ½” 3-way 1.0 Cv brass ball and stem
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Actuator Part Number Scheme
All other part number field characters share common designations ● Spring return● Wiring
M1 versus M2
M1Floating and proportional
M22-Position
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Actuator Part Number Scheme – M1
Example: M113A00 – Proportional Normally Open SR w/ Terminal Block
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Actuator Part Number Scheme – M2
Example: M210A12 – 2-Position 24V Normally Open 18” lead w/ Aux Switch
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Appendix
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DuraDrive Ball Valve Assembly Literature
● F-27395 Selection Guide
● F-27681 Sales Brochure
● F-27392 Installation InstructionsTwo-Position Actuator
● F-27393 Installation Instructions Floating Actuator
● F-27394 Installation Instructions Proportional Actuator
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Competitive Comparison
Attributes
Schneider Electric – VBB/VBS Series
Johnson Controls - VG1000 Series
Honeywell - VBN2, VBN3 Series
Belimo - CCV with TR or TF Actuator
Actuator Control Type On/Off, Floating, Proportional - field selectable
On/Off, Floating, Proportional
On/Off, Floating, Proportional
On/Off, Floating, Proportional
Manual Override Yes - lever Yes - lever Yes - lever Yes - lever
Electrical Connections Terminal block; plenum cable; appliance wire (On/Off only)
Screw terminals; cable Terminal block Terminal block; plenum cable; appliance wire
Actuator Mounting PopTop – lever release Screws onto linkage Screws onto platform Screws onto platform
Valve leakage rating ANSI IV (0.01%) 2-way and 3-way A and B ports
ANSI IV (0.01%); 1% on 3-way bypass port
ANSI IV (0.01%); (no rating on 3-way bypass port)
0% A to AB (no ANSI rating); <2% B to AB (no ANSI rating)
Media Temperature
200F – 2500F
Chrome plated ball:
230F – 2030F;
SS ball: 230F – 2500F-220F – 2500F 00F – 2120F
Valve End Connection NPT with oversize wrench flats
NPT- standard wrench flats
NPT- standard wrench flats
NPT- standard wrench flats
Dimensions (H,W,L) for 2-way 1/2" valves with actuators
NSR: 4.3"x 4.2"x 5.1" SR: 5.6"x 4.2"x 5.1" Req'd clearance height: 1"
NSR: 7"x 2.5"x 7.8" SR: 7.9"x 3.3"x 7.3" Req'd clearance height: 3.5"
8"x 4"x 6.6"
NSR: 5"x 2.5"x 4.2" SR: 5"x 3.1"x 7.2"