Micro-Fog Lubricators for Best Lubrication in General Purpose Pneumatic Applications
Excelon Design Allows In-Line or Modular Installation
Push to Lock Adjusting Knob with Tamper Resistant Accessory
High Efficiency Water & Particle Removal
Micro-Fog Lubricators for Best Lubrication in General Purpose Pneumatic Applications
Excelon Design Allows In-Line or Modular Installation
Excelon Design Allows in-Line Installation or Modular Installation with Other
Quick Release Bayonet Bowl
Quick Release Bayonet Bowl
Excelon Design Allows in-Line Installation or Modular Installation with Other
Good Regulation Characteristics
Non-Rising Adjusting Knob has Snap-Action Lock
Diaphragm & Balanced Valve Design Ensure Good Regulation Characteristics
Non-Rising Adjusting Knob Has Snap-Action Lock
High Efficiency Water & Particle Removal
Push to Lock Adjusting Knob with Tamper Resistant Accessory
Standard Relieving Models Allow Reduction of Downstream Pressure When the
Balanced Valve Design for Optimum Pressure Control
All Round 360 deg Visibility of Sight-Feed Dome for Ease
Flow Sensor Provides A Nearly Constant Oil/Air Ratio Over A
Push to Lock Adjusting Knob with Tamper Resistant Accessory
Excelon Design Allows In-Line or Modular Installation
High Efficiency Water Removal
Non-Rising Adjusting Knob has Snap-Action Lock
Excelon Design Allows in-Line Installation or Modular Installation with Other
High Efficiency Water & Particle Removal
High Efficiency Water & Particle Removal
Push to Lock Adjusting Knob with Tamper Resistant Accessory
Excelon Design Allows In-Line Installation or Modular Installation with Other
Quick Release Bayonet Bowl
Service Indicator Standard
High Efficiency Oil & Particle Removal
Excelon Design Allows in-Line Installation or Modular Installation with Other
High Efficiency Water & Particle Removal
Accurate & Quick Response to Changes in Flow Demand &
Can Be Serviced Without Removal from the Air Line
Push to Lock Adjusting Knob with Tamper Resistant Accessory
Excelon Design Allows in-Line Installation or Modular Installation with Other
Excelon Design Allows In-Line Installation or Modular Installation with Other
Quick Release Bayonet Bowl
Excelon Design Allows In-Line or Modular Installation
Flow Sensor Provides A Nearly Constant Oil/Air Ratio Over A
Ported Regulators for General Purpose Pneumatic Applications
Relieving Operation as Standard
High Efficiency Oil & Particle Removal
Standard Service Life Indicator Turns from Green to Red When
Effective Liquid Removal & Positive Solid Filtration
Large Filter Element Area for Minimum Pressure Drop
Flow Sensor Provides A Nearly Constant Oil/Air Ratio Over A
All Round 360 deg Visibility of Sight-Feed Dome for Ease
Quick Release Bayonet Bowl
Push to Lock Adjusting Knob with Tamper Resistant Accessory
Excelon Design Allows in-Line Installation or Modular Installation with Other
Quick Release Bayonet Bowl
Filter Regulators for All General Purpose Pneumatic Applications
Transparent Bowl for 360 deg Visibility
All Round 360 deg Visibility of Sight-Feed Dome for Ease
Excelon Design Allows In-Line or Modular Installation
High Efficiency Water & Particle Removal
Quick Release Bayonet Bowl
Ported Regulators for General Purpose Pneumatic Applications
Non-Rising Adjusting Knob with Snap-Action Lock
High Efficiency Water & Particle Removal
Quick Release Bayonet Bowl
High Efficiency Water & Particle Removal
Quick Release Bayonet Bowl
Non-Rising Adjusting Knob has Snap-Action Lock
Good Regulation Characteristics
Excelon Design Allows in-Line Installation or Modular Installation with Other
High Efficiency Water & Particle Removal
Quick Release Bayonet Bowl
High Efficiency Water & Particle Removal
Quick Release Bayonet Bowl
Excelon Design Allows in-Line Installation or Modular Installation with Other
Balanced Valve Design for Optimum Pressure Control
Excelon Design Allows In-Line or Modular Installation
Balanced Valve Design for Optimum Pressure Control
Standard Relieving Models Allow Reduction of Downstream Pressure When the
Excelon Design Allows In-Line or Modular Installation
Standard Relieving Models Allow Reduction of Downstream Pressure When the