Sale!

Parker Double Acting Rodless Air Cylinder: 4″ Bore, 1″ Stroke 4.00Nlp91.00

Original price was: $300.00.Current price is: $138.84.

PARKER 

Double Acting Rodless Air Cylinder: 4″ Bore, 1″ Stroke 4.00NLP91.00
MSRP: $300

  • Type Double Acting
  • Bore Size (Decimal Inch) 4.00
  • Bore Size (Inch) 4
  • Rod Diameter (Decimal Inch) 1.0000
  • Stroke Length (Inch) 1
  • Mounting Style Head or Cap
  • Port Size 3/8
  • Port Type NPT
  • Width (Inch) 5.5 in
  • Width (Decimal Inch) 5.5 in
  • Width (mm) 5.5 in
  • Length (Decimal Inch) 2.750
  • Material Aluminum; Steel/Aluminum
  • Seal Material Nitrile butadiene rubber
  • Maximum Working Pressure (psi) 250; 250 psi
  • Rod Thread Size 3/4-16
  • Style Female




 Please review photos, comes as shown.


Fast shipping, straight from our warehouse in sunny Florida!

Industry Recycles

155 Center Ct, Venice, FL 34285

May 19 23

HS2232
Star19 

MPN: 4.00NLP91.00
MSRP: $300
CYLINDER ACTION: Double-Acting
CYLINDER TYPE: Rodless Cylinder
BRAND: Parker

1 in stock

SKU: May1923HS2232Star19 Category:

Description

PARKER 

Double Acting Rodless Air Cylinder: 4″ Bore, 1″ Stroke 4.00NLP91.00
MSRP: $300

  • Type Double Acting
  • Bore Size (Decimal Inch) 4.00
  • Bore Size (Inch) 4
  • Rod Diameter (Decimal Inch) 1.0000
  • Stroke Length (Inch) 1
  • Mounting Style Head or Cap
  • Port Size 3/8
  • Port Type NPT
  • Width (Inch) 5.5 in
  • Width (Decimal Inch) 5.5 in
  • Width (mm) 5.5 in
  • Length (Decimal Inch) 2.750
  • Material Aluminum; Steel/Aluminum
  • Seal Material Nitrile butadiene rubber
  • Maximum Working Pressure (psi) 250; 250 psi
  • Rod Thread Size 3/4-16
  • Style Female




 Please review photos, comes as shown.


Fast shipping, straight from our warehouse in sunny Florida!

Industry Recycles

155 Center Ct, Venice, FL 34285

May 19 23

HS2232
Star19 

MPN: 4.00NLP91.00
MSRP: $300
CYLINDER ACTION: Double-Acting
CYLINDER TYPE: Rodless Cylinder
BRAND: Parker

Additional information

Weight 1 lbs
MSRP

Cylinder Action

Cylinder Type

Condition

Used

Condition Description