piwik image

Aeroquip® 38-190627-12-12 AER 38-190627-12-12 | Tipco Technologies
Aeroquip® 38-190627-12-12
Send Print
  1. pin-int

Aeroquip® 38-190627-12-12

Aeroquip® 190627 Zinc Clear Trivalent Chromate Brass/Carbon Steel MNPTF Super Gem Reusable Straight Hose Fitting, 3/4 in

  • Manufacturers: Danfoss
  • Brand Name: Aeroquip®
  • Tipco Part No: AER 38-190627-12-12
  • MPN: 38-190627-12-12
  • UPC: 678146031341
  • Min. Order Qty: 1
  • Qty. Interval: 1
  • Register to see Availability

Aeroquip® Super Gem Reusable Straight Hose Fitting, 190627 Series, Hose Connection: 3/4 in, Connection Type 1: Hose, Connection Size 1: 3/4 in, Hose Dash Size: 12, Connection Type 2: NPTF, Gender 2: Male, Connection Size 2: 3/4 in, Nominal Size: 3/4 in, Thread Size 2: 3/4-14, Hex Size: 1.12 in, Cut-Off Factor: 1.61 in, Brass/Carbon Steel, Finish: Zinc Clear Trivalent Chromate, For Use With: 2807, FC465, and S-TW PTFE Hoses, Dimensions: 2.26 in L x 1.12 in W x 1.12 in H, Dimension Standards: SAE 100R14

California residents see Prop 65 WARNINGS

Fitting Type      :      Straight Hose Fitting
Gender 2      :      Male
Connection Size 2      :      3/4 in
Nominal Size      :      3/4 in
Thread Size 2      :      3/4-14
Hex Size      :      1.12 in
Cut-Off Factor      :      1.61 in
Material      :      Brass/Carbon Steel
Finish      :      Zinc Clear Trivalent Chromate
For Use With      :      2807, FC465, and S-TW PTFE Hoses
Series      :      190627
Dimensions      :      2.26 in L x 1.12 in W x 1.12 in H
Dimension Standards      :      SAE 100R14
Hose Connection      :      3/4 in
Connection Type 1      :      Hose
Connection Size 1      :      3/4 in
Hose Dash Size      :      12
Connection 2      :      3/4 in NPT
Connection Type 2      :      NPTF
  • New Dura-Kote™ plating technology for up to 1000 hr of corrosion-resistant
  • Engineered to provide peak performance with Danfoss's core braided hose products
  • Can be assembled in the field without special tooling
  • Reduced downtime
  • Quick repair

Applications: For sustainable approach to designing hydraulic systems