Please wait while we process your order...

Product successfully added to your cart.
Cart Image

Quantity in Cart: 1


Continue Shopping Shopping Cart
Item removed from Cart
X
 
×
Product Image

Graco 2007839 Kit, Restrictor, W/O-Ring, .062 Orifice

Precision restrictor kit with a .062 orifice designed to control and stabilize fluid flow in Graco high-pressure spray and proportioning systems.

  • .062 orifice for precise flow restriction
  • Supports Graco fluid control and spray systems
  • Improves consistency in material delivery
  • Supplied without O-ring for modular assemblies

List Price: $281
You save: $39.06 (13.90%)
Sale Price: $241.94
0
Based on 0 reviews
5
0%
4
0%
3
0%
2
0%
1
0%

Precision Flow Restrictor Kit Overview

Compatible Machines

System Type Application Use
Graco Fluid Control Systems Used in select Graco metering and fluid regulation assemblies for controlled flow restriction.
Industrial Spray Equipment Compatible with high-pressure spray systems requiring precise fluid metering.
Proportioning Systems Supports Graco proportioners and dosing equipment for accurate material delivery.

The Graco 2007839 Kit, Restrictor, W/O-Ring, .062 Orifice is a precision flow control component designed to regulate fluid passage within Graco spray and proportioning systems. It ensures accurate material delivery by limiting flow through a calibrated orifice.

Engineered for consistency and durability, the .062 orifice restrictor kit helps maintain stable spray performance and improves overall system control in high-pressure applications.

Frequently Asked Questions

It is used to regulate fluid flow in Graco systems by restricting passage through a precision .062 orifice for controlled output.

No, this version is supplied without an O-ring, making it suitable for assemblies where sealing components are already integrated.

It is compatible with select Graco fluid control, proportioning, and high-pressure spray systems requiring precise flow restriction.

It ensures controlled fluid flow, improving spray consistency and system performance in precision applications.

Payment Method   Payment Method   Payment Method   Payment Method