Install Instructions
Table Of Contents
- ProPress stainless approved fluids
- ProPress stainless approved gases
- Dimensional data
- ½" Stainless Steel, ASTM A312 flow rate, velocity, loss
- ¾" Stainless Steel, ASTM A312 flow rate, velocity, loss
- 1" Stainless Steel, ASTM A312 flow rate, velocity, loss
- 1¼" Stainless Steel, ASTM A312 flow rate, velocity, loss
- 1½" Stainless Steel, ASTM A312 flow rate, velocity, loss
- 2" Stainless Steel, ASTM A312 flow rate, velocity, loss
- 2½" Stainless Steel, ASTM A554 flow rate, velocity, loss
- 3" Stainless Steel, ASTM A554 flow rate, velocity, loss
- 4" Stainless Steel, ASTM A554 flow rate, velocity, loss
- Fitting friction loss equivalent length of tube (feet)
- MSS SP-58 or the maximum spacing and minimum rod sizes
- Minimum distance between press fittings
- ProPress standard jaws clearance requirements
- ProPress standard jaws clearance requirements between tube, wall, and floor
- ProPress compact jaws clearance requirements
- ProPress compact jaws clearance requirements between tube, wall, and floor
- ProPress rings dimensions
- ProPress rings with V1 actuator clearance requirements
- ProPress rings with V2 actuator clearance requirements
- ProPress rings with V1 actuator clearance requirements between tube, wall, and floor
- ProPress rings with V2 actuator clearance requirements between tube, wall, and floor
- ProPress rings with C1 actuator clearance requirements between tube, wall, and floor
- ProPress XL-C rings dimensions
- ProPress XL-C rings clearance requirements
- ProPress XL-C rings clearance requirements between tube, wall, and floor
- Minimum distance between existing soldered or brazed fitting and ProPress fitting
- Minimum distance between soldered fitting and ProPress fitting
- Minimum insertion depths for ProPress Stainless ½" to 2"
- Insertion depths for ProPress Stainless ½" to 2" no-stop couplings
- Minimum insertion depths ProPress Stainless 2½" to 4"
- Insertion depths for ProPress Stainless 2½" to 4" no-stop couplings
- About this Document
- Disclaimer
- Product Information
- Handling Instructions
- Installation Instructions
- Limited warranty
Product Information
10 of 56
IM-PP 599834 0320 ProPress Stainless
Media
1
System Operating Conditions
Product Line, Material, and Sealing
Element
2
ProPress Stainless
304 316
Comments
Max Pressure
(psig)
Temperature
Range (°F)
FKM EPDM FKM
Gases
Compressed Air
Oil Concentration ≤25 mg/m
3
200
Max 140°
✓ ✓ ✓
Oil Concentration >25 mg/m
3
✓ ✓
Nitrogen - N
2
✓ ✓ ✓
Carbon Dioxide - CO
2
Dry ✓ ✓ ✓
Argon - Ar ✓ ✓ ✓
Ammonia Anhydrous Max 120° ✓
Oxygen - O
2
Non-medical. Keep free of oil and grease
Max 140°
✓
Hydrogen - H
2
140 ✓ ✓ ✓
Acetylene Test pressure 350 psi 125 Ambient
6
✓ ✓ ✓
Vacuum
Minimum absolute pressure
750µm Hg Max 160° ✓ ✓ ✓
Special Media
Methanol
200
75° ✓
Latex Paint 32° to 250° ✓ ✓
Urea Solution Concentration ≤40%
140
100° ✓
Caustic Soda Concentration ≤50% 140° ✓
Acetone Liquid 70 -14° to 104° ✓
1
It is recommended that all systems be clearly labeled with the media being conveyed. For further information please consult Viega
Technical Services.
2
All Viega systems must be used with the manufacturer's recommended sealing element.
Contact your local Viega representative or Viega Technical Services for specic application temperature, pressure, and concentration limits.
3
System pressure and temperature ranges depend on sealing element. Any ranges listed above will be overruled by the sealing element
limits here:
3a
EPDM temperature ranges are typically 0°F to 250°F.
3b
FKM temperature ranges are typically 14°F to 284°F with temperature spikes (24hr) up to 356°F.
3c
HNBR temperature ranges are typically -40°F to 180°F.
4
System must contain adequate condensate drainage.
5
Ambient temperatures should be taken as normal operating conditions for the applications not to exceed sealing element limitations.
Table 2: ProPress stainless approved gases
DANGER!
Failure to verify suitability
Failure to verify suitability of the system for certain
applications may cause serious personal injury or even death.
■ It is the responsibility of designers to verify the suitability of type
304 or 316 stainless steel tubing for use with intended uid media.
■ The uid's chemical composition, pH level, operation temperature,
chloride level, oxygen level, and ow rate and their eects on AISI
type 304 stainless steel and/or type 316 stainless steel must be
evaluated by the material specier to conrm adequate system life.
The use of the system for applications other than those
listed or outside of these parameters must be approved by
the Viega Technical Services Department.










