DHR Series Dual Heated Regulator, Electrically Heated
The Dual Heated Heated Pressure Regulator is designed to supply heat to samples entering instrumentation systems. It can be used to preheat liquids, to prevent condensation of gases or to vaporize liquids prior to gas analysis. Significant space savings can be realized due to the utilization of two discreet regulators that are heated by a common source.
The modular design of the Dual Heated Regulator consists of a heating element and pressure control sections. The pressure control sections are patterned after the time proven design of the PR-1 pressure reducing regulator and provides the same excellent outlet pressure stability. The heat exchanger section is made up of a body and a heating element.
The Dual Heated Heated Pressure Regulators are KEMA (Cenelec) approved. The electrical components of this unit are securely housed in a Class A/B/C/D condulet assuring that there is always an adequate flame path between the environment and the controller. Safety considerations can be further enhanced by using the optional TCO (Thermal Cut Out) heater cartridge and proportional controller. These features enable the unit to boast a T3 rating with 150 watts of power!
See for yourself how GO’s line of vaporizing regulators can be the answer to you most demanding needs.
- 316L stainless steel construction
- Electropolished body with better than 25 Ra finish in diaphragm cavity
- Operating temperatures up to 385° F [196° C]
- Bubble-tight shutoff
- Outlet pressure ranges are 10, 25, 50, 100, 250 and 500 psig
- Modular pressure control and heating element assemblies for easy maintenance
- Available in 120VAC or 240VAC
- Heating capacity ranges are 40, 50, 100 and 150 watts
- Optional TCO (Thermal Cut Out) heating cartridge and proportional controller
- KEMA certification # Ex-96.D.1862
- Proof pressure is 2 times maximum working pressure
- Burst pressure is 4 times maximum working pressure
- Weight: 8.7 lbs [3.95 kg]
- Mounting style is surface or panel (see Outline and Mounting Dimensions)
Maximum Temperature & Operating Inlet Pressures
| Seat Material | Maximum Temperature* | @ | Maximum Operating Inlet Pressure |
|---|---|---|---|
| Tefzel® | up to 175° F (up to 80° C) | @ | 3600 psig (24.82 MPa) |
| 176° F to 300° F (80° C to 148° C) | @ | 1000 psig (6.90 MPa) | |
| 301° F to 380° F (148° C to 193° C) | @ | 400 psig (2.76 MPa) | |
| High Density Teflon® | up to 175° F (up to 80° C) | @ | 3600 psig (24.82 MPa) |
| 176° F to 300° F (80° C to 148° C) | @ | 1000 psig (6.90 MPa) | |
| 301° F to 380° F (148° C to 193° C) | @ | 400 psig (2.76 MPa) | |
| CF Teflon® | up to 175° F (up to 80° C) | @ | 3600 psig (24.82 MPa) |
| 176° F to 300° F (80° C to 148° C) | @ | 1000 psig (6.90 MPa) | |
| 301° F to 380° F (148° C to 193° C) | @ | 400 psig (2.76 MPa) | |
| PCTFE | up to 175° F (up to 80° C) | @ | 3600 psig (24.82 MPa) |
| Polyimide | up to 175° F (up to 80° C) | @ | 6000 psig (41.37 MPa) |
| PEEK™ | up to 175° F (up to 80° C) | @ | 6000 psig (41.37 MPa) |
* Temperatures in excess of 175° F (80° C) require the use of a metal knob or the Tamper Proof option
