Mixing Valves
Overview
Tunstall (TFT) Thermostatic Valves utilize the principle of expanding wax, which in the semi-liquid state undergoes large expansion rates within a relatively narrow temperature range. The self-contained element activates a stainless steel sleeve, which directs flow. All TFT Thermostatic Valves are factory set at predetermined temperatures: no further adjustments are necessary. A wide range of temperatures are available for water and oil temperature control applications.
When used in a diverting application, on start-up the total fluid flow is routed back to the main system. As fluid temperature rises to the control range, some fluid is diverted to the cooling system. As fluid temperature continues to increase, more flow is diverted. When the thermostat is in a fully stroked condition, all fluid flow is directed to the cooling system. TFT Thermostatic Valves may also be used in a mixing application.
In a mixing application, hot fluid enters the “B” port and colder fluid enters the “C” port. The flows mix and the thermostat adjusts to reach the desired temperature, exiting the “A” port.
Standard TFT thermostatic valve housings are made from aluminum and grey iron castings, however, ductile iron, bronze, steel and stainless steel housings are available.
Available Connections: NPT, SAE O-Ring, 125# FF Flange, 150# and 300# RF Flange.
| 2010 | 2″ NPT |
| 2010-1 | 1 1/2″ NPT |
| 2010J24 | 1 1/2″ SAE O-Ring |
| A2010J32 | 2″ SAE O-Ring |
| F2010 | 2″ 125# FF Flange |
| SF2010 | 2″ 150# RF Flange |
| SF2010X | 2″ 300# RF Flange |
Features
Optional Features:
- High over temperature element
- Plated element
- Other options available upon request.
Features:
- Wide Range of Temperatures
- Rugged Construction
- Heavy Duty
- Tamper-Proof
- Self-Contained
- Operate in any position
- Replaceable Element
- Compact
- Non-Adjustable
- Available for Refrigeration Service
Specifications
| Model Number |
Body Material (*) |
Nominal Pipe Size |
Principal Dimensions (Units in. & (mm)) |
|||
| “X” | “Y” | “W” | “Z” | |||
| *2010-1 | A,B,D S, SS |
1 1/2″ NPT | 3 13/16 (96.84) |
3 9/16 (90.49) |
6 5/16 (160.34) |
9 3/4 (247.65) |
| *2010 | A,B,D S, SS |
2″ NPT | 3 13/16 (96.84) |
3 9/16 (90.49) |
6 5/16 (160.34) |
9 3/4 (247.65) |
| *2010J24 | A,B,D S, SS |
SAE 24 1 1/2″ |
3 13/16 (96.84) |
3 9/16 (90.49) |
6 5/16 (160.34) |
9 3/4 (247.65) |
| *2010J32 | A,B,D S, SS |
SAE 32 2″ |
3 13/16 (96.84) |
3 9/16 (90.49) |
6 5/16 (160.34) |
9 3/4 (247.65) |
| *F2010 | A,B,D | 2″ 125# FF FLANGE |
4 3/4 (120.65) |
4 9/16 (115.89) |
7 9/16 (192.09) |
10 5/8 (269.88) |
| S, SS | 2″ 150# RF FLANGE |
4 7/8 (123.83) |
4 9/16 (115.89) |
7 9/16 (192.09) |
10 7/8 (276.23) |
|
| *F2010X | S, SS | 2″ 300# RF FLANGE |
5 (127.00) |
4 11/16 (119.06) |
7 15/16 (201.61) |
11 1/8 (282.58) |
| Model Number |
Max Width in the Other Plane |
Flange Drilling | No. of Elements |
Approx. Shipping Weight |
||
| No. of Holes |
Dia. of Holes |
Bolt Circle |
||||
| *2010-1 | 5 1/2 (139.70) |
N/A | N/A | N/A | 1 | A & D=21#, B=24# S & SS=23# |
| *2010 | 5 1/2 (139.70) |
N/A | N/A | N/A | 1 | A & D=21#, B=24# S & SS=23# |
| *2010J24 | 5 1/2 (139.70) |
N/A | N/A | N/A | 1 | A & D=21#, B=24# S & SS=23# |
| *2010J32 | 5 1/2 (139.70) |
N/A | N/A | N/A | 1 | A & D=21#, B=24# S & SS=23# |
| *F2010 | 6 (152.40) |
4 | 3/4 (19.05) |
4 3/4 (120.65) |
1 | A=32#, B=40# D=32# |
| 6 (152.40) |
4 | 3/4 (19.05) |
4 3/4 (120.65) |
1 | S & SS=34# | |
| *F2010X | 6 1/2 (165.10) |
8 | 3/4 (19.05) |
5 (127.00) |
1 | S & SS=36# |
*(Replace * with body material type; A=Cast Iron, B=Bronze, D=Ductile, S=Steel, SS=Stainless Steel)
| PRESSURE RATINGS | |
| MATERIAL | PSI |
| A, B | 150 |
| D | 250 |
| S, SS | 500 |
| SF, SSF | 275 |
| SFX, SSFX | 720 |

