Welcome
to Steam & Fluid Control Pty Ltd (S&FC)
-
Exclusive authorised distributor of TLV Products and Services
for QLD, PNG & Northern Rivers of NSW
- Exclusive authorised distributor of Clorius Controls A/S Products and Services
for QLD, NSW & PNG
- Authorised
distributor for Legris transair Products and
Services for QLD, PNG & Northern Rivers of NSW
- Authorised
distributor for Emech contol products and services for
QLD, PNG & Northern Rivers of NSW
Condensate
recovery pumps with motorized condensate transport
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| CP-N |
CP-S |
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| Condensate
recovery pump suitable for use on closed recovery applications
with high-lift, high-temperature direct return to the boiler. |
Condensate
recovery pump suitable for use on open recovery applications
such as those that pump to a tank, with lift heads up to 30
m and temperatures up to 120 ºC. |
Condensate
Recovery Pumps for Vacuum Applications
Vacuum
pumps suitable for low pressure condensate recovery on air
conditioning system, etc.
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| CP-V1 |
|
|
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| Vacuum
condensate recovery pump suitable for condensate recovery from
equipment in which sufficient trap operating differential pressure
cannot always be secured, such as air conditioning. |
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PowerTrap®
(Mechanical Pump with Built-in Trap)
Condensate
recovery pump with integral trap requiring no electricity.
|
Operating
Pressure Range: Vacuum - 1.4 MPaG
Operating Temperature Range: 0 - 200 °C |
| GT10 |
GT10L |
 Data Sheets: |
 Data Sheets: |
Mechanical
condensate recovery pump. An integral steam trap makes it
suitable for condensate removal from equipment that experiences
fluctuations in pressure from positive to negative pressure.
No need for construction of electricity supply. Low running
costs. Maximum discharge capacity of approximately 7 t/h.
|
This is the compact version of the GT10 condensate recovery pump. Operates with a lower filling head than the GT10. An integral steam trap makes it suitable for condensate removal from equipment that experiences fluctuations in pressure from positive to negative pressure. No need for construction of electricity supply. Low running costs. Maximum discharge capacity of approximately 1.5 t/h. |
