Tigerloop makes a one-pipe system possible for all types of oil heating installations helping to ensure environmental safety, cost-effectiveness and reliability.
Features
The improved original, third-generation automatic oil de-aerator. The innovation presented by Tigerholm in 1971 has for over 30 years made oil heating installations more efficient, safe and environmentally friendly. To be combined with a separate oil filter.
Patented float system
Unique built-in overpressure valve opens at 0.8 bar
Protects equipment in the system (oil pump, oil hoses, etc.)
High de-aeration capacity (8 l/h)
High reliability
Technical Data
Model
Pump Connection
Tank Connection
TON110I
1/4" female threading
1/4" female threading
TON110A
3/8" male threading
1/4" female threading
Technical Data - Tigerloop
Max nozzle capacity
110 l/h (29 GPH)
Max return oil pumped into the Tigerloop®
120 l/h (32 GPH)
Max oil flow
230 l/h (61 GPH)
Max de-aerating capacity
8 l/h (2 GPH)
Max operating temperature
60°C (140°F)
Max. / Min. operating pressure in feed line
+0,5 / -0,6 bar (+7.3 / -8.7 psi)
Tigerloop® Combi 3
The performance of the original Tigerloop, with the convenience of an included, combined high-quality oil filter.
Features
The New Tigerloop Combi 3 offers several advantages thanks to the integrated shut-off valve for simple filter change and service. The integrated oil filter allows the possibility of choosing different oil filter inserts depending on the need. There is an optional integrated vacuum gauge for full control and easy troubleshooting. The installation is done with fewer connections simplifying the installation and reducing the risk for leakage.
Convenient, all-in-one solution
Includes a combined high-quality oil filter, integrated shut-off valve and optional vacuum gauge
Possible to select different filter inserts depending on need
Fewer installation connections with combined filter
Less risk for leakage
Easy to install
Technical Data
Model
Pump Connection
Tank Connection
TC3 110I
1/4" female threading
3/8" female threading
TC3 110A
3/8" male threading
3/8" female threading
Technical Data - Tigerloop
Max nozzle capacity
110 l/h (29 GPH)
Max return oil pumped into the Tigerloop®
120 l/h (32 GPH)
Max oil flow
230 l/h (61 GPH)
Max de-aerating capacity
8 l/h (2 GPH)
Max operating temperature
60°C (140°F)
Max. / Min. operating pressure in feed line
+0,5 / -0,6 bar (+7.3 psi / -8.7 psi)
Tigerloop® Plus
The performance of the original Tigerloop and Tigerloop Combi 3, with addition of Tigerloop Plus' included vacuum meter, shut-off valve and spin-on paper filter.
Features
The Tigerloop Plus has been developed to meet the highest demands for cleaner, air-free oil. The smart, all-in-one design includes a vacuum gauge for full control and simple troubleshooting, a shut off valve for easy service and a Spin-on paper filter for the toughest filtration needs.
Convenient, all-in-one solution
Included spin-on paper filter, vacuum gauge and shut-off valve
Fewer installation connections with combined filter
Less risk for leakage
Easy to install
Extremely large filtration area of 1850 cm2 (287 in2)
High filtration grade of 20 microns
Technical Data
Model
Pump Connection
Tank Connection
TPN110I
1/4" female threading
1/4" female threading
Technical Data - Tigerloop
Max nozzle capacity
110 l/h (29 GPH)
Max return oil pumped into the Tigerloop®
120 l/h (32 GPH)
Max oil flow
230 l/h (61 GPH)
Max de-aerating capacity
8 l/h (2 GPH)
Max operating temperature
60°C (140°F)
Max. / Min. operating pressure in feed line
+0,5 / -0,6 bar (+7.3 psi / -8.7 psi)
Tigerloop® Twin
For larger capacity burners, the Tigerloop Twin is an integrated, easy to install unit that provides double the de-aeration capacity of a standard Tigerloop.
Features
The Tigerloop Twin is comprised of two units of standard Tigerloop conveniently connected in parallel and combined with a separate oil filter. The oil filter (tank connection) can be installed on either side of the unit. The Tigerloop Twin is for larger capacity burners up to 2000 kW.
Double the de-aeration capacity in one easy to install, perfectly balanced unit
Eliminate the risk of leakage in the return line
Reduce the flow of fuel, preserve quality of oil
Less dirt/sludge transported in the system
Better combustion, reduces oil consumption
Solve the problem of nozzle dripping causing soot build up
Provides the best possible operating conditions for pump
The installers save time and money (easier installation
