HL2024 Inline
A solution in the pipeline.
HL2024
Inline
A solution in the pipeline.
HL2024 Inline
The HL2024 Inline is installed into the piping and optimally regulates the flow, for example into draw-off points. As such the HL2024 Inline ensures savings, optimal user comfort and system stabilisation.
Installed into the piping towards the cold ánd hot inlets of mixer taps, the HL2024 Inline significantly reduces temperature fluctuations.
HL2024 Inline
The HL2024 Inline is installed into the piping and optimally regulates the flow, for example into draw-off points. As such the HL2024 Inline ensures savings, optimal user comfort and system stabilisation.
Installed into the piping towards the cold ánd hot inlets of mixer taps, the HL2024 Inline significantly reduces temperature fluctuations.
Benefits at a glance:
Benefits at a glance:
Temperature regulation
Never jump because it’s too hot or too cold!
HL2024 helps thermostatic mixers function at their optimum so that the water temperature is kept much steadier. That lets HL2024 provide greater comfort and improved safety. Never too hot or too cold. Always exactly right.
Comfort
Showering will now be even more enjoyable!
HL2024 always gives the same, optimum volume of water. Not too much, not too little – always exactly enough!
Savings
Lower water and energy bills!
HL2024 automatically saves water and energy without changes in behaviour being needed. HL2024 also reduces CO2 emissions. In this way, HL2024 creates savings and protects the planet.
System stabilisation
Enough water for every tap!
With HL2024, the pressure in the water system is maintained better. Therefore more pressure and more water is available for other draw-off points.
Temperature regulation
Never jump because it’s too hot or too cold!
HL2024 helps thermostatic mixers function at their optimum so that the water temperature is kept much steadier. That lets HL2024 provide greater comfort and improved safety. Never too hot or too cold. Always exactly right.
Comfort
Showering will now be even more enjoyable!
HL2024 always gives the same, optimum volume of water. Not too much, not too little – always exactly enough!
Savings
Lower water and energy bills!
HL2024 automatically saves water and energy without changes in behaviour being needed. HL2024 also reduces CO2 emissions. In this way, HL2024 creates savings and protects the planet.
System stabilisation
Enough water for every tap!
With HL2024, the pressure in the water system is maintained better. Therefore more pressure and more water is available for other draw-off points.
An end to
Temperature fluctuations
Temperature fluctuations in (thermostatic) mixers are a common complaint; often inconvenient and sometimes even dangerous. These fluctuations are mostly caused by pressure fluctuations in the system.
With HL2024 fitted on both mixer inlets (hot and cold), pressure fluctuations in the system have significantly less effect on the mixer. Thermostatic mixers can then function optimally, making the outgoing flow temperature much more constant. In addition, the outgoing flow from normal mixers can be kept at a steadier temperature too.
Read more about HL2024 and temperature regulation in our Information card >
An end to
Temperature fluctuations
Temperature fluctuations in (thermostatic) mixers are a common complaint; often inconvenient and sometimes even dangerous. These fluctuations are mostly caused by pressure fluctuations in the system.
With HL2024 fitted on both mixer inlets (hot and cold), pressure fluctuations in the system have significantly less effect on the mixer. Thermostatic mixers can then function optimally, making the outgoing flow temperature much more constant. In addition, the outgoing flow from normal mixers can be kept at a steadier temperature too.
Read more about HL2024 and temperature regulation in our Information card >
HL2024
Inline
1P 15mm
m-m
HL2024
Inline
1P 1/2″
f-m
HL2024 Inline
1P 1/2″
m-f
HL2024 Inline
1P 3/4″
m-m
HL2024
Inline
1P 15mm
m-m
HL2024
Inline
1P 1/2″
f-m
HL2024
Inline
1P 1/2″
m-f
HL2024
Inline
1P 3/4″
m-m
Mounting
into the piping and/or to a flexible water hose
into the piping and/or to a flexible water hose
into the piping and/or to a flexible water hose
into the piping
Connections
inlet: G 1/2″ (BSPP) male x 15mm for compressions fittings
outlet: G 1/2″ (BSPP) male x 15mm for compressions fittings
inlet: G 1/2″ (BSPP) female
outlet: G 1/2″ (BSPP) male
inlet: G 1/2″ (BSPP) male
outlet: G 1/2″ (BSPP) female
inlet: G 3/4″ (BSPP) male
outlet: G 3/4″ (BSPP) male
Material
brass 4MS
brass 4MS
brass 4MS
brass 4MS
Maximum
operating temperature
90 °C
90 °C
90 °C
90 °C
Flow rate
variants
5.0 l/min
7.8 l/min
5.0 l/min
7.8 l/min
5.0 l/min
7.8 l/min
5.0 l/min
7.8 l/min
Suitable for use
with drinking water
Yes. Kiwa Water Mark
Yes. Kiwa Water Mark
Yes. Kiwa Water Mark
Yes. Kiwa Water Mark
Certified
pressure independent
Yes. Kiwa evaluation guideline K635
Yes. Kiwa evaluation guideline K635
Yes. Kiwa evaluation guideline K635
Yes. Kiwa evaluation guideline K635
WRAS
approved
Yes.
Yes.
Yes.
Yes.
HL2024 Inline
1P 15mm m-m
HL2024 Inline
1P 1/2″ f-m
HL2024 Inline
1P 1/2″ m-f
HL2024 Inline
1P 3/4″ m-m
Data sheet
Want to learn more?
Read about applications and specifications in our data sheet.
HL2024 Inline
1P 15mm m-m
Download ↓
HL2024 Inline
1P 1/2″ f-m
Download ↓
HL2024 Inline
1P 1/2″ m-f
Download ↓
HL2024 Inline
1P 3/4″ m-m
Download ↓
Manual
Ready for use?
Learn more about installation, maintenance and warranty.
HL2024 Inline
1P 15mm m-m
Download ↓
HL2024 Inline
1P 1/2″ f-m
Download ↓
HL2024 Inline
1P 1/2″ m-f
Download ↓
HL2024 Inline
1P 3/4″ m-m
Download ↓
