hydraulic separators
A hydraulic separator is installed between the heat source and the heating circuits so that the boiler pump and the circuit pumps do not interfere with each other's flow. Options include versions for horizontal distribution manifolds DN 20 to DN 32 and low-loss headers from 1" to 6/4" for 1600 to 6000 l/h. The IVAR.LO-PHS floor support is available for DN 40 to DN 65 separators.
Product sorting
List of products
Floor support in lacquered steel for the IVAR.HS 220 and IVAR.HS 325 hydraulic...
Hydraulic separator - for horizontal distribution manifold - 5/4"Fx5/4"F
Hydraulic separator - for horizontal distribution manifold DN 25 - 3500l/h *AP*
Hydraulic separator - for horizontal distribution manifold DN 32 - 4800l/h *AP*
Hydraulic separator with a diameter of 220 mm for balancing pressure between...
Original Vaillant DN100 connecting pipe for models PHE C 480-90, PHE C 600-120 and...
Original Vaillant connection fitting for plate heat exchanger PHE S 120-70 –...
Original Vaillant DN65 connecting pipe for the PHE C 240-40 and PHE C 360-70...
Genuine Vaillant thermal insulation for the DN65/DN100 connecting pipework of the...
Original Vaillant PHE S 120-70 plate heat exchanger (120 kW, 1 1/4" threaded...
Original shaped Vaillant thermal insulation for plate heat exchanger PHE C 240-40...
Original shaped thermal insulation from Vaillant for the PHE C 360-70 plate heat...
Original shaped thermal insulation Vaillant for plate heat exchanger PHE C 720-170...
Original shaped thermal insulation Vaillant for plate heat exchanger PHE S 120-70...
Original shaped Vaillant thermal insulation for the PHE C 480-90 plate heat...
Original shaped thermal insulation from Vaillant for the PHE C 600-120 plate heat...
Listing controls
- Hydraulic separator - for horizontal distribution manifold IVAR.550 A
- Hydraulic separator IVAR.548 Z
Frequently Asked Questions
- What is a hydraulic separator (pressure balancer) used for? It separates the primary boiler circuit from the secondary heating circuits and equalizes the different flow rates between them, preventing them from hydraulically affecting each other.
- How to choose the correct size of separator? According to the maximum flow rate in l/h that the device needs to handle - variants ranging from 1600 to 6000 l/h are available.
- Is a separator necessary with multiple circuits with different flow rates? Yes, it prevents the pumps of individual circuits from affecting each other and stabilizes the system's hydraulics.
- Can the separator be connected directly to a horizontal DN 25/32 manifold? Yes, variants designed specifically for these manifolds are available.
