75 Search results for "3x4 "

These are our bestsellers for your search: "3x4 "

rMIX DN25 3x4+3mix R 35

Item no. 001 563 Two-zone discharge Bestsellers

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 12.5 • V'max[100mbar] = 4m³/h
Q'max[20K] = 93kW
2nd mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4+3mix L 35

Item no. 001 562 Two-zone discharge Bestsellers

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 12.5 • V'max[100mbar] = 4m³/h
Q'max[20K] = 93kW
2nd mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

More search results for "3x4 "

DÜV DN15 2x2 MUL set L

Item no. 001 344 Valve technology

For ensuring the minimum circulation in the thermal or boiler circuit of a rendeMIX 2x4 L or rendeMIX 3x4 L return use without hydraulic separator up to 500l/h

Performance data

Kvs = 1.6
Delta-p const = 100-500mbar
V'max = 0.5m³/h

DÜV DN15 2x2 MUL-Set R

Item no. 001 345 Valve technology

To ensure the minimum circulation in the thermal or boiler circuit of a rendeMIX 2x4 R or rendeMIX 3x4 R Return flow use without hydraulic separator up to 500l/h

Performance data

Kvs = 1.6
Delta-p const = 100-500mbar
V'max = 0.5m³/h

DÜV DN20 V2.0

Item no. 996 000 Valve technology

For ensuring the minimum circulation of boilers and cascades of boilers in combination with rMIX 2x4 or rMIX 3x4 without hydraulic separator.

Performance data

Kvs = 8.9
Delta-p const = 50-500mbar
V'max = 2m³/h

DÜV DN25 V3.5

Item no. 996 001 Valve technology

For ensuring the minimum circulation of boilers and cascades of boilers in combination with rMIX 2x4 or rMIX 3x4 without hydraulic separator.

Performance data

Kvs = 16
Delta-p const = 50-500mbar
V'max = 3.5m³/h

DÜV DN32 V7.0

Item no. 996 002 Valve technology

For ensuring the minimum circulation of boilers and cascades of boilers in combination with rMIX 2x4 or rMIX 3x4 without hydraulic separator.

Performance data

Kvs = 31
Delta-p const = 50-500mbar
V'max = 7m³/h

rJET DN25 3x4 L

Item no. 001 290 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit by means of highly efficient operation of a system separation via flow control from the differential pressure of the pump in the heat generator circuit (i.e. without an additional pump in the primary circuit of the system separation!) with highly efficient use of the return flow of an unmixed high-temperature circuit.

Performance data

Direct heating circuit (HT):
Kvs = 5.6 • V'max[100mbar] = 1.8m³/h
Q'max[20K] = 42kW
Mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rJET DN25 3x4 L 1

Item no. 001 294 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit by means of highly efficient operation of a system separation via flow control from the differential pressure of the pump in the heat generator circuit (i.e. without an additional pump in the primary circuit of the system separation!) with highly efficient use of the return flow of an unmixed high-temperature circuit.

Performance data

Direct heating circuit (HT):
Kvs = 5.6 • V'max[100mbar] = 1.8m³/h
Q'max[20K] = 42kW
Mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rJET DN25 3x4 R

Item no. 001 291 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit by means of highly efficient operation of a system separation via flow control from the differential pressure of the pump in the heat generator circuit (i.e. without an additional pump in the primary circuit of the system separation!) with highly efficient use of the return flow of an unmixed high-temperature circuit.

Performance data

Direct heating circuit (HT):
Kvs = 5.6 • V'max[100mbar] = 1.8m³/h
Q'max[20K] = 42kW
Mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rJET DN25 3x4 R 1

Item no. 001 295 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit by means of highly efficient operation of a system separation via flow control from the differential pressure of the pump in the heat generator circuit (i.e. without an additional pump in the primary circuit of the system separation!) with highly efficient use of the return flow of an unmixed high-temperature circuit.

Performance data

Direct heating circuit (HT):
Kvs = 5.6 • V'max[100mbar] = 1.8m³/h
Q'max[20K] = 42kW
Mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rJET DN25s 3x4 L

Item no. 001 390 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit by means of highly efficient operation of a system separation via flow control from the differential pressure of the pump in the heat generator circuit (i.e. without an additional pump in the primary circuit of the system separation!) with highly efficient use of the return flow of an unmixed high-temperature circuit.

Performance data

Direct heating circuit (HT):
Kvs = 9.2 • V'max[100mbar] = 2.9m³/h
Q'max[20K] = 67kW
Mixing circuit (LT) with ST DN25s:
Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rJET DN25s 3x4 L 1

Item no. 001 394 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit by means of highly efficient operation of a system separation via flow control from the differential pressure of the pump in the heat generator circuit (i.e. without an additional pump in the primary circuit of the system separation!) with highly efficient use of the return flow of an unmixed high-temperature circuit.

Performance data

Direct heating circuit (HT):
Kvs = 9.2 • V'max[100mbar] = 2.9m³/h
Q'max[20K] = 67kW
Mixing circuit (LT) with ST DN25s:
Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rJET DN25s 3x4 R

Item no. 001 391 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit by means of highly efficient operation of a system separation via flow control from the differential pressure of the pump in the heat generator circuit (i.e. without an additional pump in the primary circuit of the system separation!) with highly efficient use of the return flow of an unmixed high-temperature circuit.

Performance data

Direct heating circuit (HT):
Kvs = 9.2 • V'max[100mbar] = 2.9m³/h
Q'max[20K] = 67kW
Mixing circuit (LT) with ST DN25s:
Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rJET DN25s 3x4 R 1

Item no. 001 395 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit by means of highly efficient operation of a system separation via flow control from the differential pressure of the pump in the heat generator circuit (i.e. without an additional pump in the primary circuit of the system separation!) with highly efficient use of the return flow of an unmixed high-temperature circuit.

Performance data

Direct heating circuit (HT):
Kvs = 9.2 • V'max[100mbar] = 2.9m³/h
Q'max[20K] = 67kW
Mixing circuit (LT) with ST DN25s:
Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rMIX DN25 3x4 L

Item no. 001 070 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4 L 3

Item no. 001 076 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4 L 35

Item no. 001 074 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4 L 5

Item no. 001 072 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4 R

Item no. 001 071 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4 R 3

Item no. 001 077 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4 R 35

Item no. 001 075 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4 R 5

Item no. 001 073 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4+3mix L

Item no. 001 560 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 12.5 • V'max[100mbar] = 4m³/h
Q'max[20K] = 93kW
2nd mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25 3x4+3mix R

Item no. 001 561 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 12.5 • V'max[100mbar] = 4m³/h
Q'max[20K] = 93kW
2nd mixing circuit (LT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[10K] = 23kW

rMIX DN25s 3x4 L

Item no. 001 170 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4 L 3

Item no. 001 176 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4 L 35

Item no. 001 174 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4 L 5

Item no. 001 172 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4 R

Item no. 001 171 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4 R 3

Item no. 001 177 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4 R 35

Item no. 001 175 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4 R 5

Item no. 001 173 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4+3mix L

Item no. 001 660 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.3 • V'max[100mbar] = 4.2m³/h
Q'max[20K] = 98kW
2nd mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4+3mix L 35

Item no. 001 662 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.3 • V'max[100mbar] = 4.2m³/h
Q'max[20K] = 98kW
2nd mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4+3mix R

Item no. 001 661 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.3 • V'max[100mbar] = 4.2m³/h
Q'max[20K] = 98kW
2nd mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN25s 3x4+3mix R 35

Item no. 001 663 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.3 • V'max[100mbar] = 4.2m³/h
Q'max[20K] = 98kW
2nd mixing circuit (LT):
Kvs = 12.9 • V'max[100mbar] = 4.1m³/h
Q'max[10K] = 48kW

rMIX DN32 3x4 L

Item no. 001 030 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 15,8 • V'max[100mbar] = 5m³/h
Q'max[20K] = 116kW
Mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4 L 35

Item no. 001 034 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 15,8 • V'max[100mbar] = 5m³/h
Q'max[20K] = 116kW
Mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4 L 5

Item no. 001 032 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 15,8 • V'max[100mbar] = 5m³/h
Q'max[20K] = 116kW
Mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4 R

Item no. 001 031 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 15,8 • V'max[100mbar] = 5m³/h
Q'max[20K] = 116kW
Mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4 R 35

Item no. 001 035 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 15,8 • V'max[100mbar] = 5m³/h
Q'max[20K] = 116kW
Mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4 R 5

Item no. 001 033 Two-zone discharge

For highly efficient two-zone discharge of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit

Performance data

Direct heating circuit (HT):
Kvs = 15,8 • V'max[100mbar] = 5m³/h
Q'max[20K] = 116kW
Mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4+3mix L

Item no. 001 664 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.6 • V'max[100mbar] = 4.3m³/h
Q'max[20K] = 100kW
2nd mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4+3mix L 35

Item no. 001 666 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.6 • V'max[100mbar] = 4.3m³/h
Q'max[20K] = 100kW
2nd mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4+3mix R

Item no. 001 665 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.6 • V'max[100mbar] = 4.3m³/h
Q'max[20K] = 100kW
2nd mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rMIX DN32 3x4+3mix R 35

Item no. 001 667 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.6 • V'max[100mbar] = 4.3m³/h
Q'max[20K] = 100kW
2nd mixing circuit (LT):
Kvs = 18.9 • V'max[100mbar] = 6m³/h
Q'max[10K] = 70kW

rSYS DN25 3x4 L

Item no. 001 522 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT) for ST on-site:
Kvs = 9.4 • V'max[100mbar] = 3m³/h
Q'max[10K] = 35kW

rSYS DN25 3x4 L 35

Item no. 001 526 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rSYS DN25 3x4 L 5

Item no. 001 524 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rSYS DN25 3x4 R

Item no. 001 523 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT) for ST on-site:
Kvs = 9.4 • V'max[100mbar] = 3m³/h
Q'max[10K] = 35kW

rSYS DN25 3x4 R 35

Item no. 001 527 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rSYS DN25 3x4 R 5

Item no. 001 525 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 6.2 • V'max[100mbar] = 2m³/h
Q'max[20K] = 47kW
Mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rSYS DN25 3x4+3mix L

Item no. 001 570 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) by means of highly efficient operation of a system separation via flow control with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 12.5 • V'max[100mbar] = 4m³/h
Q'max[20K] = 93kW
2nd mixing circuit (LT) for ST on-site:
Kvs = 9.4 • V'max[100mbar] = 3m³/h
Q'max[10K] = 35kW

rSYS DN25 3x4+3mix L 35

Item no. 001 572 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) by means of highly efficient operation of a system separation via flow control with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 12.5 • V'max[100mbar] = 4m³/h
Q'max[20K] = 93kW
2nd mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rSYS DN25 3x4+3mix R

Item no. 001 571 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) by means of highly efficient operation of a system separation via flow control with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 12.5 • V'max[100mbar] = 4m³/h
Q'max[20K] = 93kW
2nd mixing circuit (LT) for ST on-site:
Kvs = 9.4 • V'max[100mbar] = 3m³/h
Q'max[10K] = 35kW

rSYS DN25 3x4+3mix R 35

Item no. 001 573 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) by means of highly efficient operation of a system separation via flow control with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 12.5 • V'max[100mbar] = 4m³/h
Q'max[20K] = 93kW
2nd mixing circuit (LT) with ST DN25:
Kvs = 5.7 • V'max[100mbar] = 1.8m³/h
Q'max[10K] = 21kW

rSYS DN25s 3x4 L

Item no. 001 622 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT) for ST on-site:
Kvs = 9.7 • V'max[100mbar] = 3.1m³/h
Q'max[10K] = 36kW

rSYS DN25s 3x4 L 35

Item no. 001 626 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT) with ST DN25s: Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rSYS DN25s 3x4 L 5

Item no. 001 624 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT) with ST DN25s: Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rSYS DN25s 3x4 R

Item no. 001 623 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT) for ST on-site:
Kvs = 9.7 • V'max[100mbar] = 3.1m³/h
Q'max[10K] = 36kW

rSYS DN25s 3x4 R 35

Item no. 001 627 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT) with ST DN25s: Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rSYS DN25s 3x4 R 5

Item no. 001 625 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit with highly efficient use of the return flow of an unmixed high-temperature circuit by means of highly efficient operation of a system separation via flow control

Performance data

Direct heating circuit (HT):
Kvs = 11.9 • V'max[100mbar] = 3.8m³/h
Q'max[20K] = 88kW
Mixing circuit (LT) with ST DN25s: Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rSYS DN25s 3x4+3mix L

Item no. 001 670 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) by means of highly efficient operation of a system separation via flow control with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.3 • V'max[100mbar] = 4.2m³/h
Q'max[20K] = 98kW
2nd mixing circuit (LT) for ST on-site:
Kvs = 9.7 • V'max[100mbar] = 3.1m³/h
Q'max[10K] = 36kW

rSYS DN25s 3x4+3mix L 35

Item no. 001 672 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) by means of highly efficient operation of a system separation via flow control with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.3 • V'max[100mbar] = 4.2m³/h
Q'max[20K] = 98kW
2nd mixing circuit (LT) with ST DN25s:
Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

rSYS DN25s 3x4+3mix R

Item no. 001 671 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) by means of highly efficient operation of a system separation via flow control with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.3 • V'max[100mbar] = 4.2m³/h
Q'max[20K] = 98kW
2nd mixing circuit (LT) for ST on-site:
Kvs = 9.7 • V'max[100mbar] = 3.1m³/h
Q'max[10K] = 36kW

rSYS DN25s 3x4+3mix R 35

Item no. 001 673 Two-zone discharge

For highly efficient two-zone unloading of a buffer tank in a mixed low-temperature circuit (2nd mixing circuit) by means of highly efficient operation of a system separation via flow control with highly efficient use of the return flow of a mixed high-temperature circuit (1st mixing circuit).

Performance data

1st mixing circuit (HT):
Kvs = 13.3 • V'max[100mbar] = 4.2m³/h
Q'max[20K] = 98kW
2nd mixing circuit (LT) with ST DN25s:
Kvs = 7.2 • V'max[100mbar] = 2.3m³/h
Q'max[10K] = 27kW

ST DN25 AD100 P40 LR

Item no. 001 036 Accessories

Compatible with rJET / rSYS 3x4 R, 3x4+ R and 2x4+ R products in the light version (heavy versions require art. no. 001 136 - ST DN25s AD100 P60 LR)

Performance data

Kvs = 7.9
V'max[100mbar] = 2.5m³/h
Q'max = 29kW [10K] = 58kW[20K]

ST DN25 AD100 P40 LR 5

Item no. 001 038 Accessories

Compatible with rJET / rSYS 3x4 R, 3x4+ R and 2x4+ R products in the light version (heavy versions require art. no. 001 138 - ST DN25s AD100 P60 LR 5)

Performance data

Kvs = 7.9
V'max[100mbar] = 2.5m³/h
Q'max = 29kW [10K] = 58kW[20K]

ST DN25 AD100 P40 RL

Item no. 001 037 Accessories

Compatible with rJET / rSYS 3x4 L , 3x4+ L and 2x4+ L products in the light version (strong versions require art. no. 001 137 - ST DN25s AD100 P60 RL)

Performance data

Kvs = 7.9
V'max[100mbar] = 2.5m³/h
Q'max = 29kW [10K] = 58kW[20K]

ST DN25 AD100 P40 RL 5

Item no. 001 039 Accessories

Compatible with rJET / rSYS 3x4 L, 3x4+ L and 2x4+ L products in the light version (strong versions require art. no. 001 139 - ST DN25s AD100 P60 RL 5)

Performance data

Kvs = 7.9
V'max[100mbar] = 2.5m³/h
Q'max = 29kW [10K] = 58kW[20K]

ST DN25s AD100 P60 LR

Item no. 001 136 Accessories

Compatible with rJET / rSYS DN25s 3x4 R, 3x4+ R and 2x4+ R products in the heavy-duty version (light-duty versions require art. no. 001 036 - ST DN25 AD100 P40 LR)

Performance data

Kvs = 9.1
V'max[100mbar] = 2.9m³/h
Q'max = 33kW [10K] = 67kW[20K]

ST DN25s AD100 P60 LR 5

Item no. 001 138 Accessories

Compatible with rJET / rSYS DN25s 3x4 R, 3x4+ R and 2x4+ R products in the heavy-duty version (light-duty versions require art. no. 001 038 - ST DN25 AD100 P40 LR 5)

Performance data

Kvs = 9.1
V'max[100mbar] = 2.9m³/h
Q'max = 33kW [10K] = 67kW[20K]

ST DN25s AD100 P60 RL

Item no. 001 137 Accessories

Compatible with rJET / rSYS DN25s 3x4 L, 3x4+ L and 2x4+ L products in the heavy-duty version (light-duty versions require art. no. 001 037 - ST DN25 AD100 P40 RL)

Performance data

Kvs = 9.1
V'max[100mbar] = 2.9m³/h
Q'max = 33kW [10K] = 67kW[20K]

ST DN25s AD100 P60 RL 5

Item no. 001 139 Accessories

Compatible with rJET / rSYS DN25s 3x4 L, 3x4+ L and 2x4+ L products in the heavy-duty version (light-duty versions require art. no. 001 039 - ST DN25 AD100 P40 RL 5)

Performance data

Kvs = 9.1
V'max[100mbar] = 2.9m³/h
Q'max = 33kW [10K] = 67kW[20K]

Baunach