REMKO HTS Frankfurt

Variant	EDV-Nr.	Area of use: heating
HTS 80 ALU (MPS 800) HTS 80 CAMURA (MPS 800) HTS 80 ALU (MPS 1000) HTS 80 CAMURA (MPS 1000)	256308 256309 256310 256311	4-7 kW
HTS 90 ALU (MPS 800) HTS 90 CAMURA (MPS 800) HTS 90 ALU (MPS 1000) HTS 90 CAMURA (MPS 1000)	256408 256409 256410 256411	1-8 kW
HTS 110 ALU (MPS 800) HTS 110 CAMURA (MPS 800) HTS 110 ALU (MPS 1000) HTS 110 CAMURA (MPS 1000)	256312 256313 256314 256315	7-11 kW
HTS 130 ALU (MPS 800) HTS 130 CAMURA (MPS 800) HTS 130 ALU (MPS 1000) HTS 130 CAMURA (MPS 1000)	256428 256429 256430 256431	8-13 kW
HTS 200 ALU (MPS 800) HTS 200 CAMURA (MPS 800) HTS 200 ALU (MPS 1000) HTS 200 CAMURA (MPS 1000)	256448 256449 256450 256451	13-18 kW
HTS 260 ALU (MPS 800) HTS 260 CAMURA (MPS 800) HTS 260 ALU (MPS 1000) HTS 260 CAMURA (MPS 1000)	256468 256469 256470 256471	18-23 kW

REMKO HTS SERIES

Heat pump package type Frankfurt

The energy-saving package is prepared for the integration of solar thermal systems or combustible solid fuel burner for heating and domestic water support. With the fin-tube heat exchanger (special accessory) RWT 31, collector surfaces from approx. 8 to 15 m² can be connected. The domestic water preparation takes place with a 800 litre or 1000 litre buffer tank and electronically regulated fresh water station using the hygienic flow method.

With this heat pump package, both bivalently alternating and monoenergetically operated systems can be accommodated. The separate pump assemblies HGM/HGU (can be ordered separately) for the heating circuits are equipped with a high-efficiency pump (0-10 V) regulated in a needs-based manner.

Package consisting of:

Indoor unit
Outdoor unit
Multifunctional buffer tank MPS 800 (800 liters) oder MPS 1000 (1000 liters)
Electrically regulated fresh water station EFS 25
2x 3-way changeover valve
Immersion probe and collector sensor

Multifunctional buffer tank MPS 800 or MPS 1000

Fresh water station EFS 25 with pump and flow switch

Hydraulic system diagram of Frankfurt Example for monoenergetic or alternative bivalent operation

Hydraulic system diagram of HTS Frankfurt

Technical data

Variant	HTS 80 ALU (MPS 800) HTS 80 CAMURA (MPS 800) HTS 80 ALU (MPS 1000) HTS 80 CAMURA (MPS 1000)	HTS 90 ALU (MPS 800) HTS 90 CAMURA (MPS 800) HTS 90 ALU (MPS 1000) HTS 90 CAMURA (MPS 1000)	HTS 110 ALU (MPS 800) HTS 110 CAMURA (MPS 800) HTS 110 ALU (MPS 1000) HTS 110 CAMURA (MPS 1000)	HTS 130 ALU (MPS 800) HTS 130 CAMURA (MPS 800) HTS 130 ALU (MPS 1000) HTS 130 CAMURA (MPS 1000)	HTS 200 ALU (MPS 800) HTS 200 CAMURA (MPS 800) HTS 200 ALU (MPS 1000) HTS 200 CAMURA (MPS 1000)	HTS 260 ALU (MPS 800) HTS 260 CAMURA (MPS 800) HTS 260 ALU (MPS 1000) HTS 260 CAMURA (MPS 1000)
area of use	4-7 kW	1-8 kW	7-11 kW	8-13 kW	13-18 kW	18-23 kW
function	Heizen/WW	Heizen/WW	Heizen/WW	Heizen/WW	Heizen/WW	Heizen/WW
inverter technology	-	Serie	-	Serie	Serie	Serie
Storage tank for hydraulic decoupling of volumetric flows	Multifunkt. Speicher l	Multifunkt. Speicher l	Multifunkt. Speicher l	Multifunkt. Speicher l	Multifunkt. Speicher l	Multifunkt. Speicher l
Domestic water preparation	Friwa System °C	Friwa System °C	Friwa System °C	Friwa System °C	Friwa System °C	Friwa System °C
Heating capacity min - max	- kW	7,0 ( 1,5 - 9,5) kW	- kW	8,0 (2,5 - 13,0) kW	11,0 (3,0 - 18,0) kW	15,0 (5,0 - 26,0) kW
Rated heating output	4,0 kW	7,0 kW	7,0 kW	8,0 kW	11,0 kW	15,0 kW
Energy efficiency rating heating	A++	A++	A++	A++	A++	A++