Warmflow High Efficiency Ground Source Heat Pump Ecodesign End-of-Life Information Commission Regulation (EU) No 813/2013 End-of-Life Information Warmflow High Efficiency Ground Source Heat Pumps must be disposed of according to local regulations by using a public or private waste collection service. Safety Risks Prior to disassembly, the appliance should be electrically isolated and disconnected. Refrigeration gas (R410A) should be recovered and disposed of by an F-Gas registered engineer. Any fluids within the appliance must be drained, and disposed of in-line with local regulations. Care should be taken when handling the appliance due to weight, use appropriate PPE and lifting aids. Polyisocyanurate foam insulation – suitable PPE should be used for respiration protection, and to avoid skin or eye contact. Disassembly of the Product The main materials of the components are: Mild Steel Stainless Steel Copper Brass Polyisocyanurate Foam Neoprene Foam Polyurethane Foam Plastic Components Electronic Components These may be recycled – depending on the local recycling facilities available. The appliance is assembled by using mechanical fasteners and can be disassembled with standard tools. The components of a typical appliance are shown below (not all components may be fitted, depending on appliance specification) Casing and key components Item Description Main Materials Special Notes 1 Casing Coated Galvanised Steel 2 User Interface Plastic, Electronic Components 3 Circulating Pumps Steel, Stainless Steel, Plastic Consult Component Manufacturer
Warmflow High Efficiency Ground Source Heat Pump Ecodesign End-of-Life Information Commission Regulation (EU) No 813/2013 End-of-Life Information Warmflow High Efficiency Ground Source Heat Pumps must be disposed of according to local regulations by using a public or private waste collection service. Safety Risks Prior to disassembly, the appliance should be electrically isolated and disconnected. Refrigeration gas (R410A) should be recovered and disposed of by an F-Gas registered engineer. Any fluids within the appliance must be drained, and disposed of in-line with local regulations. Care should be taken when handling the appliance due to weight, use appropriate PPE and lifting aids. Polyisocyanurate foam insulation – suitable PPE should be used for respiration protection, and to avoid skin or eye contact. Disassembly of the Product The main materials of the components are: Mild Steel Stainless Steel Copper Brass Polyisocyanurate Foam Neoprene Foam Polyurethane Foam Plastic Components Electronic Components These may be recycled – depending on the local recycling facilities available. The appliance is assembled by using mechanical fasteners and can be disassembled with standard tools. The components of a typical appliance are shown below (not all components may be fitted, depending on appliance specification) Casing and key components Item Description Main Materials Special Notes 1 Casing Coated Galvanised Steel 2 User Interface Plastic, Electronic Components 3 Circulating Pumps Steel, Stainless Steel, Plastic Consult Component Manufacturer
1459263812GSHPEndofLifeDisposal.docx