Page 1
162 505 89-1 2020-09-14 Providing sustainable energy solutions worldwide Installation and Maintenance Manual CTC EcoAir 600M Model 610M / 614M / 622M Modulating air-to-water heat pump 400 V 3N~ Important! • Read carefully before use, keep for future reference. • Translation of the original instructions.
Page 3
162 505 89-1 2020-09-14 Installation and Maintenance Manual CTC EcoAir 600M Modulating air-to-water heat pump 400 V 3N~...
The Complete System CTC EcoAir 610M / 614M / 622M Control CTC EcoAir 600M (610M / 614M / 622M) is a CTC EcoAir 600M is controlled by these products. modulating air source heat pump which transfers • CTC EcoZenith i550/555 Pro heat from the outside air to the property’s existing (CTC EcoAir 614M and 622M)
Important to remember! Check the following points in particular at the time of delivery and installation: Transportation Recycling • Transport the heat pump to the installation location • The packaging must be deposited at a recycling before removing the packaging. Move the product station or with the installation engineer for correct using one of the following means: waste management.
Safety instructions Turn off the power with an omnipolar switch before doing any work on the product. The product must be connected to protective earth. The product is classified as IP X4. When handling the product with a hoist ring or similar device, make sure that the lifting equipment, eyebolts and other parts are not damaged.
Checklist The checklist must always be completed by the installation engineer • If a service is performed, you may be required to provide this document. • Installation must always be done according to the installation and maintenance instructions. • Installation must always be carried out in a professional manner. Following installation, the unit must be inspected and functional checks performed as indicated below: Pipe installation...
2. Connection option CTC EcoAir 600M The illustration below shows the different connection options available for the CTC EcoAir 600M. In some cases, a CTC Converter or CTC Basic display may be needed. See the chapter on “Connecting the control system”. CTC EcoZenith i250,...
Page 13
AC coil 16. Primary fl ow sensor 17. Bleeding nipple/water Frequency converter 18. Expansion valve Defrosting sensor in evaporator 19. Connection box Type plate with serial number etc. 20. Communication Compressor 21. Discharge sensor High pressure switch 22. Communication product Suction gas sensor 23.
17. Expansion valve 18. Non-return valve (only on CTC EcoAir 622M) Operating range The control system for the CTC EcoAir 600M monitors and ensures that the product is working within its operating range. Primary fl ow Cº min starting temperature (-18 °C) Outside temp.
The installation must be carried out in accordance with the applicable standards. Delivery includes: • 1 x Heat pump CTC EcoAir 600M. • Packaged components (see chapter ‘Component location'). - Filter ball valve: G1” (EcoAir 610M / 614M), G1¼” (EcoAir 622M) - condensate drain: G1¼”...
Location of the heat pump • CTC EcoAir 600M is normally placed against an outside wall. • The heat pump has a factory-fitted condensation water tray from which condensation water is conducted to a caisson, surface water drain, downpipe or other drainage equipment. You should therefore consider the position of the product.
Preparation and drainage The heat pump should be positioned so that the house cannot be damaged and the condensation water can easily drain into the ground. The base must be of concrete blocks or similar, resting on crushed stones or gravel. •...
Condensation water • The condensation tray is built into the heat pump and is used to divert most of the condensation water. The tray can be connected to an appropriate drain via the supplied condensate drain (G1¼”). Assemble the condensate drain by screwing together its top and bottom sections through the intended hole in the tray.
5. Pipe installation If necessary, the The installation must be carried out in accordance with the applicable radiator systems standards. The boiler must be connected to an expansion vessel in an open should be flushed or closed system. Do not forget to flush the heating circuit clean before clean before connection.
Example of connection to CTC EcoZenith i255 L The CTC EcoZenith i255 L has pipes at the rear right edge for connection of the heat pump. The heat pump’s lower connection is connected to the right connection when viewed from the front, so that water is pumped out to the heat pump.
• 1400 l/h (CTC EcoAir 622M) This provides a temperature differential of approx. 7 °C for an outside temperature of +7 °C and a primary flow temperature of 35 °C. Pressure differential diagram for CTC EcoAir 600M Pressure differential (kPa) EcoAir 610M / 614M...
6. Electrical installation General information, electrical connections Installation and heat pump connection must be performed • CTC EcoAir 614M by an authorised electrician. All wiring must be installed / 622M must not according to applicable provisions. Before the front panel is be supplied with opened or other live components are made accessible, the power through the power supply to the heat pump must be fully disconnected.
Series connection of the CTC EcoAir 600M 6.5.1 Series connected heat pump connections In a series connection, dip switch 2 must be set to the “OFF” position on all heat pumps except the last one, which should be set to "ON".
Page 24
Heat pumps in series connection The last heat pump connected in series B A G Sc B A G Sc Connect each cable to the next heat pump in the series connection here. B A G Sc B A G Sc Remove the jumper (PE), connect the screen to the next...
Communication connection 6.6.1 Connection options for one heat pump When connecting CTC EcoAir 600M to CTC EcoZenith i255, CTC EcoZenith i360, CTC EcoZenith i555 Pro*, CTC EcoVent i360F and CTC EcoLogic, the communication cable (LiYCY (TP)) must be connected directly to the respective products. CTC EcoLogic *CTC EcoZenith i555 Pro does not control CTC EcoAir 610M.
Connecting the control system 6.8.1 Defi ne number of heat pumps Define the heat pumps in the controlling product’s display under: "Advanced/Define system/Heat pump". Set the heat pumps contained in the system to position "On". Example of a system with 3 heat pumps. 6.8.2 Numbering CTC EcoPart 600M to VP2 Applies to control launched in October 2020 with three connectors on the back of the display.
Page 27
5. The heat pump is now numbered (VP2). When you press OK, (VP1 and VP2)* disappears and the row "Current address/New address" will go dark. *In this example, we have assumed that the heat pump is called VP1, which is the factory default. If the heat pump has already been renumbered, then select this number instead.
When all heat pumps are numbered and energised, they should be displayed when you press the heat pump symbol in the menu “Operation data”. If any heat pump does not appear in the menu (communication with the heat pump fails) It may be because it has not been numbered as described above.
6.8.4 Numbering CTC EcoPart 600M as A2 Applies to older controls with 2 connectors on the back of the display. 1 RJ-45 and 1 RJ-12 for the CTC EcoZenith i550 Pro and CTC EcoLogic Pro/Family. RJ-12 RJ-45 1. System disconnected from power. 2.
Page 30
6. The heat pump is now numbered (A2). 7. To number the other heat pumps: Energise the control and the next heat pump to be numbered to heat pump 3 (A3). 8. Wait approx 2 minutes until the heat pump is visible in Driftinfo the operational information.
Page 31
11. Redo the procedure according to the number of heat pumps to be numbered. When all heat pumps are numbered and energised, they should be displayed when you press the heat pump symbol in the menu “Operation data”. If any heat pump does not appear in the menu (communication with the heat pump fails) It may be because it has not been numbered as described above.
6.11 Parts list Display (CTC EcoZenith i255/i360) Relay/main card (CTC EcoZenith i255/i360/CTC EcoVent i360F) HP control card Frequency converter Primary flow sensor Type 2 NTC Return sensor Type 2 NTC Outdoor sensor Type 1 NTC Defrosting sensor Type 1 NTC Discharge sensor Type 3 NTC Suction gas sensor Type 1 NTC...
6.12 Sensor Data Sensor Type 2 Sensor Type 3 Sensor Type 1 Temperature °C Temperature °C Temperature °C Resistance kΩ Resistance kΩ Resistance kΩ 0.67 5.37 0.22 0.78 6.18 0.25 0.908 7.13 0.28 1.06 8.26 0.32 1.25 9.59 0.37 1.47 11.17 0.42 1.74...
Defrost The CTC EcoAir 600M is fitted with hot gas defrosting. The heat pump checks constantly whether defrosting is needed and, if so, defrosting starts, the fan stops, the 4-way valve changes direction and the discharge goes to the evaporator instead.
Page 38
Periodic maintenance After three weeks of operation and every three months of the first year, thereafter once a year: • Check that the installation is free of leaks. • Check that the product and system are free of air; bleed if needed. •...
9. Troubleshooting/Appropriate measures The CTC EcoAir 600M is designed to provide reliable operation and high levels of comfort, and to have a long service life. Various tips are given below which may be helpful and guide you in the event of an operational malfunction.