Table of Contents 1 Important information Connections Safety information 6 Commissioning and adjusting 2 Delivery and handling Preparations Filling and venting the heating medium sys- Transport and storage Assembly Compressor heater Supplied components Start-up and inspection Removing the covers Readjusting, heating medium side Removing the front panel Adjustment, charge flow Removing the side panel...
1 Important information Safety information Serial number The serial number for JAMA Inverter can be found on the This manual describes installation and service proced-ures side of the foot. for implementation by specialists. JAMA Inverter M8 This appliance can be used by children...
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JAMA Inverter M16 Serial number Caution Always give the product's serial number when reporting a fault. Country specific information Installer manual This installer manual must be left with the customer. Chapter 1 | Important information...
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Fill in the page for information about installation data in the User manual. Description Notes Signature Date ✔ System flushed System vented Particle filter Shut-off and drain valve Charge flow set Fuses property Safety breaker Communication cable connected JAMA Inverter addressed (only when cascade connection) Miscellaneous Chapter 1 | Important information...
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Contact information Kaukora Oy PL 21, Tuotekatu 11 21200 Raisio Puh. 02 4374 600 E-mail kaukora@kaukora. www.kaukora. Chapter 1 | Important information...
Transport and storage JAMA Inverter must be transported and stored vertically. Assembly Place JAMA Inverter outdoors on a solid level base that can take the weight, preferably a concrete foundation. If concrete slabs are used they must rest on asphalt or shingle.
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Condensation run off Drain pan heater, control The drain pan heater is supplied with power when one of Condensation water trough the following conditions is met: The condensation water trough is used to collect and lead 1. Operating mode "Heating" or "Hot water" is activ- away condensation water from the heat pump.
Installation area The distance between JAMA Inverter and the house wall must be at least 150 mm. Clearance in front of JAMA Inverter should be at least one metre. Chapter 2 | Delivery and handling...
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List of componentsJAMA Inverter M8, M12, M16 Cable, incoming supply Pipe connections Service valve, liquid side QM35 Service valve, gas side QM36 Connection, heating medium out of JAMA Inverter, G3/4" (Ø22 mm) Connection, heating medium in to JAMA Inverter, G3/4" (Ø22 mm) Sensors etc.
Flow l/s Water volumes When docking with JAMA Inverter free flow in the climate -EB101 system is recommended for correct heat transfer. This can be achieved by use of a bypass valve. If free flow cannot...
Docking alternatives JAMA Inverter M16 JAMA Inverter can be installed in several different ways. The requisite safety equipment must be installed in accord- ance with current regulations for all docked options. See kaukora.fi for more docking options. Connecting accessories Instructions for connecting accessories are in the install-ation instructions provided for the respective accessory.
"C" (compressor operation). For MCB size see "Technical Specifications". AA23 JAMA Inverter does not include a circuit breaker on the in- coming power supply. The heat pump’s supply cable (W1) AA23-S2 must be connected to a circuit-breaker with at least a 3 mm breaking gap.
To prevent interference, unscreened commu- nication and/or sensor to external connections cables must not be laid closer than 20 cm to high voltage cables when cable routing. Power connection JAMA Inverter M8 Power connection Incoming supply Chapter 5 | Electrical connections...
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JAMA Inverter M16 Incoming supply Power connection Incoming supply cable (W1) is supplied and factory connected to terminal block X1. Approx. 1.8 m cable is accessible outside the heat pump. Connect communication cable (W2) (provided by in- staller) to terminal block AA23-X4 and secure with two cable ties, see image.
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JAMA Inverter M16 JAMA Inverter M8 Cables for communication (W2) are routed through ferrite beads/ EMI filters. Secure the communication cable (W2) here using two cable ties. JAMA Inverter M12 Secure the communication cable (W2) here using two cable ties.
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External heating cable KVR 10 (Accessory) Cable routing The following images show recommended cable rout-ing JAMA Inverter is equipped with a plinth for external from the distribution box to the condensation water pipe. heating cable EB14 not supplied). The connection is fused Route the heating cable (EB14) through the grommet with 250 mA (F3 on the communication board AA23).
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JAMA Inverter M16 ation address is selected for JAMA Inverter to JAMA control module. Default has JAMA Inverter address 1. In a cascade connection all JAMA Inverter must have a unique address. The address is coded in binary. Secure the heating cable...
2. Vent the system using the venting nipple (QM20) on the enclosed flexible hose and possibly the cir- culation pump. Compressor heater JAMA Inverter is equipped with a compressor heater that heats the compressor before start-up and when the com- pressor is cold. NOTE The compressor heater must have been con- nected for 6 –...
This is done by switching on the control voltage and disconnecting the communication AA23-S2 cable. 2. JAMA Inverter must be addressed if it is to have another address than 1. See chapter Addressing via AA23-X4 cascade connection, on page 29.
JAMA Inverter M12/JAMA Inverter M16 AA23 AA23-S2 AA23-X4 Caution Do not start any electrical work until at least two minutes after cutting the power. Readjusting, heating medium side Air is initially released from the hot water and venting may be necessary. If bubbling sounds can be heard from the heat pump, the circulation pump and radiat-ors the entire system will require further venting.
Instructions for adjusting hot water charging are in the installation manual for the respective indoor section. See page 38 for the list of the indoor sections and ac-cessories that can be used with JAMA Inverter. Chapter 6 | Commissioning and adjusting...
JAMA Inverter communicates all alarms to the indoor module. In the event of action to rectify malfunctions that require work within screwed hatches the Ensure that the JAMA Inverter is connected to the power incoming electricity must isolated at the safety source.
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JAMA Inverter M12/JAMA Inverter M16 Connection to card (AA23) 63H1 EB11 EB10 FM01 Tho-R2 BT16 BT14 BT17 BT28 Sensor placement in JAMA Inverter Tho-R1 Tho-D Tho-S Tho-A JAMA Inverter M8, M12 Sensors etc. Current sensor BE1 (CT) Defrost/Cooling High pressure pressostat...
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Data for return line temperature sensor (BT3), con-densor supply (BT12) and fluid pipe (BT15) Data for sensor in JAMA Inverter Tho-D Temperature Resistance Voltage (VDC) (kΩ) (°C) (kOhm) 351.0 3.256 251.6 3.240 182.5 3.218 133.8 3.189 99.22 3.150 74.32 3.105 56.20...
9 Technical data Dimensions and setting-out coordinates JAMA Inverter M8 Adjustable 40-50 1035 Ø40* * Accessory KVR 10 is required. JAMA Inverter M12 Adjustable 40-50 1075 1145 Ø40* * Accessory KVR 10 is required. Chapter 9 | Technical data...
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JAMA Inverter M16 Adjustable 40-50 1075 1145 Ø40* * Accessory KVR 10 is required. Free space behind Fritt utrymme bakom 600 mm Minimum free Free space in Minimum free Min. distance when using Min. avstånd space front space dning several JAMA Inverter...
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The sound pressure levels are further affected by walls, bricks, differences in ground level, etc and should JAMA Inverter is usually placed next to a house wall, therefore only be seen as guide values. which gives a directed sound distribution that should be JAMA Inverter adjusts the fan speed depending on the considered.
Air-water heat pump Min flow, climate system, at 100% circulation 0.19 0.29 0.39 pump speed (defrosting flow) Min flow, heating 0.12 0.15 0.25 Min flow, cooling 0.15 0.20 0.32 Max/Min heating medium temp continuous op- °C 58/25 eration Connection heating medium ext thread G1"...
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Working range, compressor operation - heating JAMA Inverter M8, M12. M16 Water temperature °C Supply temperature Return temp Outdoor air temperature °C During shorter time it is allowed to have lower working temperatures on the water side, e.g. during start up.