- Manuals
- Brands
- Termojet Manuals
- Heat Pump
- BLN-006TB1
- Manual
Air source heat pump
Hide thumbs
1
Table Of Contents 2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
-
- Contents
- Table of Contents
- Bookmarks
Table of Contents
-
Table of Contents
-
User Instruction
-
Operation Instructions
-
Dimension
-
Installation
-
Commissioning and Maintenance
-
Trouble Analysis
-
Specification
-
After-Sale Service
-
Controller Supplement
Advertisem*nt
Quick Links
- 1 Operation Instructions
- 2 Installation
- Download this manual
Air Source Heat Pump
Heat Pump for Heating & Cooling & DHW
BLN-006TB1/TD1 BLN-010TB1/TD1 BLN-010TB3/TD3
BLN-014TB1/TD1 BLN-014TB3/TD3 BLN-018TB1/TD3
BLN-018TB3/TD3 BLN-024TB3/TD3
Table ofContents
Advertisem*nt
Table of Contents
Summary of Contents for Termojet BLN-006TB1
- Page 1 Air Source Heat Pump Heat Pump for Heating & Cooling & DHW BLN-006TB1/TD1 BLN-010TB1/TD1 BLN-010TB3/TD3 BLN-014TB1/TD1 BLN-014TB3/TD3 BLN-018TB1/TD3 BLN-018TB3/TD3 BLN-024TB3/TD3...
-
Page 2: Table Of Contents
Note Please read the instruction manual carefully before installation or operation. The heat pump must be installed by a professional installer. Please follow the instruction manual strictly when installing the heat pump If any update on the product, this instruction manual is subject to change without notice If the heat pump is installed where is vulnerable to lightning strikes, it is necessary to take lightning protection measures;... -
Page 3: User Instruction
User Instructions 2. Make sure that the leakage protection switch Please use an electrical leakage switch, otherwise, there may be electric shock, fire, etc. is securely connected. If the wiring is not secure, it may cause electric shock, heat, or fire. Test Button 3. - Page 4 Please read the labels on the machine carefully. If abnormal conditions such as abnormal noise, odor, smoke, temperature rise, electric leakage, fire, etc. are found during use, please cut off the power immediately and contact our local customer service center or dealer in time to repair it. Contact the local fire and emergency department immediately if necessary.
- Page 5 for a long time, it is recommended that the user drain the water out of the water system and disconnect the power supply. 8) Please perform regular maintenance on the machine as required by the instructions to ensure the device is in good operating condition. 2.
- Page 6 ensure the technician is aware of potentially flammable atmospheres. Ensure that the leak detection equipment being used is suitable for use with flammable refrigerants, i.e. non- sparking, adequately sealed or intrinsically safe. v. Presence of fire extinguisher If any hot work is to be conducted on the refrigeration equipment or any associated parts, appropriate fire extinguishing equipment shall be available to hand.
- Page 7 7) Repairs sealed components: a) During repairs to sealed components, all electrical supplies shall be disconnected from the equipment being worked upon prior to any removal of sealed covers, etc. If it is absolutely necessary to have an electrical supply to equipment during servicing, then a permanently operating form of leak detection shall be located at the most critical point to warn of a potentially hazardous situation.
- Page 8 The refrigerant charge shall be recovered into the correct recovery cylinders. The system shall be “flushed” with OFN to render the unit safe. This process may need to be repeated several times. Compressed air or oxygen shall not be used for this task. Flushing shall be achieved by breaking the vacuum in the system with OFN and continuing to fill until the working pressure is achieved, then venting to the atmosphere, and finally pulling down to a vacuum.
- Page 9 The label shall be dated and signed. Ensure that there are labels on the equipment stating the equipment contains flammable refrigerant. 16) Recovery When removing refrigerants from a system, either for servicing or decommissioning, it is recommended good practice that all refrigerants are removed safely. When transferring refrigerant into cylinders, ensure that only appropriate refrigerant recovery cylinders are employed.
-
Page 10: Operation Instructions
Operation Instruction 1. Control Panel Current Mode Temperature Setting Water Temperature Time or fault display area Timer Power ON/OFF Down Power ON/OFF Change Mode Heating/Cooling/DHW 2. Operation Instruction Power On/Off Long press 2s to turn on Long press 2s to turn off When the lock symbol is the heat pump the heat pump... - Page 11 Temperature Setting If there is no operation or press the on/off button within 5 seconds, the setting temperature will be saved automatically and return to the homepage Press the up button Press the down button to raise the temperature to lower the temperature Time Setting Press the clock button for Press the clock key again,...
- Page 12 Status Search Enter the status search Adjust the status parameter serial Long press the down page number in combination with the up button for 5 s to enter and down keys the status search page ECO Mode Unlock the case while holding down the ECO symbol lit up button + down button to enter ECO energy-saving mode...
- Page 13 3. Temperature and Climate Curve Setting Setting Climate Temperature Curve Enter the temperature curve Press the key for 1s to Set temperature Press and hold the M setting status to enable or enter the temperature flashing button again for 5s disable the curve setting interface Press the upper key...
- Page 14 4.2 Connection (Intelligent Mode) Manual Intelligent Distribution Network Wifi signal flashes In the unlocked state, press and hold the on/off button + up button Enter distribution network status at the same time to enter the intelligent distribution mode Step 1 Open the "Smart Life"...
- Page 15 to the phone), click next, confirm that the line controller has selected AP distribution mode, an icon in the slow flashing state “ ”, click "Confirm that the indicator is in slow flashing,” then connect the phone Wi-Fi to the device hotspot (as shown below), confirm that the connection hotspot is correct to continue to the next step then directly begin to connect the device interface, find the device →...
- Page 16 Operation Parameter Query Query Code Description Range Compressor Running Frequency 0 ~ 150 Hz Fan Motor Running Frequency 0 ~ 999 Hz Electronic expansion valve steps 0 ~ 480 P EVI valve steps 0 ~ 480 P AC Input Voltage 0 ~ 500 V AC Input Current 0 ~ 50 A...
-
Page 17: Dimension
Dimension 1. Dimension Dimensions Dimensions Model Model L×W×H(mm) L×W×H(mm) BLN-006TB1/TD1 1100×445×850 BLN-018TB1/TD1 1110×445×1450 BLN-010TB1/TD1 1100×445×850 BLN-018TB3/TD3 1110×445×1450 BLN-010TB3/TD3 1100×445×850 BLN-024TB3/TD3 1110×445×1450 BLN-014TB1/TD1 1110×480×850 BLN-014TB3/TD3 1110×480×850... - Page 18 2. Explosive Diagram Number Description Number Description Front Panel Components Manual Exhaust Valves Fan Blade Safety Relief Valves DC Inverter Motor Circulation Pump Motor Mount Drain Valve Left-side Panel Liquid Storage Tanks Evaporator Assembly Gas-liquid Separators Central Compartment Panel Compressor Electrical Components Electronic Expansion Valves Top Cover...
-
Page 19: Installation
The material and thickness of the insulation pipe meet the specified requirements. Otherwise, heat loss and condensation will be caused. b) Please refer to this manual's “Electrical Installation” description section for wire size selection. Model The water inlet/outlet size BLN-006TB1/TD1 DN25 (1’’) BLN-010TB1/TD1 DN25 (1’’) BLN-010TB3/TD3 DN25 (1’’) - Page 20 2. Heat Pump Installation 2.1 The machine installation space meets the following schematic requirements to ensure regular air circulation and maintenance; 2.2 The location of the machine should be kept away from heat, steam, or flammable gases; 2.3 Do not install the machine in places with strong wind or dust; 2.4 Do not install the machine where it is often passed through the air suction side and air exhaust side;...
- Page 21 Air Source Heat Pump System Installation This diagram is applicable for all standard installation for all models.
- Page 22 Note Installation In The Following Locations May Cause The Machine To Malfunction: 1. A place with more oil; 2. Wet place 3. Seaside saline-alkali area; 4. Special environmental conditions; 5. High-frequency facilities such as wireless equipment, welding machines, and medical equipment. 3.
- Page 23 4.1.5 Dust and debris should not enter the pipeline system as much as possible; 4.1.6 The unit must be fixed before the piping system can be installed. Remark 1. Hydraulic calculation must be carried out after the primary water pipe selection is completed. If the waterside pipeline resistance is more excellent than the selected pump lift, the larger water pump must be re-selected, or the water pipe must be increased in size;...
- Page 24 4.4.3 During the feed-water process, it is necessary to observe if the pressure relief valve or the drain valve has water overflow, and if there is water overflow, it means that the water in the system has been filled; 4.4.4 Close the pressure relief valve, and then look at the water pressure gauge. If the pressure value is more than 0.15Mpa, please close the feed-water valve and complete the water drain.
- Page 25 4. Wires should not be in contact with copper pipes, compressors, motors, or other operating components; 5. Do not change the internal wiring of the machine without permission. Otherwise, the seller will not commit any responsibility; 6. Do not change the internal wiring of the machine without permission. Otherwise, the seller will not commit any responsibility;...
- Page 26 Mainboard Output Definitions...
- Page 27 Seq. Port Description Seq. Port Description Hot Water Electric Heating Low-Pressure Sensors Four-Way Valve Outer Coil Temperature Liquid Injection Valve Return Air Temperature Reservation Exhaust Temperature Reservation Inner Coil Temperature Water Return Valve Economizer Inlet Temperature Crankshaft Heating Economizer Outlet Temperature Chassis Heating Outdoor Ambient Temperature Auxiliary Electric Heating...
- Page 28 Expansion Board Output Definition Port Description Port Description OUT1 Circulating Pump COM1 RS485 Communication 2 OUT2 Indoor Circulation Pump COM2 RS485 Communication 1 OUT3 Air-Conditioning Valve Off COM3 RS485 Communication 3 OUT4 Air-Conditioning Valve On COM4 Indoor Circulation Pump OUT5 Hot Water Valve On COM5 Reservation...
- Page 29 Wire Diagram...
- Page 30 BLN-006TB1/TD1...
- Page 31 BLN-010TB1/TD1...
- Page 32 BLN-010TB3/TD3...
- Page 33 BLN-014TB1/TD1...
- Page 34 BLN-014TB3/TD3...
- Page 35 BLN-018TB1/TD1...
- Page 36 BLN-018TB3/TD3...
- Page 37 BLN-024TB3/TD3...
-
Page 38: Commissioning And Maintenance
Commissioning and Maintenance 1. Precautions Before Commissioning Is the machine adequately installed? Is the wiring and pipe correct? Whether the water pipelines are empty or not? Whether the heat insulation has been perfected? Is the ground wire connected reliably? Whether the power supply voltage matches the rated voltage of the machine? Is there any obstacle in the air inlet and outlet of the machine? Is the safety valve installed correctly? Whether the leakage protector can operate effectively? - Page 39 Power Outage If there is a power outage during operation, the machine will stop running. Before the power outage, the controller automatically memories the ON/OFF status of the device. After re- powering, the controller will send an ON/OFF signal to the device according to the state of memory before the power outage to ensure that the device recovers from the previous status from abnormal power failure.
-
Page 40: Trouble Analysis
Trouble Analysis Error code Fault Description Failure Causes Wrong-Phase Protection Power supply phase sequence error Power Supply Lack Of Phase The power supply is out of phase 1. Circulating pump failed, or water system blocked 2. Water flow switch failed, or opposite installed direction Outside Water Flow Switch Fault 3. - Page 41 Cooling Subcooling Protection Normal anti-freeze protection Board Change Out Temperature Fault Damaged motherboard or sensor Damage to the mainboard or water Water Level Switch Malfunction level sensor Anti-Freeze Sensor Malfunction Damaged motherboard or sensor Water Outlet Sensor Failure Damaged motherboard or sensor Reservation Reservation Damage to the mainboard or water...
- Page 42 board damaged Damaged DC pump or poor signal Water Pump Feedback Failure line contact Abnormal Communication between Compressor One Driver and Main Poor or broken signal cable contact Control Board Abnormal Communication between Compressor Two Driver and Main Poor or broken signal cable contact Control Board Abnormal Communication between Fan Motor One Driver and Main Control...
- Page 43 Bit4: PIM supply voltage failure Bit5: Pre-charge circuit voltage failure Bit6: EEPROM failure (for EE models with system parameters stored) Bit7: AC input overvoltage fault Bit8: Microelectronic Failure Bit9: Compressor type code failure Bit10: Current sampling signal overcurrent (hardware overcurrent) Bit11~Bit15: NA Bit0: IPM overcurrent/IPM module protection Bit1: Compressor drive failure/software control abnormality/compressor...
-
Page 44: Specification
Specification Air Source Heat Pump Model BLN-006TB1 BLN-010TB1 BLN-010TB3 BLN-014TB1 Power Supply 220-240V~/50Hz 220-240V~/50Hz 380-415V/3N~/50Hz 220-240V~/50Hz Capacity 6.46（2.50-8.30） 10.58（4.20-12.20） 10.58（4.20-12.20） 14.75（5.30-16.50） Input Power 1.31（0.57-1.92） 2.29（0.86-2.88） 2.29（0.86-2.88） 3.21（1.15-4.15） Heating ¹ Input Current 5.87（2.53-8.52） 10.26（3.82-12.77） 3.89（1.46-4.89） 14.39（5.10-18.41） 4.93（4.32-6.86） 4.62（4.23-5.79） 4.62（4.23-5.79） 4.60（3.97-6.13） Capacity 5.92（2.30-7.62）... - Page 45 Air Source Heat Pump Model BLN-014TB3 BLN-018TB1 BLN-018TB3 BLN-024TB3 Power Supply 380-415V/3N~/50Hz 220-240V~/50Hz 380-415V/3N~/50Hz 380-415V/3N~/50Hz Capacity 14.75（5.30-16.60） 18.77（6.20-20.50） 18.77（6.20-20.50） 23.98（6.50-26.10） Input Power 3.21（1.15-4.15） 4.16（1.36-5.28） 4.16（1.36-5.28） 5.52（1.78-6.45） Heating ¹ Input Current 5.45（1.86-6.70） 18.65（6.10-23.67） 7.06（2.31-8.96） 9.37（2.87-10.35） 4.60（3.97-6.13） 4.51（3.88-5.81） 4.51（3.88-5.81） 4.34（4.04-5.93） Capacity 14.51（4.90-15.10） 18.47（6.30-19.90） 18.47（6.30-19.90）...
- Page 46 Air Source Heat Pump Model BLN-006TD1 BLN-010TD1 BLN-010TD3 BLN-014TD1 Power Supply 220-240V~/50Hz 220-240V~/50Hz 380-415V/3N~/50Hz 220-240V~/50Hz Capacity 6.46（2.50-8.30） 10.58（4.20-12.20） 10.58（4.20-12.20） 14.75（5.30-16.50） Input Power 1.31（0.57-1.92） 2.29（0.86-2.88） 2.29（0.86-2.88） 3.21（1.15-4.15） Heating ¹ Input Current 5.87（2.53-8.52） 10.26（3.82-12.77） 3.89（1.46-4.89） 14.39（5.10-18.41） 4.93（4.32-6.86） 4.62（4.23-5.79） 4.62（4.23-5.79） 4.60（3.97-6.13） Capacity 5.92（2.30-7.62） 9.28（3.85-11.20）...
- Page 47 Air Source Heat Pump Model BLN-014TD3 BLN-018TD1 BLN-018TD3 BLN-024TD3 Power Supply 380-415V/3N~/50Hz 220-240V~/50Hz 380-415V/3N~/50Hz 380-415V/3N~/50Hz Capacity 14.75（5.30-16.60） 18.77（6.20-20.50） 18.77（6.20-20.50） 23.98（6.50-26.10） Input Power 3.21（1.15-4.15） 4.16（1.36-5.28） 4.16（1.36-5.28） 5.52（1.78-6.45） Heating ¹ Input Current 5.45（1.86-6.70） 18.65（6.10-23.67） 7.06（2.31-8.96） 9.37（2.87-10.35） 4.60（3.97-6.13） 4.51（3.88-5.81） 4.51（3.88-5.81） 4.34（4.04-5.93） Capacity 14.51（4.90-15.10） 18.47（6.30-19.90） 18.47（6.30-19.90）...
-
Page 52: After-Sale Service
After-sale Service Relevant state regulations carry out the after-sales service of our products. Within the scope of the warranty period, If the machine is not working correctly under reasonable use, please contact the seller. The user must designate a person to manage and use the unit reasonably and correctly by our company’s “Instructions for Use.”... -
Page 53: Controller Supplement
Controller Supplement Note Wire Controller can only be installed in the indoor space, any failure caused by non- conforming installation is not attribute to the manufacturer. 1. Controller Icon Icon Status Functions or meanings Remark Lights out Currently in off or non-hot water mode Display on/off status Constant flashing Currently in hot water mode on... - Page 54 Constant flashing Circulating water pump: normal operation Constant flashing Hydration valve open Constant flashing Return water valve open 1Hz flashing Activate timed water return feature 2Hz flashing Activate manual water return function Constant flashing High, medium and low water levels are displayed Constant flashing The water supply valve Constant flashing...
- Page 55 2.2 Mode key “ ”: When the line controller is on and unlocked, press the " " key to select the operation mode of the unit (different modes can be selected according to different models: floor heating, cooling, heating, hot water ..etc.). 2.3 Temperature Setting 2.3.1 For Heating/Cooling/DHW 2.3.1.1 (When there is no curve setting) when the line controller is on and unlocked, press "△"...
- Page 56 In the off state, within 5min of power on, long press " " + "▽" for 10s to enter the refrigerant recovery; press the " " key to exit. LCD display: frosting icon " " 1Hz flashing. Inverter two-tier and three-tier temperature zone flashing to show the low pressure temperature value.
- Page 57 2.13.2.1: Long press the " " key for 3 seconds under the main interface to enable or disable the timer working mode. 2.13.2.2: When the day starts timing, all timing of the day is cancelled; when the day does not start stopping, the timing setting is entered.
- Page 58 information (temperature display area shows "r10" on behalf of the motherboard software version V1.1), the clock display area shows: "SBP2 "SBP2" represents the commercial inverter two-unit supply, "SBP3" represents the commercial inverter three-unit supply, "JdP" represents the home fixed-frequency machine, "SdP" represents commercial fixed-frequency machine; after pressing and releasing the "...
- Page 59 In the unlocked state while holding down 5 keys 5S until "beep" into the use of the term password input, then the temperature zone display password "0000", you can press "△" or "▽" key to enter the password, and then press "M" to switch to the next password input, enter the 4-bit password and press "M"...
- Page 60 3. Temperature Compensation Curve Heating High Water Temperature Climate Temperature Compensation Curve HH1-HH8 制热高水温气候温度补偿曲线- HH1HH8 Ambient Temperature ℃ Heating Low Water Temperature Climate Temperature Compensation Curve CH1-CH8 Ambient Temperature ℃...
- Page 61 Cooling High Water Temperature Climate Temperature Compensation Curve CH1-CH8 Ambient Temperature ℃ Cooling Low Water Temperature Climate Temperature Compensation Curve CL1-CL8 - ℃ Ambient Temperature ℃...
This manual is also suitable for:
Bln-006td1Bln-010tb1Bln-010td1Bln-010tb3Bln-010td3Bln-014tb1 ... Show all
