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Table of Contents
Summary of Contents for Pellas X CAN I/O MC-1
- Page 1 EXPANSION MODULE CAN I/O MC-1...
- Page 2 page 2 PL20110609...
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Page 3: Table Of Contents
Index Index 1 General information 1.1 Introduction 1.2 Contents 1.3 Safety precautions 1.4 Disposal of old equipment 2 Connecting to the system 2.1 General requirements 2.2 Location 2.3 Assembly 2.4 Connecting 2.4.1 Power...................10 2.4.2 CAN.....................10 2.4.3 Output power +12V................11 2.5 Modules addressing 3 Circuits diagrams 3.1 System 1 3.2 System 2... -
Page 4: General Information
PELLAS ® Team 1.1 Introduction CAN I/O MC-1 is a expansion module to the new line of boiler controls PELLAS . The ® modules communicate with the main controller using well known for reliability, widely used in automotive, CAN bus. -
Page 5: Safety Precautions
1 General information 1.3 Safety precautions Warning – risk of electric shock! • Read this operation manual carefully and thoroughly before using the unit. • Keep this operation manual and refer to it whenever you work with this unit in the future. -
Page 6: Disposal Of Old Equipment
1 General information • This unit contains no parts that may be replaced by the user. All maintenance work except for cleaning, fuse replacement (when the unit is de-energized), and function setting, should be performed by an authorized service provider. •... -
Page 7: Connecting To The System
2 Connecting to the system 2 Connecting to the system 2.1 General requirements Read this operation manual carefully and thoroughly before you start using the unit. The person installing the unit should have sufficient technical experience. Copper wire connections should be designed to work in temperatures of up to +75ºC . All connections made must be as shown in the electrical wiring assembly drawings and must be compliant with national and/or local regulations concerning electrical connections. -
Page 8: Assembly
2 Connecting to the system 2.3 Assembly The unit is suitable for mounting on standard 35mm DIN rail. All dimensions are in millimetres. page 8 PL20110609... -
Page 9: Connecting
2 Connecting to the system 2.4 Connecting Description: IN – inputs OUT – outputs CAN – CAN bus 12V – power output +12V 230V – power module Pellas®X- Pellet burners page 9 www.pellas.pl PL20110609... -
Page 10: Power
2 Connecting to the system 2.4.1 Power The power supply is 230V. The following chart illustrates how to connect the power cord. Description: L – phase vein (brown) N – neutral vein (blue) PE – protective vein (yellow-green) 2.4.2 CAN For connections to CAN bus should be only used cable LiYCY 2x0,25. -
Page 11: Output Power +12V
2 Connecting to the system 2.4.3 Output power +12V Is used to power other peripherals that require +12 V. This makes it easy connection to additional devices, reducing the need for another power sources. 2.5 Modules addressing To broadcast the address of the module is used DIP switch. The whole system can be only one module for each address. - Page 12 2 Connecting to the system The switch should be set according to the following table. DIP switch No (value) Module No 1(1) 2(2) 3(4) Module 0 Module 1 Module 2 Module 3 Module 4 Module 5 Module 6 Module 7 DIP switch with number 4 (T) is used to set the terminator.
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Page 13: Circuits Diagrams
3 Circuits diagrams 3 Circuits diagrams 3.1 System 1 This is the basic type of system. Connects up to 16 separate heating circuits and circuit hot water. The first circuit is operated by a control unit that is controller PELLAS ®... - Page 14 3 Circuits diagrams page 14 PL20110609...
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Page 15: System 2
3 Circuits diagrams 3.2 System 2 Same as the previous system, can connect up to 16 separate circuits heating and hot water. In addition, has been extended to support solar panels. First circuit is operated by a control unit that is controller PELLAS ®... - Page 16 3 Circuits diagrams page 16 PL20110609...
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Page 17: System
3 Circuits diagrams 3.3 System 3 This is again an extensive system No. 1. Allows to connect 16 separate heating circuits and circuit hot water. In this scheme also uses the heat buffer. First circuit is operated by a control unit that is controller PELLAS . - Page 18 3 Circuits diagrams page 18 PL20110609...
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Page 19: System
3 Circuits diagrams 3.4 System 4 This system is a combination of past schemes. Allows to connect 16 separate heating circuits and circuit hot water. The system was extended to solar collectors and heat buffer. First circuit is operated by a control unit that is controller PELLAS . - Page 20 3 Circuits diagrams page 20 PL20110609...
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Page 21: System 5
3 Circuits diagrams 3.5 System 5 This layout is almost identical to the previous system. The only difference is an integrated hot water tank with heat buffer. Allows to connect 16 separate heating circuits and circuit hot water. First circuit is operated by a control unit that is controller PELLAS ®... - Page 22 3 Circuits diagrams page 22 PL20110609...
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Page 23: Description Of Input And Output Modules
4 Description of input and output modules 4 Description of input and output modules 4.1 Module 0 - circuits CH 2-4 Module 0 – circuits CH 2, 3, 4 Input description Output description 27 AIN1 – CH temperature sensor circuit 2 (Tch DO1 –... -
Page 24: Module 1 - Circuits Ch
4 Description of input and output modules 4.2 Module 1 - circuits CH 5-7 Module 1 – circuits CH 5, 6, 7 Input description Output description 27 AIN1 – CH temperature sensor circuit 5 (Tch DO1 – opening mixer circuit CH 5 (Mope 28 GND DO2 –... -
Page 25: Module 2 - Circuits Ch
4 Description of input and output modules 4.3 Module 2 – circuits CH 8-10 Module 2 – circuits CH 8, 9, 10 Input description Output description 27 AIN1 – CH temperature sensor circuit 8 (Tch DO1 – opening mixer circuit CH 8 (Mope 28 GND DO2 –... -
Page 26: Module 3 - Circuits Ch
4 Description of input and output modules 4.4 Module 3 – circuits CH 11-13 Module 3 – circuits CH 11, 12, 13 Input description Output description AIN1 – CH temperature sensor circuit 11 (Tch DO1 – opening mixer circuit CH 11 (Mope DO2 –... -
Page 27: Module 4 - Circuits Ch
4 Description of input and output modules 4.5 Module 4 – circuits CH 14-16 Module 4 – circuits CH 14, 15, 16 Input description Output description 27 AIN1 – CH temperature sensor circuit 14 (Tch DO1 – opening mixer circuit CH 14 (Mope 28 GND DO2 –... -
Page 28: Module 5 - Circuits Hw 2, Buffer, Solar Collectors
4 Description of input and output modules 4.6 Module 5 – circuits HW 2, buffer, solar collectors Module 5 – circuits HW 2, buffer , solar collectors Input description Output description 27 AIN1 – HW temperature sensor circuit 2 (Thw DO1 –... - Page 29 Manufactured by: PHU Isol s.c. Tel. +48 67 214 71 32 ul. Szybowników 39/10 fax +48 67 252 27 69 64-920 Piła biuro@pellas.pl POLAND www.pellas.pl Pellas®X- Pellet burners page 29 www.pellas.pl PL20110609...