eHouse
Home Automation – Ethernet controllers connection.
Connectors – CommManager and LevelManager and other large Ethernet eHouse system controllers.
Most connectors of eHouse controllers, are double row IDC connectors, with different amounts of pins for easy installation and quick connection . This sockets are provided for easy installation through the use of tape-mounted flat with clenched IDC connectors on the ends (special crimper connector) .
Assembly and disassembly wiring does not require forging grooves in the walls due to the thickness of the strip is about 1mm flat .
Connectors of eHouse Home Automation Ethernet controllers : CommManager, LevelManager
Pin No.1. field is marked with a square solder on the PCB and the housing additionally arrow slot.
After the first pin is located in the center of the notch to the seat to prevent reverse insertion of the socket connector .
Pins are numbered in sequence with priority columns:
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| 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50
| 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49
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ADC INPUTS – Analog Inputs – Digital Measurement (0;3V3) range – Do not connect any external voltage (IDC-20)
1 – Gnd/Ground (0V)
2 – Gnd/Ground (0V)
3 – ADC IN 0
4 – ADC IN 8
5 – ADC IN 1
6 – ADC IN 9
7 – ADC IN 2
8 – ADC IN 10
9 – ADC IN 3
10 – ADC IN 11
11 – ADC IN 4
12 – ADC IN 12
13 – ADC IN 5
14 – ADC IN 13
15 – ADC IN 6
16 – ADC IN 14
17 – ADC IN 7
18 – ADC IN 15
19 – VDD (+3V3) – Requires a jumper to power temperature sensors from the controller – limiting current for power (resistor 100 OM)
20 – VDD (+3V3) – Requires a jumper to power temperature sensors from the controller – limiting current for power (resistor 100 OM)
DIRECT DIGITAL INPUTS – Direct Digital Input (On / Off) short to ground or open (do not connect any external voltage) (IDC-16),
PIN_NO Description
1 – Digital Input 1 *
2 – Digital Input 2 *
3 – Digital Input 3 *
4 – Digital Input 4 *
5 – Digital Input 5 *
6 – Digital Input 6 *
7 – Digital Input 7 *
8 – Digital Input 8 *
9 – Digital Input 9 *
10 – Digital Input 10 *
11 – Digital Input 11 *
12 – Digital Input 12 *
13 – Digital Input 13 *
14 – Digital Input 14 *
15 – Digital Input 15 *
16 – GND
* The inputs can be used depending on the type of controller . Do not connect anything . May cause permanent damage to the .
DIGITAL INPUTS EXTENDED – Digital Input Extension (0;3V3) – (On/Off)
short to ground or open (do not connect any external voltage (IDC-50pin) (Version 1)
1 – Digital Input 1
2 – Digital Input 2
3 – Digital Input 3
4 – Digital Input 4
5 – Digital Input 5
6 – Digital Input 6
7 – Digital Input 7
8 – Digital Input 8
9 – Digital Input 9
10 – Digital Input 10
11 – Digital Input 11
12 – Digital Input 12
13 – Digital Input 13
14 – Digital Input 14
15 – Digital Input 15
16 – Digital Input 16
17 – Digital Input 17
18 – Digital Input 18
19 – Digital Input 19
20 – Digital Input 20
21 – Digital Input 21
22 – Digital Input 22
23 – Digital Input 23
24 – Digital Input 24
25 – Digital Input 25
26 – Digital Input 26
27 – Digital Input 27
28 – Digital Input 28
29 – Digital Input 29
30 – Digital Input 30
31 – Digital Input 31
32 – Digital Input 32
33 – Digital Input 33
34 – Digital Input 34
35 – Digital Input 35
36 – Digital Input 36
37 – Digital Input 37
38 – Digital Input 38
39 – Digital Input 39
40 – Digital Input 40
41 – Digital Input 41
42 – Digital Input 42
43 – Digital Input 43
44 – Digital Input 44
45 – Digital Input 45
46 – Digital Input 46
47 – Digital Input 47
48 – Digital Input 48
49 – System GND – for shortcut the input
50 – System GND – for shortcut the input
However, some controllers may be 6 IDC-10 connectors instead of IDC-50 to connect the digital inputs .
DIGITAL INPUTS EXTENDED – Digital Input Extension (on/off) (0;3V3)
, short to ground or open (do not connect any external voltage (IDC-10) (Version 2)
1 – Digital Input 1 (n*8)+1
2 – Digital Input 2 (n*8)+2
3 – Digital Input 3 (n*8)+3
4 – Digital Input 4 (n*8)+4
5 – Digital Input 5 (n*8)+5
6 – Digital Input 6 (n*8)+6
7 – Digital Input 7 (n*8)+7
8 – Digital Input 8 (n*8)+8
9 – System GND – to shortcut the input
10 – System GND – to shortcut the input
DIGITAL OUTPUTS 1 (Relays OUTS 1) – With controllers digital outputs for direct connection to the relay coil control relay (IDC-50)
1 – VCCDRV – Surge Protection for relay connected to the relay coil 12 V (diode to VCC relays)
2 – VCCDRV – Surge Protection for relay connected to the relay coil 12 V (diode to VCC relays)
3 – Digital output for direct connection to the relay coil (12V/20mA) No . 1 – Drive 1 direction A (for CM)
4 – Digital output for direct connection to the relay coil (12V/20mA) No . 2 – Drive 1 direction B (for CM)
5 – Digital output for direct connection to the relay coil (12V/20mA) No . 3 – Drive 2 direction A (for CM)
6 – Digital output for direct connection to the relay coil (12V/20mA) No . 4 – Drive 2 direction B (for CM)
7 – Digital output for direct connection to the relay coil (12V/20mA) No . 5 – Drive 3 direction A (for CM)
8 – Digital output for direct connection to the relay coil (12V/20mA) No . 6 – Drive 3 direction B (for CM)
9 – Digital output for direct connection to the relay coil (12V/20mA) No . 7 – Drive 4 direction A (for CM)
10 – Digital output for direct connection to the relay coil (12V/20mA) No . 8 – Drive 4 direction B (for CM)
11 – Digital output for direct connection to the relay coil (12V/20mA) No . 9 – Drive 5 direction A (for CM)
12 – Digital output for direct connection to the relay coil (12V/20mA) No . 10 – Drive 5 direction B (for CM)
13 – Digital output for direct connection to the relay coil (12V/20mA) No . 11 – Drive 6 direction A (for CM)
14 – Digital output for direct connection to the relay coil (12V/20mA) No . 12 – Drive 6 direction B (for CM)
15 – Digital output for direct connection to the relay coil (12V/20mA) No . 13 – Drive 7 direction A (for CM)
16 – Digital output for direct connection to the relay coil (12V/20mA) No . 14 – Drive 7 direction B (for CM)
17 – Digital output for direct connection to the relay coil (12V/20mA) No . 15 – Drive 8 direction A (for CM)
18 – Digital output for direct connection to the relay coil (12V/20mA) No . 16 – Drive 8 direction B (for CM)
19 – Digital output for direct connection to the relay coil (12V/20mA) No . 17 – Drive 9 direction A (for CM)
20 – Digital output for direct connection to the relay coil (12V/20mA) No . 18 – Drive 9 direction B (for CM)
21 – Digital output for direct connection to the relay coil (12V/20mA) No . 19 – Drive 10 direction A (for CM)
22 – Digital output for direct connection to the relay coil (12V/20mA) No . 20 – Drive 10 direction B (for CM)
23 – Digital output for direct connection to the relay coil (12V/20mA) No . 21 – Drive 11 direction A (for CM)
24 – Digital output for direct connection to the relay coil (12V/20mA) No . 22 – Drive 11 direction B (for CM)
25 – Digital output for direct connection to the relay coil (12V/20mA) No . 23 – Drive 12 direction A (for CM)
26 – Digital output for direct connection to the relay coil (12V/20mA) No . 24 – Drive 12 direction B (for CM)
27 – Digital output for direct connection to the relay coil (12V/20mA) No . 25 – Drive 13 direction A (for CM)
28 – Digital output for direct connection to the relay coil (12V/20mA) No . 26 – Drive 13 direction B (for CM)
29 – Digital output for direct connection to the relay coil (12V/20mA) No . 27 – Drive 14 direction A (for CM)
30 – Digital output for direct connection to the relay coil (12V/20mA) No . 28 – Drive 14 direction B (for CM)
31 – Digital output for direct connection to the relay coil (12V/20mA) No . 29 – Drive 15 direction A (for CM)
32 – Digital output for direct connection to the relay coil (12V/20mA) No . 30 – Drive 15 direction B (for CM)
33 – Digital output for direct connection to the relay coil (12V/20mA) No . 31 – Drive 16 direction A (for CM)
34 – Digital output for direct connection to the relay coil (12V/20mA) No . 32 – Drive 16 direction B (for CM)
35 – Digital output for direct connection to the relay coil (12V/20mA) No . 33 – Drive 17 direction A (for CM)
36 – Digital output for direct connection to the relay coil (12V/20mA) No . 34 – Drive 17 direction B (for CM)
37 – Digital output for direct connection to the relay coil (12V/20mA) No . 35 – Drive 18 direction A (for CM)
38 – Digital output for direct connection to the relay coil (12V/20mA) No . 36 – Drive 18 direction B (for CM)
39 – Digital output for direct connection to the relay coil (12V/20mA) No . 37 – Drive 19 direction A (for CM)
40 – Digital output for direct connection to the relay coil (12V/20mA) No . 38 – Drive 19 direction B (for CM)
41 – Digital output for direct connection to the relay coil (12V/20mA) No . 39 – Drive 20 direction A (for CM)
42 – Digital output for direct connection to the relay coil (12V/20mA) No . 40 – Drive 20 direction B (for CM)
43 – Digital output for direct connection to the relay coil (12V/20mA) No . 41 – Drive 21 direction A (for CM)
44 – Digital output for direct connection to the relay coil (12V/20mA) No . 42 – Drive 21 direction B (for CM)
45 – GND/0V/Ground
46 – GND/0V/Ground
47 – GND/0V/Ground
48 – PWM 1 (PWM dimmer output 1 or TTL red – without power controller) 3 . 3V/10mA (to control LED controller optocoupler transmit power)
49 – PWM 2 (dimmer PWM output 2 or TTL green – without power controller) 3 . 3V/10mA (to control LED controller optocoupler transmit power)
50 – PWM 3 (Output PWM dimming 3 or TTL blue – without power controller) 3 . 3V/10mA (to control LED controller optocoupler transmit power)
DIGITAL OUTPUTS 2 (Relays OUTS 2) – With controllers digital outputs for direct connection to the relay coil control relay (IDC-50)
1 – VCCDRV – Surge Protection for relay connected to the relay coil 12 V (diode to VCC relays)
2 – VCCDRV – Surge Protection for relay connected to the relay coil 12 V (diode to VCC relays)
3 – Digital output for direct connection to the relay coil (12V/20mA) No . 43 – Drive 22 direction A (for CM)
4 – Digital output for direct connection to the relay coil (12V/20mA) No . 44 – Drive 22 direction B (for CM)
5 – Digital output for direct connection to the relay coil (12V/20mA) No . 45 – Drive 23 direction A (for CM)
6 – Digital output for direct connection to the relay coil (12V/20mA) No . 46 – Drive 23 direction B (for CM)
7 – Digital output for direct connection to the relay coil (12V/20mA) No . 47 – Drive 24 direction A (for CM)
8 – Digital output for direct connection to the relay coil (12V/20mA) No . 48 – Drive 24 direction B (for CM)
9 – Digital output for direct connection to the relay coil (12V/20mA) No . 49 – Drive 25 direction A (for CM)
10 – Digital output for direct connection to the relay coil (12V/20mA) No . 50 – Drive 25 direction B (for CM)
11 – Digital output for direct connection to the relay coil (12V/20mA) No . 51 – Drive 26 direction A (for CM)
12 – Digital output for direct connection to the relay coil (12V/20mA) No . 52 – Drive 26 direction B (for CM)
13 – Digital output for direct connection to the relay coil (12V/20mA) No . 53 – Drive 27 direction A (for CM)
14 – Digital output for direct connection to the relay coil (12V/20mA) No . 54 – Drive 27 direction B (for CM)
15 – Digital output for direct connection to the relay coil (12V/20mA) No . 55 – Drive 28 direction A (for CM)
16 – Digital output for direct connection to the relay coil (12V/20mA) No . 56 – Drive 28 direction B (for CM)
17 – Digital output for direct connection to the relay coil (12V/20mA) No . 57 – Drive 29 direction A (for CM)
18 – Digital output for direct connection to the relay coil (12V/20mA) No . 58 – Drive 29 direction B (for CM)
19 – Digital output for direct connection to the relay coil (12V/20mA) No . 59 – Drive 30 direction A (for CM)
20 – Digital output for direct connection to the relay coil (12V/20mA) No . 60 – Drive 30 direction B (for CM)
21 – Digital output for direct connection to the relay coil (12V/20mA) No . 61 – Drive 31 direction A (for CM)
22 – Digital output for direct connection to the relay coil (12V/20mA) No . 62 – Drive 31 direction B (for CM)
23 – Digital output for direct connection to the relay coil (12V/20mA) No . 63 – Drive 32 direction A (for CM)
24 – Digital output for direct connection to the relay coil (12V/20mA) No . 64 – Drive 32 direction B (for CM)
25 – Digital output for direct connection to the relay coil (12V/20mA) No . 65 – Drive 33 direction A (for CM)
26 – Digital output for direct connection to the relay coil (12V/20mA) No . 66 – Drive 33 direction B (for CM)
27 – Digital output for direct connection to the relay coil (12V/20mA) No . 67 – Drive 34 direction A (for CM)
28 – Digital output for direct connection to the relay coil (12V/20mA) No . 68 – Drive 34 direction B (for CM)
29 – Digital output for direct connection to the relay coil (12V/20mA) No . 69 – Drive 35 direction A (for CM)
30 – Digital output for direct connection to the relay coil (12V/20mA) No . 70 – Drive 35 direction B (for CM)
31 – Digital output for direct connection to the relay coil (12V/20mA) No . 71 – Drive 36 direction A (for CM)
32 – Digital output for direct connection to the relay coil (12V/20mA) No . 72 – Drive 36 direction B (for CM)
33 – Digital output for direct connection to the relay coil (12V/20mA) No . 73 – Drive 37 direction A (for CM)
34 – Digital output for direct connection to the relay coil (12V/20mA) No . 74 – Drive 37 direction B (for CM)
35 – Digital output for direct connection to the relay coil (12V/20mA) No . 75 – Drive 38 direction A (for CM)
36 – Digital output for direct connection to the relay coil (12V/20mA) No . 76 – Drive 38 direction B (for CM)
37 – Digital output for direct connection to the relay coil (12V/20mA) No . 77 – Drive 39 direction A (for CM)
38 – Digital output for direct connection to the relay coil (12V/20mA) No . 78 – Drive 39 direction B (for CM)
39 – Digital output for direct connection to the relay coil (12V/20mA) No . 79 – Drive 40 direction A (for CM)
40 – Digital output for direct connection to the relay coil (12V/20mA) No . 80 – Drive 40 direction B (for CM)
41 – GND/0V/Ground
42 – GND/0V/Ground
43 – GND/0V/Ground
44 – GND/0V/Ground
45 – PWM 1 (power controller output PWM dimming 1 or red 12V/1A)
46 – PWM 1 (power controller output PWM dimming 1 or red 12V/1A)
47 – PWM 2 (power controller output PWM Dimmer 2 or green 12V/1A)
48 – PWM 2 (power controller output PWM Dimmer 2 or green 12V/1A)
49 – PWM 3 (power controller output PWM dimming 3 or blue 12V/1A)
50 – PWM 3 (power controller output PWM dimming 3 or blue 12V/1A)
POWER DC (4 – Socket PIN) Power
1 – Power (+5V/2A GSM module)
2 – GND/Ground/0V
3 – GND/Ground/0V
4 – Power (+5V;+12V) / 0A5 (Power controller) UPS – (optional)
ETHERNET – RJ45 connector to connect to a LAN (10Mbs)
ACCU – Battery (3V7/600mAH) for GSM module
1 + Battery (plus)
2 – GND
eHouse 1 – (RJ45) connector for connection to the system bus eHouse 1 (RS – 485) Hybrid installation (only CM)
1,2 – GND / Ground (0V)
3,4 – VCC12V+ , connected to the positive power supply unit (not connected – cut wires)
5 – TX+ (non-inverting output transmit) Differential
6 – TX- (inverting output transmit) differential
7 – RX- (Receive inverting input) Differential
8 – RX+ (Receive non-inverting input) Differential
interface is identical to the standard RoomManager , ExternalManager , HeatManager therefore requires cross cable to ehouse 1 buff for a communication with CM .
TX+RX+
TX-RX-
RX+TX+
RX-TX-
HWOUT1 , HWOUT2 , HWOUT3 , HWOUT4 , ALARMLIGHT , ALARMMONITORING , ALARMHORN – Outputs protected with relays ( (Normally Closed , Common , Normally Open) (Applicable CM)
ALARMLIGHT – The alarm warning light for CM
ALARMHORN – Alarm siren for CM
ALARMMONITORING – Radio links control output for alarm monitoring for CM
HWOUTx – Dedicated hardware output controllers (future use)
Connector pins numbered from left to right
1 – NC Normally Closed (normally connected to COM – without power relay) ,
2 – COM Common ,
3 – NO normally open (normally disconnected from COM) is shorted to COM when the relay is powered .
I2C1 , I2C2 , SPI1 , SPI2 , TTL UARTS , PGM – Expansion Slots
Do not connect external devices . Communication interfaces for variants controllers eHouse . Connecting to other signals may damage the controller permanently.
These pins are shorted to pin Digital Inputs , Analog , digital outputs directly on the processor without any security .
For more information: Home Automation , Ethernet eHouse Propulsion Control and Alarm
Home Automation , Ethernet eHouse The controller floors or flats