Anschluss der Gerät

Hardware:

Analog Inputs

The input is internally connected with a 10K resistor to ground. With a little effort it could also be changed internally. But it can also be adjusted by an external shunt resistor to ground. An external resistor of 10K gives for example a total resistance of 5K (1 / R = 1/R1 + 1/R2). For accurate measurement, it is good if this resistance is about the same as range as the sensor resistance.

For the following sensors, there is a table: 10K NTC, Pt1000, PTC.



Digital inputs

Isolated inputs are used. A 5V signal is set for a short time at Terminal 47, 50, 53, 56. 24V or another voltage can also be applied but you need a series resistor. At 24 V, the series resistor is about 4.7 K. The wiring for 24V is: 24V to external Contact. Output of Contact to Input 48. 49, 51, 53

Outputs

Output 1 = Transistor Output

Output 2-7 = 10 A relay, rest is transistor

Output 15 is a 1 A relay internally wired

Relay 2 +3 and 4 +5 are each interconnected to be able to make a motor go left and right (solar Tracking f.e.). This also means relay 2 +3 have the same Input voltage and relays 4 +5 as well. In each case Contact to open and Contact to close is wired to the terminals. Max 10 A / 220 V for the Relay.



Take care!

Automatic short circuit-protection of the Load-Output with 12V and 24 V (Relay and Transistor)

For 220V short circuit-protection the must be applied externally
Serial Communication

The Baud-rate is 19200 Bd with 8 characters, no Parity, 1 Stop bit. (8, n, 1)

Overview Parameters and Presetting-Values

(all values without comma)

Nr

1 Switch off Load 1 : 137

2 Switch off Load 2 : 2930

3 Switch off Load 3 : 34

4 Voltage for Pre-warning : 762

5 Hysteresis Switch back : 138

6 Voltage for Battery full : 144

7 Cycle Loading Gel-Battery : 147

8 Cycle Loading Lead-Acid-Battery : 150

9 Maximum Voltage : 0

10 Language : 1

11 Battery-Type Gel or not : 0

12 Channels Relay Solar : 2

13 Channels Load : 0

15 Hyst. Additional Device on (if Battery full) : 0

16 Umax->add.Device on for x min/hr(0=off) : 0

20 Generator : 0

21 PWM-charging : 1

22 Receive SMS : 0

23 Faktor for Simu; : 120

24 Cooling Panel : 0

25 Cooling on/60 : 20

26 Switch off Load 4 : 0

27 Switch off Load 5 : 0

28 NiCd/NimH-Charging : 0

29 NiCd/NimH Capacity : 110

30 Gen.SOC : 0

31 Start Generator at… : 10

32 Load /SOC : 563

33 Correction SOC : 1

34 Solar I Corr : 0

35 Temp-Corr U Batt : 120

36 Rotate Y-Axis : 10

37 Rotate Slip : 0

38 Time go back : 1

39 Correction U.Batt : 0

40: 0

41 Hardware-Version : 2

42 Solar charge on/off by Time : 0

43 with SD-Card (0/1) : 1

44 Scan Analogue Inputs (0-) : 0

45 SD-Chip Block-Nr : 0

46 Dynamic Switch off Voltage-Level : 0

47 Analogue Input correction +/- : 90

48 Analogue Input correction Factor * : 0

49 Number of Battery-Banks (0=off) : 0

50 Delay Battery Bank Full (in min) : 100

51 Umin->Switch to 1.Batt.Bank (0=off) : 100

52 Select Batt-Bank manual : 0

..

60 Output Battery-Bank 1 : 0

61 Output Battery-Bank 2 : 10

62 Output Battery-Bank 3 : 0

63 Output Light Auto off 1 : 0

64 Output Light Auto off 2 : 0

65 Output Light Auto off 3 : 0

66 Output Light Auto off 4 : 0

67 Bank 1=Charge: 0

Bank 2=Discharge : 0

68 High Current Pulses on/off : 0

69 Network off / Master / Slave (Connect several Units by a Bus) : 0

70 Standard-Settings : 0

71 Correction KWh : 0

72 Alarm at Start Generator (0/1) : 0

76 Country-Code : 94

Digital Outputs

1 = MOSFET-Output: Load 1 (external Terminal); Max. 10A or internal at Terminal 35 (Plus) and 36 (Minus); Minus is the switched Output
2 = Relay-Output 2: Terminal 31 + 30 (Normally open) or 31 + 32 (Normally closed); max. 16A, 220 V
3 = Relay-Output 3: Terminal 22 + 24 (Normally open) or 26 + 24 (Normally closed)
4 = Relay-Output 4: Terminal 22 + 23 (Normally open) or 26 + 23 (Normally closed)

Relay 3 + 4 could not be used with different voltages. Voltage Input has to be connected to

Terminal 22 and/or Terminal 26.
5 = Relay-Output 5: Terminal 12 + 8 (Normally open) or 10 + 8 (Normally closed)
6 = Relay-Output 6: Terminal 12 + 7 (Normally open) or 10 + 7 (Normally closed)

Relay 3 + 4 could not be used with different voltages.

Voltage Input has to be connected to Terminal 12 and/or Terminal 10.
7 = Relay-Output 7: Terminal 3 + 2 (Normally open) or 3 + 5 (Normally closed)
8 = Beeper (intern); not wired for Solar charge-Controller
9 = MOSFET-Output: Load 2 (external Terminal); max. 10A
10 = MOSFET-Output: Load 3 (external Terminal); max. 10A
11 = MOSFET-Output: Load 4 (external Terminal); max. 10A
12 = MOSFET-Output: Load 5 (external Terminal); max. 10A
13 = MOSFET-Output: Load 6 Terminal 211 (+), 212(-) (interne Terminal)
14 = MOSFET-Output: Load 7 Terminal 110 (+), 111(-) (interne Terminal)
15 = internal NiCd-Relay (1A)
16 = Telephone-Call: internal Relay

Analogue Inputs

(Reference to the Number 1-15, Resolution10 bit)
1: Battery Voltage (internal)

2: Output-Voltage (Plus at Terminal 43, Minus at 44)

3: Moving Detector (Signal Plus 5V from Terminal 59, Signal at Terminal 61; optional
12V Power-Supply Plus at Terminal 41 and Minus from 42)

4: Generator on (Plus from Terminal 62, Signal at Terminal 63)

5: Temperature Solar-Panel (Sensor at Terminal 62 and 64)

6: Temperature Compensation Ambient Temperature (internal; if external then Signal at Terminal 71 and 72)

7: internal

8: Program-Switch (internal)

9= Voltage Battery-Bank 2 (Measuring at Terminal 75)

10= Voltage Battery-Bank 3 (Measuring at Terminal 76)

11= external Load Current (Inverter). Signal at Terminal 78, Minus at Terminal 42

12= Load-Current 2 Output 1+2

13= Load-Current 1 Output 3-5

14= Solar- Current

15= Voltage NiCd / NimH
16 = Minimal-Value Analog-Input

17 = Maximal-Value Analog-Input

18 = Runtime-Value Output
21 = Counter 1 (Input 84 + 86)

22 = Counter 2 (Input 85 + 86)

for Universal-Module

90: on by SMS with Text Meta81; Off by SMS-Text Meta80

91: on by SMS with Text Meta91; Off by SMS-Text Meta90

Digital Inputs

(all Potential free)

101 = Digital-Input 1 (Terminal 47+48)

102 = Digital-Input 2 (Terminal 47+49)

103 = Digital-Input 3 (Terminal 50+51)

104 = Digital-Input 4 (Terminal 50+52)

105 = Digital-Input 5 (Terminal 53+54)

106 = Digital-Input 6 (Terminal 53+55)

107 = Digital-Input 7 (Terminal 56+57)

108 = Digital-Input 8 (Terminal 56+58)

201 = ELV Radio-Sensor 1 (by external Receiver)

202 = ELV Radio-Sensor 2 (by external Receiver)

203 = ELV Radio-Sensor 3 (by external Receiver)

204 = ELV Radio-Sensor 4 (by external Receiver)

Notes for the Electrical Wiring

see the Sheet ”Terminals” and Overview for Wiring-Details

Some of the Terminals are located inside the Box, the other ones on Top. Open the two screws for access.

You can fix the Unit with the two screws and the two holes on the cooling plate at the wall.

Theft-Alarm-Switch (Door-switch for example): This can be a mechanical-switch or a Reed-Relay.
Output Lamp or High-voltage Generator (Alarm): One Output of the High Voltage Generator has to be connected to ground, the other one to the Panels. The Panels have to be mounted isolated to Ground
External Alarm-Horn: Can be 12V/24V or 110V/220V
Voltage 3-12V output: max. 2A!
Charging Battery with a external Transformer: 12-15V, max. 0,5A
The Relays are not short-circuit protected. You need to install a external protection

Keep the Input-cable away from 110V, 220V or 380V cables! At least 30 cm.

Save Power!

It is absolutely comprehensible that people want to use more and more electrical appliances, for example lamps, computers, etc. yet we should learn to use such devices only when it is really necessary:
o Turning off lights whenever possible

o Preferring large windows so that there is no need for electrical light during the day

o Using energy-saving lamps instead of traditional bulbs

o No extensive lighting - punctual use

o Shadow and good ventilation instead of air conditioners

o Laptops instead of desktop computers

o Turning off all electrical appliances after use, no stand-by circuit

o Only printing of communication which is really important

o Ironing as little as possible - no bedding, underwear etc..

o Modern appliances use less energy than older device

o Eliminating of the old cables which are no longer used

o If an electrical cable is getting too warm, it is too thin (heat = energy loss), use thicker ones

o Using of electricity-intensive device only if public energy is available or if the diesel

generator is running

o Replacement of old electric water pumps with solar pumps

Each householder should make sure that there is not consumed too much energy in his area. He should establish and enforce rules regarding the reasonable use of energy.

(from BEGACA)

Contact:

Alternative Technology

Stefan Schranner

Frau-Holle-Weg 28

97084 Würzburg

Tel.: [phone]

Mobil: [phone]

Email: StefanSchranner(at)yahoo.de

Internet: www.alternative-technology.de

Terminal-List for the external wiring

(see extra File or Sheet)

Schematic of the external wiring

(see extra File or Sheet)

Overview Universal-Channels (Excel-Sheet)

(see extra File or Sheet)

Network-Adapter XPORT. Installation and Setup (optional)

(see extra File or Sheet)