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130 SW3 address high 0 S 1 – 2048 switch output 3, if address smaller 256 easy

131 SW3 address low 3 S programm CV131 = desired address!
132 SW3 dimming value 100 S 1 – 100 dimming value in % (1 % approx. 0,2 V)
133 SW3 time for automatic switch 0 S 0 – 255 0 = off
back function 1 – 255 = time base 0,25 sec. each value
134 SW3 switch off time 5 S 0 – 255 0 = permanent on
1 – 255 = time base 0,25 sec. each value
135 SW4 address high 0 S 1 – 2048 switch output 4, if address smaller 256 easy
136 SW4 address low 4 S programm CV136 = desired address!
137 SW4 dimming value 100 S 1 – 100 dimming value in % (1 % approx. 0,2 V)
138 SW4 time for automatic switch 0 S 0 – 255 0 = off
back function 1 – 255 = time base 0,25 sec. each value
139 SW4 switch off time 5 S 0 – 255 0 = permanent on
1 – 255 = time base 0,25 sec. each value
160 A1 command allocation 1 L siehe attachment 1
161 A1 dimming value 100 L dimming value in % (1% is around 0.2V)

162 A2 command allocation 2 L siehe attachment 1
163 A2 dimming value 100 L dimming value in % (1% is around 0.2V)
164 A3 command allocation 3 L siehe attachment 1
165 A3 dimming value 100 L dimming value in % (1% is around 0.2V)
166 A4 command allocation 4 L siehe attachment 1
167 A4 dimming value 100 L dimming value in % (1% is around 0.2V)

168 A5 command allocation 5 L siehe attachment 1
169 A5 dimming value 100 L dimming value in % (1% is around 0.2V)
170 A6 command allocation 6 L siehe Anhang 1
171 A6 dimming value 100 L dimming value in % (1% is around 0.2V)
172 A7 command allocation 7 L siehe attachment 1
173 A7 dimming value 100 L dimming value in % (1% is around 0.2V)
174 A8 command allocation 8 L siehe attachment 1

175 A8 dimming value 100 L dimming value in % (1% is around 0.2V)
200 Global switch adress low 0 W 1 – 2048 Than this ➔ SW1-SW8 will be wrote
201 Global switch adress high W First write this value

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