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1. DMX input socket of the next set with a DMX signal cable once more Such and such connecting Up to the last set 2 2 0 10V Analog Signal Output Connectors Two D25 type connectors output 48 channels 0 10V analog signals aggregately One outputs CH1 CH24 the other outputs CH25 CH48 The relation between the pins of the connectors and output channels is as follows ANALOG CH 1 24 Fee PT TSTS STATS T9 T De P 9 S E o 55 cue v 2 pol opo pn e epe o oer po s con ANALOG CH 25 48 Pes pp pe TS To u P2 T e 2 o 7 2 3 Setup DMX 512 Address Code and output Control memory Mode The DIP encoder on the rear panel of DA48 Decoder takes on double duty functions a Confirming the local inception address number by binary encoding b Confirming output state memory mode 2 3 1 Confirming DMX 512 Local Inception Address Number Local Inception Address Number is confirmed by 1 9bit switches of DIP encoder No 1bit is LSB No 9 bit is MSB In all the address number is 512 The Inception Address Number is the channel number code of DMX signal that is accepted by the first channel of this set the second channel accepts DMX signal code of Inception Address Number 1 the third channel accepts DMX signal code of Inception Address number 2 etc If Local Inception Address Number is O then the first channel of this set accepts No 1 channel code of DMX signal The relation2. between bit value of DIP encoder and DMX channel code may be educed by two methods 2 3 1 1 By Calculating DMX Local Inception Address Number keeps to the formula below The sum value of 1 9bit switches of DIP encoder 1 DMX inception address number Moving down No n digit switch of DIP encoder set 1 obtains its bit value Otherwise its bit value is 0 Bit value of DIP Encoder DIP Bit Value Example 1 DMX inception address number is 38 Set No 1bit No 3 bit and No 6 bit to 1 the others to 0 32 The sum value of 1 9bit of DIP encoder is 1 4 32 37 o 0 ss The result plus 1 then DMX inception address number is 38 1 1 Namely 1 4 321 1 38 Example 2 DMX inception address number is 226 Set No 1bit No 6 bit No 7 bit and No 8 bit to 1 the others to 0 o ecocoeoornZz The sum value of 1 9bit of DIP encoder is 1 32 64 128 225 The result plus 1 then DMX inception address number is 226 Namely 1 32 64 128 1 226 erm m om Lm gt 4 gt ED o pa I S 3 2 3 1 2 By Tabulating The relation between switch position of DIP encoder and DMX inception address number is as the details in DMX Address Encoding Table 2 3 2 Confirming Output State Memory Mode Confirming the output state memory mode of DA48 by No 10bit switch of DIP enc
3. 0111 430 480 431 481 432 482 433 483 434 484 485 436 486 437 487 438 488 439 489 440 490 a 491 442 492 493 444 494 445 495 446 496 447 497 448 498 449 499 5 10011 so 3
4. DA48 USER MANUAL DMX512 55405 HASH Net DO 7 423 amp NETDO LIGHTING CONTROL EQUIPMENT CO LTD General Welcome to use DA48 Decoder DA48 Decoder converts DMX512 1990 standard digital control signal that is adopted universally whole of the world to 0 10Vanalog control signal with advanced Micro Processor Unit control technique It may be used to the situation which need for the analog dimmers combine with a digital console or need for converting DMX512 1990 standard digital control signal to 0 10V analog control signal 1 1 Specifications Decode Output 48 Channels Control Signal DMX 512 1990 standard digital control signal Output Signal 0 10V analog control signal Power Supply AC100 240V 50 60Hz Standby Wasting 10 Watts approx Temperature 0 50 C Humidity lt 90 Operation Condition Without corrosive air or combustible gas Ventilation place Volume 483mm W X44 5mm H X150mm D 19 standard 10 Weight 2 5kg 1 2 Package Contents Checking DA48 Decoder 1set User s Manual 1piece 025 25Pins Analog Signal Connectors 2 Power Supply Cable 1piece 1 3 DA48 Front Panel Device 48 CH DMX RNRLOG DECODER TRANSLATE DMX512 SIGNAL TO ANALOG 1 DMX 512 signal input pilot light The pilot light is twinkling while receiving normal DMX 512 signal Otherwise it is blank 2 Power supply switch The switch turns on or turns off the power supply of DA48 I turn on O turn off 1 4
5. DA48 Rear Panel Device WARNING n RISK OF ELECTRIC SHOCK o o DO NOT OPEN Socket for power supply input Connector for DMX 512 digital signal input XLR D3M Connector for DMX 512 digital signal output XLR D3F bypass Connector for 1 24 channel 0 10V analog signal output Connector for 25 48 channel 0 10V analog signal output oak O N DIP encoder setup DMX 512 inception address number select data memory mode Warning Before replace the fuse must affirm the power supply cable be pulled out CONNECTION amp OPERATION 2 4 System Connecting DA48 Decoder converts DMX 512 digital signal from a digital console to 0 10V analog signal that can control some analog devices The signal connection mode is as follow sketch maps DMX Lighting controller MX Signal l DA 48 DMX fixture or DMX decoder DMX Dimmer Dimmer of 0 10V input analog Dimmer of 0 10V input analog 48 Ch 0 10V Signal Other equipment of 0 10V input DMX 512 Signal Connectors connection Ro Jo ieu DMX signal cable is shielded wring wires such as microphone cable DMX signal has positive polarity and negative polarity It must be adverted especially when making a cable with connectors In using connect DMX output socket of a console and DMX input socket of DA48 Decoder with a DMX signal cable If need connect DMX output socket of this set and
6. oder While the position of No 10bit switch is N moved at downside this set is in data memory state It means of DMX 512 control signal broken off abruptly the current output state of every channel is not changed Whereas the position of No 10bit switch is S moved at upside The data memory function is closured rANTDONTDOYH 0 5 oocooooocqaz DMX Address Encoding Table DIP Switch DMX512 DIP Switch DMX512 DIP Switch DMX512 DIP Switch DMX512 001 051 002 052 003 053 004 054 001000000 011011000 000101100 010110010 101000000 111011000 056 007 057 008 058 000100000 009 010111000 059 100100000 010 410111000 1010100 110 111110010 160 061 062 001100000 011111000 000011100 010001010 014 064 111100000 016 100000100 moomoo 116 101001010 166 067 068 010010000 019 001000100 ose oromoo 119 000101010 169 020 070 021 ni 022 072 023 073 024 074 026 076 027 077 028 078 001110000 011100100 000000010 010011010 030 080 031 081 032 082 033 083 034 084 038 036 086 037 087 038 088 039 089 040 100110100 090 110100010 140 101111010 190 041 091 042 092 043 093 044 094 046 111110100 096 100010010 146 110000010 196 047 097 048 098 049 oro001100 099 001010010 149 011000110 3199 050 100 200 DMX Address Encoding Table DIP Switch DMX512 DIP Switch DMX512 DIP Swi
7. tch DMX512 DIP Switch DMX512 201 251 301 351 202 252 302 352 203 253 303 353 204 254 304 354 001100110 011111110 00001 1001 010001101 206 256 306 356 207 257 307 357 208 258 308 358 209 259 309 359 260 360 261 361 262 362 001010110 011000001 000111001 010101101 264 364 365 266 366 267 367 268 368 269 369 220 270 320 370 221 2n 321 3n 222 272 322 372 223 273 323 373 224 274 324 374 275 325 375 226 276 326 376 227 277 327 377 228 278 328 378 001001110 011010001 000100101 010111101 230 280 330 380 231 287 331 381 232 282 332 382 233 283 333 383 234 284 334 364 285 385 236 286 336 386 237 287 337 387 238 288 338 388 239 289 339 369 240 290 340 390 241 291 341 391 242 292 342 392 243 293 343 393 244 294 344 394 245 25 345 395 246 296 346 396 247 297 347 397 248 289 348 398 249 299 349 399 250 300 350 400 DMX Address Encoding Table DIP Switch DMX512 DIP Switch DMX512 DIP Switch DMX512 E pec EHE 123456789 Number 123456789 Number 123456789 Number 401 451 sm 402 452 11011 403 453 ss 404 454 504 00101001 1 011000111 000111111 406 456 506 407 4s so 408 4 amp ao ss 409 459 omma s 4 so 4 onm s 1 42 mitt s2 001110011 011100111 464 465 466 467 468 469 420 470 421 an 422 472 423 473 424 474 475 426 476 427 ATI 428 478 001101011 01111
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