GE Industrial Solutions A Series Lighting Control Panelboards Modbus Register Map - Manual (Page 14)

A Series ® Lighting Controller Modbus Register Map
Physical Input Registers-Multistate Inputs (MI)
8
Multistate Input Registers
What would normally be binary inputs for the switch
inputs on the Lighting Controller are treated as multistate
inputs because of the different types of switches that can
be applied to these devices (LinkNet). The value is an
enumerated type, which has more than two possible
values. These are read only, so function 4 is used to obtain
the analog values that represent the switch states.
Mapped to multistate inputs (MI) 101–116, 201–216, 301–
316, 401–416, and 501–516. The Modbus address space is
a contiguous block starting at 1. The value in the register
represents the input’s PresentValue.
Multistate Input Registers
The multistate input registers are listed in Table10. A
sample display of 16 switch inputs is shown in Figure1.
Enumerated inputs can have the following values:
• Off (Hex 01) • On (Hex 02) • N/A (Hex 03)
Reg. Contents Type Format
Object
Instanc
e Reg. Contents Type Format
Object
Instanc
e
1 MI101 Value R Enumerated 101 41 MI309 Value R Enumerated 309
2 MI102 Value R Enumerated 102 42 MI310 Value R Enumerated 310
3 MI103 Value R Enumerated 103 43 MI311 Value R Enumerated 311
4 MI104 Value R Enumerated 104 44 MI312 Value R Enumerated 312
5 MI105 Value R Enumerated 105 45 MI313 Value R Enumerated 313
6 MI106 Value R Enumerated 106 46 MI314 Value R Enumerated 314
7 MI107 Value R Enumerated 107 47 MI315 Value R Enumerated 315
8 MI108 Value R Enumerated 108 48 MI316 Value R Enumerated 316
9 MI109 Value R Enumerated 109 49 MI401 Value R Enumerated 401
10 MI110 Value R Enumerated 110 50 MI402 Value R Enumerated 402
11 MI111 Value R Enumerated 111 51 MI403 Value R Enumerated 403
12 MI112 Value R Enumerated 112 52 MI404 Value R Enumerated 404
13 MI113 Value R Enumerated 113 53 MI405 Value R Enumerated 405
14 MI114 Value R Enumerated 114 54 MI406 Value R Enumerated 406
15 MI115 Value R Enumerated 115 55 MI407 Value R Enumerated 407
16 MI116 Value R Enumerated 116 56 MI408 Value R Enumerated 408
17 MI201 Value R Enumerated 201 57 MI409 Value R Enumerated 409
18 MI202 Value R Enumerated 202 58 MI410 Value R Enumerated 410
19 MI203 Value R Enumerated 203 59 MI411 Value R Enumerated 411
20 MI204 Value R Enumerated 204 60 MI412 Value R Enumerated 412
21 MI205 Value R Enumerated 205 61 MI413 Value R Enumerated 413
22 MI206 Value R Enumerated 206 62 MI414 Value R Enumerated 414
23 MI207 Value R Enumerated 207 63 MI415 Value R Enumerated 415
24 MI208 Value R Enumerated 208 64 MI416 Value R Enumerated 416
25 MI209 Value R Enumerated 209 65 MI501 Value R Enumerated 501
26 MI210 Value R Enumerated 210 66 MI502 Value R Enumerated 502
27 MI211 Value R Enumerated 211 67 Reserved - - 503
28 MI212 Value R Enumerated 212 68 Reserved - - 504
29 MI213 Value R Enumerated 213 69 Reserved - 505
30 MI214 Value R Enumerated 214 70 Reserved - - 506
31 MI215 Value R Enumerated 215 71 Reserved - - 507
32 MI216 Value R Enumerated 216 72 Reserved - - 508
33 MI301 Value R Enumerated 301 73 Reserved - - 509
34 MI302 Value R Enumerated 302 74 Reserved - - 510
35 MI303 Value R Enumerated 303 75 Reserved - - 511
36 MI304 Value R Enumerated 304 76 Reserved - - 512
37 MI305 Value R Enumerated 305 77 Reserved - - 513
38 MI306 Value R Enumerated 306 78 Reserved - - 514
39 MI307 Value R Enumerated 307 79 Reserved - - 515
40 MI308 Value R Enumerated 308 80 Reserved - - 516
Table 10. List of physical input registers.