User Manual

5 Address tables
24
Bit 3 R/O Control contact 4 (=0x0008)
0x0026 INT R/O Binary signals
Bit 0 R/O Control contact 1 (=0x0001)
Bit 1 R/O Control contact 2 (=0x0002)
Bit 2 R/O Control contact 3 (=0x0004)
Bit 3 R/O Control contact 4 (=0x0008)
Bit 4 R/O Timer 1 (=0x0010)
Bit 5 R/O Timer 2 (=0x0020)
Bit 8 R/O Limit comparator 1 (=0x0040)
Bit 9 R/O Limit comparator 2 (=0x0080)
Bit 10 R/O Limit comparator 3 (=0x0100)
Bit 11 R/O Limit comparator 4 (=0x0200)
Bit 12 R/O Logic formula 1 (=0x0400)
Bit 13 R/O Logic formula 2 (=0x0800)
0x0027 INT R/W Control of the binary outputs
Bit 0 R/W Output 1 (=0x8001)
... R/W
Bit 9 R/W Output 10 (=0x8200)
Bit 15 R/W Activation = 1 (=0x8000)
0x0028 FLOAT R/O Analog input 1 [mV]
0x002A FLOAT R/O Analog input 2 [mV]
0x0030 FLOAT R/O Internal Pt100 [Ohm]
0x0034 INT R/O Sampling cycle time
0x0035 FLOAT R/O Analog input 1 [degree]
0x0037 FLOAT R/O Analog input 2 [degree]
0x003D FLOAT R/O Math 1
0x003F FLOAT R/O Math 2
0x0041 FLOAT R/O Ramp end value (W)
0x0043 FLOAT R/O Filtered process value
0x0045 FLOAT R/O Unfiltered process value
0x0047 FLOAT R/W Setpoint
0x0049 FLOAT R/O Output -100 to 100% (displayed value)
0x004B FLOAT R/O Output, heating 0 to 100%
0x004D FLOAT R/O Output, cooling -100 to 0%
0x004F FLOAT R/O Control difference
0x0053 INT R/O Switching status, heating (1 = contact closed/ON)
0x0054 INT R/O Switching status, cooling (1 = contact closed/ON)
0x0055 INT R/O Parameter set number 0 — 1
0x0056 INT R/W Manual output
0x0057 INT R/O Segment number (1 — 8)
0x0058 INT R/O Number of segments (1— 8)
0x0059 FLOAT R/O Program setpoint
Address Data type/
bit number
Access Signal designation