46. RAMP/SOAK status
Write Command: NA
Read Command: 09
Interpret: Convert the returned hexadecimal value to binary and interpret the bits as follows:
All zeros means no sequence running.
Bit 0 == means sequence running.
Bit 1 == means SOAK stage.
Bit 2 == means RAMP stage.
For example, if a sequence is running during the ramp stage, the read command would return
0005
16
. This converts to 101
2
where Bit 0 (the rightmost bit) is set and Bit 2 is set.
47. SEQUENCE POINTER
Write Command: NA
Read Command: 0a
Interpret: Ramp/Soak sequence stage value 0 through 7
48. STAGE SOAK TEMPERATURES
Write Commands: a0 through a7
Read Commands: a8 through af
Interpret: To send a soak temperature, multiply the decimal value by 100
10
and convert to hexadecimal. To read
the soak temperature, convert the returned hexadecimal value to decimal, and then divide by 100
10
.
49. STAGE RAMP TIME COUNTS
Write Commands: b0 through b7
Read Commands: b8 through bf
Interpret: Ramp Time counts
50. STAGE SOAK TIME COUNTS
Write Commands: c0 through c7
Read Commands: c8 through cf
Interpret: Soak Time counts
51. STAGE NUMBER OF REPEAT COUNTS
Write Commands: d0 through d7
Read Commands: d8 through df
Interpret: Repeat counts
52. STAGE REPEAT LOCATION
Write Commands: e0 through e7
Read Commands: e8 through ef
Interpret: Repeat Stage pointer values (0 no repeats) and 1 – 8. This Repeat Stage pointer value corresponds to
the PROGRAM STEP number shown in the GUI. These are numbered from 1-8, whereas the index values are
numbered from 0-7. Within the controller hardware this Repeat Stage pointer value is decremented by 1 to get
the ARRAY INDEX number in the ramp soak array (provided it is not 0).
53. RAMP SOAK TIMER RUN METHOD
Write Command: f0
Read Command: f1
Interpret: 0 == Set Temp Only
1 == Wait for control temp
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