RayTek XR Operating Instructions Manual page 60

Appendix
Description
Presel. Setpoint / Relay function
Target temperature
Temperature unit
Poll / Burst Mode
Burst string, contents
Multidrop address
Device buttom range limit
Restore factory defaults
Transmission
Device high range limit
Sensor initialisation
Box temperature/Sensor ambient
Laser
FTC 3 trigger / hold / Laser
Analog output mode
Firmware revision
Setpoint / Relay function (7)
Trigger
Unit identification
Serial number
Advance hold hysterese (3)
(1) LT: -40 ... 600°C (-40 ... 1112°F) LTH: -40 ... 600°C (-40 ... 1112°F) MT: 250 ... 1200°C (482 ... 2192°F) G5: 250 ... 1650°C
(482 ... 3002°F) P7: 10 ... 350°C (50 ... 662°F)
(2) $ = U T Q E P G I H L XT XI XJ CE CS
(3) setting average / peak / valley / advanced hold cancels all other hold modes
(4) 23°C (73°F)
(5) LT: 600°C(1112°F), LTH: 600°C(1112°F), MT: 1200°C(2192°F), G5: 1650°C(3002°F), P7: 350°C (662°F)
(6) LT: -40°C(-40°F), LTH: -40°C(-40°F), MT: 250°C(482°F), G5: 250°C(482°F), P7: 10°C (50°F)
(7) E0 = 1.100, E1 = 0.500, E2 = 0.600, E3 = 0.700, E4 = 0.800, E5 = 0.970, E6 = 1.000, E7 = 0.950
XS0 = 200, XS1 = 210, XS2 = 220, XS3 = 230, XS4 = 240, XS5 = 250, XS6 = 260, XS7 = 270
En / XSn set via command EP = n (n = 0 ... 7)
(8) LT: 597.2°C(1107°F), LTH : 597.2°C(1107°F), MT: 1197.2°C(2187°F), G5: 1647.2°C(2997°F), P7: 347.2°C (657°F)
60
Char Format Poll Burst Set
SV nnn.n
T nnnn.n * *
U X * *
V X *
X$ *
XA nnn *
XB nnnn.n *
XF
XG n.nnn * *
XH nnnn.n *
XI n * *
XJ nnn.n * *
XL X *
XN X *
XO n *
XR *
XS nnnn.n *
XT n * *
XU *
XV *
XY nnn.n *
Table 8: Command set
Rev. B2 Feb 2017
Legal values
(1)
In current scale (°C / °F)
* C / F
* P = poll B = burst
* 000 032; 000 = single unit
mode
*
* 0.100 - 1.000
* 1 after RESET, 0 if XI = 0
In current scale(°C / °F)
* 0 = off
1 = on
H = overheat(off)
N = no laser build in
* N = No function ON
T = trigger
H = hold
L = Laser
* 0 = 0 – 20 mA, 4 = 4 – 20
mA, 9 = mV
e.g. 1.01
* (1)
0 = inaktive, 1 = aktive
e.g. !XRTLTSF
e.g. 98123
*
Factory LCD
default
C U
Poll
Mode
000
1.000 T
T
9
(8)
0
XR