Campbell Scientific CR5000 Measurement and Control Module - Manual (Page 144)

Section 7. Measurement Instructions
7-18
20 250 µSec integrate 1000 mV differential offset
21 250 µSec integrate 1000 mV gain
22 250 µSec integrate 200 mV single ended offset
23 250 µSec integrate 200 mV differential offset
24 250 µSec integrate 200 mV gain
25 250 µSec integrate 50 mV single ended offset
26 250 µSec integrate 50 mV differential offset
27 250 µSec integrate 50 mV gain
28 250 µSec integrate 20 mV single ended offset
29 250 µSec integrate 20 mV differential offset
30 250 µSec scriptsizeintegrate 20 mV gain
31 60 Hz rejection 5000 mV single ended offset
32 60 Hz rejection 5000 mV differential offset
33 60 Hz rejection 5000 mV gain
34 60 Hz rejection 1000 mV single ended offset
35 60 Hz rejection 1000 mV differential offset
36 60 Hz rejection 1000 mV gain
37 60 Hz rejection 200 mV single ended offset
38 60 Hz rejection 200 mV differential offset
39 60 Hz rejection 200 mV gain
40 60 Hz rejection 50 mV single ended offset
41 60 Hz rejection 50 mV differential offset
42 60 Hz rejection 50 mV gain
43 60 Hz rejection 20 mV single ended offset
44 60 Hz rejection 20 mV differential offset
45 60 Hz rejection 20 mV gain
46 50 Hz rejection 5000 mV single ended offset
47 50 Hz rejection 5000 mV differential offset
48 50 Hz rejection 5000 mV gain
49 50 Hz rejection 1000 mV single ended offset
50 50 Hz rejection 1000 mV differential offset
51 50 Hz rejection 1000 mV gain
52 50 Hz rejection 200 mV single ended offset
53 50 Hz rejection 200 mV differential offset
54 50 Hz rejection 200 mV gain
55 50 Hz rejection 50 mV single ended offset
56 50 Hz rejection 50 mV differential offset
57 50 Hz rejection 50 mV gain
58 50 Hz rejection 20 mV single ended offset
59 50 Hz rejection 20 mV differential offset
60 50 Hz rejection 20 mV gain