LabJack UE9 - Appendix C - Enclosure and PCB Drawings

Resolution = 0-12
Range
Peak-To-Peak
Noise
Noise-Free
Resolution
Noise-Free
Resolution
RMS
Noise
Effective
Resolution
Effective
Resolution
volts
counts
bits
µV
counts
bits
µV
±5
8192
11
4,883
2200
12.8
1,402
0-5
8192
11
2,441
2200
12.8
701
0-2.5
20480
9.7
3,006
4100
12
610
0-1.25
36864
8.8
2,804
7800
11.1
569
0-0.63
69632
7.9
2,638
14500
10.1
574
Resolution = 14
Range
Peak-To-Peak
Noise
Noise-Free
Resolution
Noise-Free
Resolution
RMS
Noise
Effective
Resolution
Effective
Resolution
volts
counts
bits
µV
counts
bits
µV
±5
2816
12.5
1,726
550
14.9
327
0-5
2816
12.5
863
550
14.9
164
0-2.5
4864
11.8
701
940
14.1
142
0-1.25
8448
11
610
1650
13.3
124
0-0.63
16384
10
615
3300
12.3
125
Resolution = 16
Range
Peak-To-Peak
Noise
Noise-Free
Resolution
Noise-Free
Resolution
RMS
Noise
Effective
Resolution
Effective
Resolution
volts
counts
bits
µV
counts
bits
µV
±5
720
14.5
432
140
16.9
82
0-5
720
14.5
216
140
16.9
41
0-2.5
1200
13.8
175
230
16.2
33
0-1.25
2224
12.9
164
400
15.4
29
0-0.63
4256
11.9
165
775
14.4
29
Resolution = 17
Range
Peak-To-Peak
Noise
Noise-Free
Resolution
Noise-Free
Resolution
RMS
Noise
Effective
Resolution
Effective
Resolution
volts
counts
bits
µV
counts
bits
µV
±5
352
15.5
216
75
17.8
44
0-5
352
15.5
108
75
17.8
22
0-2.5
620
14.7
94
120
17.1
18
0-1.25
1060
14
76
210
16.3
15
0-0.63
2068
13
77
400
15.4
15
Resolution = 18+ (UE9-Pro)
Range
Peak-To-Peak
Noise
Noise-Free
Resolution
Noise-Free
Resolution
RMS
Noise
Effective
Resolution
Effective
Resolution
volts
counts
bits
µV
counts
bits
µV
±5
110
17.2
66
20
19.7
12
0-5
90
17.5
27
17
19.9
5
Appendix C - Enclosure and PCB Drawings
See below drawings of the UE9.
The square holes on the back of the enclosure are for DIN rail mounting adapters (TE Connectivity part #TKAD).
CAD drawings of the UE9 enclosure are attached to the bottom of this page. (DWG, DXF, IGES, STEP)
The UE9 enclosure base has a pair of slotted holes towards the communication end (left in below drawing), and another pair of
mounting holes at the opposite end (right in below drawing).
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