![background image](http://html1.mh-extra.com/html/omega/ct485b-110v-g-al/ct485b-110v-g-al_user-manual_3938801058.webp)
12.1 Sensor Design for CE Conformity
For CE labelled recorders only, the sensor has been redesigned to meet
requirements as outlined in European Community EMC Directive EN50081-1/
EN50082-1. In particular the sensor cap is made from unplated plastic to pass
ESD (electro-static discharge) tests. In addition, a ferrite core has been attached to
the sensor cable to meet radiated immunity specifications. Refer to Figure 12-1.
Figure 12-1. Location of the Ferrite Core for CE Conformity
If you plan on using or are using the remote sensor cable, refer to the ferrite core
information below.
For best radiated immunity performance when using the remote sensor cable
(Section 2.6.2), you will need to move the ferrite core close to the input of the
recorder. To relocate the ferrite core, perform the following:
RH
°
F
°
C
T
E
M
P
E
R
A
T
U
R
E
H
U
M
I
D
I
T
Y
SIDE VIEW
H35 T2
Plastic Cap
Ferrite Core
H35 T2
RH
°
F
°
C
T
E
M
P
E
R
A
T
U
R
E
H35
T2
H35
T2
Ferrite Core
Connector
Cable
1.
Insert your fingernail in the place shown in
Figure 12-2 and unsnap the ferrite core
from the sensor cable.
2.
Install the ferrite core on the remote sensor
cable next to the connector as shown in
Figure 12-3.
Figure 12-2. Ferrite Core
Figure 12-3. New Location of the Ferrite Core
(on the Remote Sensor Cable)
12-1
CE Conformity
12
Summary of Contents for CT485B-110V-G-AL
Page 23: ...Setting Up the Recorder 2 2 14 Notes...
Page 27: ...Powering Up the Recorder 3 3 4 Notes...
Page 33: ...Alarm Operation 4 4 6 Notes...
Page 43: ...Using the Cal Lock Kit 6 6 2 Notes...
Page 45: ...Using the Voltage Input Adapter Optional 7 7 2 Notes...
Page 49: ...8 4 Notes Maintaining the Recorder 8...
Page 57: ...Specifications 11 11 4 Notes Notes...
Page 59: ...CE Approval 12 Notes 12 2...